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Revision 36 to Final Safety Analysis Report, Chapter 2, Table - Monthly and Annual Wind Direction and Speed Distributions
	ML18247A263
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Site:	Millstone
Issue date:	06/18/2018
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{{#Wiki_filter:MNPS-3 FSAR TABLE 2.3-15 MONTHLY AND ANNUAL WIND DIRECTION AND SPEED DISTRIBUTIONS FOR 33-FOOT WINDS AT MILLSTONE (1974-1981) A. JANUARY Wind Speed Distribution (%) Yithin Wind Speed Class 1.6- 6.4- 12.8- 20.8- 30.4-Wind km/hr 4.8 11.2 19.2 28.8 38.4 >40 All . Direction (mph) (1-3) (4-7) (8-12) (13-18) (19-24) (25) Speeds N 0.88 2.72 2.58 0.60 0.35 0.02 7.14 NNE 1.07 1.91 2.14 0.56 0.23 0.02 5.93 NE 0.74 1. 74 1.35 0.25 0.00 0.00 4.07 ENE 0.37 0.75 0.95 0.58 0.30 0.16 3.10 E 0.14 0.28 0.63 0.47 0.42 0.30 2.24 ESE 0.11 0.28 0.37 0.49 0.25 0.04 1.53 SE 0.04 0.18 0.37 0.42 0.12 0.11 1.23 SSE 0.07 0.25 0.19 0.51 0.33 0.28 1.63 S 0.18 0.33 0.18 0.44 0.33 0.16 1.61 SSY 0.14 0.42 0.74 0.77 0.33 0.40 2.81 Sil 0.14 0.79 1.23 1.18 0.82 0.25 4.40 WSW 0.16 0.86 2.05 2.14 1.14 0.95 7.29 W 0.39 1.32 3.74 5.75 3.26 1.37 15.82

 \mW                0.42    2.58     5.65      3.72   1.44  0.40   14.20 NY                 0.67    3.58     5.73      4.03   0.86  0.05   14.92 NNY                0.49    3.07     5.07      2.46   0.23  0.11   11.42 All Sectors        5.98   21.04    32.95     24.36 10.42   4.59 Calm  = 0.67 1 of 13                     August 1989

MNPS-3 FSAR TABLE 2.3-15 (Cont) B. FEBRUARY Vind Speed Distribution (%) Within Vind Speed Class 1.6- 6.4- 12.8- 20.8- 30.4-Vind km/hr 4.8 11.2 19.2 28*.8 38.4 >40 All Direction (mph) (1-3) (4-7) (8-12) (13-18) (19-24) (25) Speeds N 0.88 2.69 2.37 0.96 0.06 0.00 6.94 NNE 0.88 1.43 1.93 0.66 0.02 0.00 4.91 NE 0.80 0.96 1.37 0.74 0.04 0.00 3.90 ENE 0.24 0.58 1.27 0.50 0.00 0.00 2.59 E 0.14 0.30 0.70 0.82 0.78 0.20 2.93 ESE 0.24 0.36 0.72 0.44 0.28 0.04 2.07 SE 0.28 0.34 0.36 0.22 0.08 0.02 1.29 SSE 0.30 0.50 0.32 0.16 0.18 0.22 1.67 S 0.42 0.56 0.30 0.24 0.22 0.04 1.77 SSV 0.32 0.72 1.00 0.82 0.26 0.08 3.18 SV 0.38 1.07 2.43 1.45 0.62 0.08 6.03 VSV 0.46 1.23 2.89 3.40 1.37 0.38 9.73 V 0.58 1.59 2.89 2.85 1.13 0.64 9.67 VN\l 0.60 2.77 3.80 3.30 1.43 0.50 12.40 NY 0.52 3.32 6.11 5.47 1.07 0.08 16.57 NNV 0.48 3.06 5.55 3.54 0.70 0.00 13.33 All Sectors 7.48 21.47 33.98 25.55 8.24 2.27 Calm = l.01 2 of 13 August 1989

MNPS-3 FSAR TABLE 2.3-15 (Cont) C. MARCH

                  ~ind  Speed Distribution (%) ~ithin Yind Speed Class 1.6-   6.4-     12.8-    20.8-  30.4-Yind      km/hr  4.8    11.2     19.2     28~8   38.4    >40    All Direction    (mph) (1-3)   (4-7) (8-12) (13-18) (19-24) (25) Speeds N                  0.95     2.02    1.89      0.50    0.04  0.00   5.39 NNE"               0.80     1.55    1.48      0.43    0.09  0.00   4.35 NE                 0.86     1.14    0.82      0.52    0.29  0.02   3.64 ENE                0.68     1.03    0.89      0.54    0.32  0.13   3.59 E                  0.32     0.54    1.43      1.03    1.87  0.54   4.73 ESE                0.45     0.87    1.55      0.82    0.59  0.34   4.62 SE                 0.41     1.23    1.02      0.45    0.32  0.04   3.46 SSE                0.46     0.80    0.79      0.29    0.25  0.09   2.68 S                  0.52     0.80    0.86      0.38    0.20  0.05   2.80 SS~                0.32     1.27    1.27      0.91    0.50  0.23   4.49 S~                 0.46     1.43    2.46      1.45    0.59  0.07   6.46 YSV                0.57     1.23    2.91      3.26    1.05  0.21   9.24 y                  0.55     1.30    2.19      2.43    1.28  0.43   8.19 YNV                0.80     1.68    2.62      3.07    2.16  0.80  11.13 NY                 0.52     2.46    4.17      4.69    1.87  0.23  13.95 Nm1                0.55     2.27    4.49      2.23    0.64  0.05  10.24 All Sectors        9.22    21.62   30.84     22.97   11.06  3.23 Calm  = 1.07 3 of 13                      August 1989

MNPS-3 FSAR TABLE 2.3-15 (Cont) D. APRIL Vind Speed Distribution (%) Yithin Yind Speed Class

1. 6- 6.4- 12.8- 20.8- 30.4-Vind km/hr 4.8 11.2 19.2 28".8 38.4._ >40 All Direction (mph) (1-3) (4-7) (8-12) (13-18) (19-24) (25) Speeds N 0.50 1.20 1.24 0.56 0.00 0.00 3.49 NNE 0.56 1.34 1.24 0.59 0.04 0.00 3.76 NE 0.84 0.97 0.99 0.39 0.13 0.02 3.33 ENE 0.48 1.06 1.24 0.59 0.36 0.00 3.72 E 0.43 0.99 1.49 2.13 1.16 0.29 6.48 ESE 0.29 1.06 1.40 1.43 0.56 0.07 4.80 SE 0.47 1.49 1.16 0.45 0.16 0.05 3.78 SSE 0.57 1.00 0.73 0.43 0.11 0.00 2.85 S 0.57 1.33 1.06 0.22 0.20 0.07 3.44 SSV 0.54 1.42 1.24 0.84 0.27 0.22 4.51 SY 0.66 1.88 2.87 2.74 0.38 0.04 8.56 YSV 0.61 2.17 3.19 3.39 1.54 0.25 11.75 TJ 0.90 2.13 2.40 1.27 0.39 0.36 7.45 YNV 0.97 2.26 2.45 2.04 0.95 0.36 9.02 NY 0.77 2.35 4.39 4.06 1.33 0.05 12.95 Nffil 0.43 1.65 4~01 2.36 0.39 0.00 8.85 All Sectors 9.58 24.26 31.07 24.10 7.95 2.77 Calm = 1.27 4 of 13 August 1989

MNPS-3 FSAR TABLE 2.3-15 (Cont) E. MAY Wind Speed Distribution (%) Within Wind Speed Class 1.6- 6.4- 12.8- 20.8- 30.4-

  .Wind       km/hr   4.8   11.2     19.2     28-.8  38.4    >40    All Direction      (mph)  (1-3) (4-7) (8-12) (13-18) (19-24) (25) Speeds N                     0.77    1.48    0.89      0.45   0.05   0.00    3.64 NNE                   1.03    1.71    2.20      1.26   0.17   0.00    6.36 NE                    0.98    1.88    1.73      0.28   0.04   0.00    4.90 ENE                   1.05    0.91    0.98      0.37   0.12   0.09    3.50 E                     0.85    1.90    1.80      1.88   0.52   0.30    7.25 ESE                   0.70    2.91    4.13      1. 29  0.19   0.04    9.26 SE                    0.98    3.31    1.94      0.40   0.07   0.05    6.75 SSE                   0.91    1.80    1.17      0.23   0.09   0.07    4.25 S                     1.06    1.76    1.15      0.65   0.09   0.02    4.73 SSW                   0.77    1.95    1.43      0.82   0.28   0.04    5.28 S\I                   0.82    2.67    3.73      2.09   0.28   0.09    9.68

\lSW 0.96 2.39 2.96 2.74 0.44 0.23 9.71 W 1.17 1.80 1.34 0.61 0.12 0.02 5.06 WNW 1.20 1.73 0.89 0.68 0.09 0.00 4.59 mT 0.66 2.51 2.02 1.26 0.37 0.00 6.82 NNW 0.63 1.43 3.03 1.12 0.21 0.00 6.42 All Sectors 14.52 32.13 31.38 16.11 3.12 0.92 Calm = 1.81 5 of 13 August 1989

MNPS-3 FSAR TABLE 2.3-15 (Cant) F. JUNE Yind Speed Distribution (Yo) Yithin Yind Speed Class 1.6- 6.4- 12.8- 20.8- 30.4-Yind km/hr 4.8 11.2 19.2 28.8 38.4 >40 All Direction (mph) (1-3) (4-7) (8-12) (13-18) (19-24) (25) Speeds N 1.17 2.20 0.78 0.18 0.16 0.05 4.55 NNE 1. 98 1.81 0.83 0.22 0.07 0.00 3.90 NE 1.05 1.01 0.60 0.38 0.04 0.00 3.07 ENE 0.90 0.85 0.36 0.13 0.02 0.00 2.26 E 0.89 1.54 1.90 1.14 0.49 0.04 5.98 ESE 1.05 3.40 3.22 0.63 0.07 0.00 8.37 SE 1.59 4.10 1.64 0.13 0.05 0.00 7.52 SSE 1.50 2.91 0.90 0.27 0.09 0.00 5.67 S 1.48 2.98 1.23 0.18 0.00 0.00 5.B7 SSY 1.12 3.20 2.33 0.65 0.13 0.00 7.43 SY 1.12 2.96 4.32 1.17 0.13 0.02 9.72 YSY 1.07 3.31 3.74 2.29 0.40 0.00 10.80 Y 1. 23 2.02 1.08 0.65 0.05 0.00 5.06 TJNV 1.07 2.37 1.25 0.72 0.29 0.00 5.69 NY 0.71 2.28 2.06 0.98 0.15 0.00 6.16 NNW 0.74 2.15 2.42 0.87 0.02 0.00 6.20 All Sectors 17.65 39.08 28.65 10.61 2.15 0.11 Calm = 1.75 6 of 13 August 1989

MNPS-3 FSAR TABLE 2.3-15 (Cont) G. JULY Wind Speed Distribution (%) Within Wind Speed Class 1.6- 6.4- 12.8- 20.8- 30.4-Wind km/hr 4.8 11.2 19.2 28.8 38.4 >40 All Direction (mph) (1-3) (4-7) (8-12) (13-18) (19-241 (25) Speeds N 1.01 1.57 1.08 0.22 0.00 0.00 3.87 NNE 1.08 1.66 0.38 0.32 0.00 0.00 3.44 NE 1.28 0.94 0.23 0.18 0.00 0.00 2.63 ENE 0.94 0.97 0.18 0.09 0.00 0.00 2.18 E 0.85 1.24 1.75 1.08 0.14 0.00 5.06 ESE 0.79 2.27 2.86 0.52 0.02 0.00 6.46 SE 1.15 2.97 1.62 0.07 0.00 0.00 5.81 SSE 1.53 2.61 0.85 0.00 0.00 0.00 4.99 S 1.48 2.84 1.03 0.09 0.00 0.00 5.44 SS\I 1.31 3.74 2.29 0.90 0.13 0.05 8.42 SW 1.28 3.56 6.55 1.64 0.18 0.04 13.25 \15\1 1.62 3.33 5.26 2.25 0.02 0.00 12.47 \I 1.71 2.72 1.49 0.34 0.04 0.00 6.30 \.lNV 1.71 2.66 1.22 0.34 0.00 0.00 5.94 NY 0.90 2.54 1.84 0.45 0.04 0.00 5.76 NNY 0.56 2.16 2.70 0.56 0.04 0.00 6.01 All Sectors 19.18 37.77 31.31 9.05 0.59 0.09 Calm = 2.00 7 of 13 August 1989

MNPS-3 FSAR TABLE 2.3-15 (Cont) H. AUGUST Yind Speed Distribution (%) Yithin Yind Speed Class 1.6- 6.4- 12.8- 20.8- 30.4-Yind km/hr 4.8 11.2 19.2 28~8 38.4 >40 All Direction (mph) (1-3) (4-7) (8-12) (13-18) (19-24) (25) Speeds N 1.15 3.37 0.96 0.17 0.00 0.00 5.64 NNE 1.83 2.44 2.00 0.63 0.00 0.00 6.90 NE 1.66 1.98 1.07 0.39 0.02 0.00 5.12 ENE 1.18 1.35 0.57 0.19 0.00 0.00 3.29 E 0.41 1.26 1.37 0.65 0.07 0.06 3.81 ESE 0.61 1.57 1.55 0.44 0.007 0.02 4.27 SE 0.93 2.83 1.26 0.35 0.06 0.04 5.46 SSE 1.35 1.81 1.05 0.19 0.02 0.06 4.48 S 1.13 3.14 1.61 0.33 0.02 0.02 6.25 SSY 1.00 2.92 2.83 0.80 0.15 0.02 7.71 S\.1 0.94 3.59 5.16 1.59 0.20 0.00 11.48 WSY 0.80 3.03 4.99 1.52 0.02 0.00 10.36 Y 1.35 2.40 1.11 0.35 0.00 0.00 5.21 \lNlo1 1.05 2.74 1.33 0.48 0.06 0.00 5.66 mT 0.76 2.42 2.07 0.33 0.00 0.00 5.58 NNV 0.74 2.76 2.50 0.39 0.00 0.00 6.38 All Sectors 16.88 39.61 31.44 8.78 0.68 0.20 Calm = 2.40 8 of 13 August 1989

MNPS-3 FSAR TABLE 2.3-15 (Cont) I. SEPTEMBER Vind Speed Distribution (%) Vithin Vind Speed Class 1.6- 6.4- 12.8- 20.8- 30.4-Vind km/hr 4.8 11.2 19.2 28.8 38.4.- >40 All Direction (mph) (1-3) (4-7) (8-12) (13-18) (19-24) (25) Speeds N 1.33 3.73 2.44 0.17 0.00 0.00 7.67 NNE 2.31 4.87 3.10 0.34 0.00 0.00 10.62 NE 1.44 2.63 1.01 0.26 0".00 0.00 5.34 ENE 0.71 1.10 1. 29 0.49 0.02 0.02 3.62 E 0.19 0.54 1.59 1~03 0.13 0.02 3.49 ESE 0.13 0.88 1.23 0.90 0.26 0.00 3.40 SE 0.45 1.61 1.75 1.10 0.21 0.02 5.13 SSE 0.62 1.36 1.16 0.34 0.06 0.04 3.56 S 0.50 2.15 1.83 1.01 0.32 0.09 5.90 SSV 0.56 1.89 2.65 2.03 0.80 0.37 8.30 SW 0.26 1.83 3.66 2.56 0.69 0.06 9.05 VSY 0.47 1.49 3.17 2.05 0.37 0.06 7.61 TJ 0.26 1.31 0.46 0.88 0.39 0.06 4.35 TJNV 0~77 2.30 2.22 0.97 0.21 0.00 6.46 NY 0.56 2.59 2.82 1.05 0.09 0.00 7.11 NNW 0.56 2.43 3.45 0.00 0.02 0.90 7.35 All Sectors 11.10 32.69 34.82 16.05 3.56 0.73 Calm = 1.05 9 of 13 August 1989

MNPS-3 FSAR TABLE 2.3-15 (Cant) J. OCTOBER Wind Speed Distribution (%) Within Wind Speed Class 1.6- 6.4- 12.8- 20.8- 30.4-Wind km/hr 4.8 11.2 19.2 28.8 38.4 >40 All Direction (mph) (1-3) (4-7) (8-12) (13-18) (19-24) (25) Speeds N 1.42 4.03 1.95 0.32 0.00 0.00 7.72 NNE 1.03 4.20 3.55 0.44 0.00 0.00 9.22 NE 0.87 3.02 1. 33 0.71 0.04 0.00 5.96 ENE 0.48 0.98 1. 22 0.28 0.04 0.00 3.00 E 0.20 0.55 0.99 0.78 0.39 0.09 3.00 ESE 0.18 0.94 1.01 1.01 0.30 0.05 3.49 SE 0.25 0.76 1.05 0.34 0.30 0.11 2.80 SSE 0.18 0.92 0.98 0.66 0.16 0.16 3.05 S 0.12 0.92 1. 21 0.50 0.39 0.16 3.30 SSW 0.21 1.21 1.14 1.47 0.94 0.21 5.18 SW 0.28 1.17 2.75 1.63 1.08 0.27 7.18 WSW 0.21 0.91 2.24 2.80 1.10 0.37 7.63 W 0.32 0.92 2.50 2.98 1.38 0.60 8.71 WNW 0.39 2.16 3.18 2.13 0.43 0.09 8.37 NY 0.71 3.00 4.77 1.38 0.07 0.00 9.93 NNW 0.53 3.34 4.98 1.67 0.09 0.00 10.61 All Sectors 7.38 29.02 34.84 19.10 6.71 2.11 Calm = 0.85 10 of 13 August 1989 I

MNPS-3 FSAR TABLE 2.3-15 (Cant) K. NOVEMBER Vind Speed Dis tribut~C?E (%Lc!ri~~_!? Wicr:!"~c_c_Speed~_,f..!assco_ 1.6- 6.4- 12.8- 20.8- 30.4-Vind km/hr 4.8 11.2 19.2 28.8 38.4 >40 All Direction (mph) (1-3) (4-7) (8-12) (13.;.18) (19-24) (25) Speeds N 0.92 2.93 2.28 0.54 0.13 0.00 6.79 NNE 1. 38 3.63 2.97 0.67 0.49 0.02 9.18 NE 0.88 2.64 1.04 0.04 0.00 0.00 4.60 ENE 0.32 0.63 1.11 0.32 0.41 0.04 2.84 E 0.20 0.32 0.63 0.68 0.50 0.25 2.59 ESE 0.'22 0.56 0.70 0.49 0.13 0.25 2.34 SE 0.18 0.47 0.61 0.38 0.07 0.05 1.76 SSE 0.22 0.49 0.52 0.52 0.13 0.11 1.98 S 0.23 0.54 0.94 1.01 0.40 0.09 3.20 SSW 0.36 0.61 1.44 2.10 0.58 0.16 5.25 SW 0.23 0.79 1.62 1.35 0.83 0.22 5.03 T,.1SV 0.11 1.04 2.46 2.77 1.64 0.81 8.83 T,.l 0.34 1.33 3.47 5.00 2.43 0.45 13.01 WNW 0.58 2.70 3.42 3.15 1.04 0.05 10.93 ml 0.63 3.45 3.67 2.52 0.74 0.04 11.04 NNTJ 0.50 2.50 4.17 2.34 0.54 0.05 10.10 All Sectors 7.30 24.66 31.04 23.85 10.03 2.59 Calm = 0.54 11 of 13 August 1989

MNPS-3 FSAR TABLE 2.3-15 (Cont) L. DECEMBER Wind Speed Distributio~=1%) Within Wind Speed Class 1.6- 6.4- 12.8- 20.8- 30.4-Wind km/hr 4.8 11.2 19.2 28.8 38.4 >40 All Direction (mph) (1-3) (4-7) (8-12) (13-18) (19-24) (25) Speeds N 1.11 2.84 1.62 0.44 0.18 0.00 6.19 NNE 1.23 3.35 3.44 0.88 0.02 0.00 8.92 NE 0.69 1.69 1.13 0.69 0.07 0.14 4.41 ENE 0.30 0.46 0.92 0.65 0.23 0.05 2.61 E 0.07 0.42 0.49 0.26 0.14 0.23 1.62 ESE 0.05 0.26 0.60 0.48 0.21 0.04 1.64 SE 0.04 0.21 0.46 0.39 0.37 0.07 1.53 SSE 0.11 0.30 0.37 0.23 0.05 0.07 1.13 S 0.23 0.49 0.65 0.49 0.16 0.12 2.15 S5\o1 0.18 0.55 0.86 1.25 0.37 0.11 3.13 SW 0.18 0.76 1.64 1.75 1.20 0.39 5.90 \lS\o1 0.12 0.88 2.33 2.66 1.78 0.58 8.35 0.32 1.20 3.23 4.07 2.56 0.76 12.13 0.51 2.29 3.93 3.82 2.08 0.72 13.36 0.39 3.90 4.95 4.04 1.50 0.12 14.89 0.44 3.40 4.55 2.57 0.34 0.00 11.30 All Sectors 5.96 23.00 31.16 24.67 1.24 3.40 Calm = 0.56 12 of 13 August 1989

MNPS-3 FSAR TABLE 2.3-15 (Cont) M. ANNUAL Vind Speed Distribution (%) Vithin Vind Speed Class 1.6- 6.4- 12.8- 20.8- 30.4-Vind km/hr 4.8 11. 2 19.2 28.8 38.4 >40 All Direction (mph) (1-3) (4-7) (8-12) (13-18) ( 19-24) (25) Speeds N 1.00 2.56 1. 67 0.42 0.08 0.01 5.74 NNE 1.18 2.50 2.11 0.58 0.10 0.00 6.46 NE 1.00 1. 72 1.06 0.40 0.05 0.02 4.25 ENE 0.64 0.89 0.91 0.39 0.15 0.04 3.03 E 0.39 0.83 1.23 1.00 0.47 0.19 4.11 ESE 0.40 1. 29 1.62 0.75 0.24 0.07 4.37 SE 0.56 1.63 1.11 0.39 0.15 0.05 3.89 SSE 0.65 1.23 0.75 0.32 0.12 0.09 3.16 S 0.66 1.48 1.00 0.46 0.19 0.07 3.87 SSlol 0.57 1. 66 1.59 1.11 0.40 0.16 5.48 SW 0.56 1. 87 3.19 1. 72 0.58 0.13 8.06 WSY 0.60 1. 82 3.17 2.66 0.91 0.32 9.47 TJ 0.76 1.67 2.24 2.28 1.10 0.39 8.44 TJNTJ 0.84 2.35 2.66 2.04 0.85 0.24 8.98 NY 0.65 2.87 3.71 2.51 0.68 0.05 10.46 NNW 0.55 2.51 3.91 1.74 0.27 0.02 9.00 All Sectors 11.02 28.86 31.94 18.77 6.33 1.85 Calm = 1.25 13 of 13 August 1989

MNPS-3 FSAR TABLE 2.3-18 OCCURRENCE OF WIND PERSISTENCE EPISODES WITHIN THE. SAME 22.5-DEGREE SECTOR AT MILLSTONE (1974-1981) TJind Hours of Persistence Direction 2 3 -4 -5 6 -7 8 9 10 11 N 367 159 81 34 32 16 12 12 5 6 NNE 345 177 108 65 45 18 17 20 9 4 NE 333 121 45 30 17 14 5 4 1 1 ENE 198 84 34 24 8 8 8 1 4 3 E 209 101 50 50 37 16 15 8 7 7 ESE 319 134 72 43 28 22 12 6 3 2 SE 299 131 58 42 16 9 6 3 1 0 SSE 247 102 32 16 11 6 2 1 1 1 S 301 120 49 21 17 5 3 4 1 2 SST,oT 389 163 76 38 28 15 5 8 5 2 SY 624 233 152 79 45 23 10 7 9 4 WST,oT 593 303 181 96 6S 44 19 24 5 9 y 521 195 96 76 51 18 17 12 16 4 vmT 621 309 154 71 49 14 14 11 5 1 NY 665 317 161 108 62 26 36 20 17 7 Nm1 473 270 149 114 66 47 23 13 8 10 Total 6,504 2,919 1,498 907 577 301 204 154 97 63 1a of 1 August 1989 J

MNPS-3 FSAR TABLE 2.3-18 Hours of Persistence Direction 12 13 14 15 16 17 18 19 20 21 22 >22 Total N 2 2 2 1 1 2 0 0 0 0 0 3 737 NNE 11 4 2 3 0 1 0 0 0 0 1 1 831 NE 1 2 3 1 0 0 0 0 0 0 0 1 579 ENE 1 2 0 0 1 0 0 1 0 0 0 1 378 E 4 4 2 3 0 1 2 0 1 0 0 0 517 ESE 1 0 1 0 1 0 1 0 0 0 0 0 645 SE 0 0 0 1 0 0 0 0 0 0 0 0 566 SSE 2 0 0 0 0 0 0 0 0 1 0 0 422 S 0 0 1 0 0 0 0 2 0 0 0 0 526 SSV 1 3 0 3 0 1 0 0 0 0 0 0 737 swr 0 3 0 2 0 0 0 0 0 0 0 0 1,191 wrSTJ 7 1 0 0 2 0 2 0 0 0 0 0 1,351

'I        0  6  3  1  3   3   5   4    2   1  2   4   1,040 VNTJ      5  0  2  1  0   1   1   1    0   0  0   0   1,260 NY        8  2  2  4  1   2   0   1    0   1  0   1   1,441 NNV       4  3  3  5  2   1   0   0
                                  -   -3   3  1 5   1,203 Total    47 32 21 25 11  12  11   9    6   6  4  16  13,424 Ib of 1                     August 1989

MNPS-3 FSAR TABLE 2.3-20 COMPARISON OF MONTHLY AND ANNUAL AVERAGE DRY-BULB AND DEYPOINT TEMPERATURE AVERAGES AT BRIDGEPORT, CONN. AND MILLSTONE Dry-Bulb Temperature Location Bridgeport Bridgeport Millstone Millstone and Period 1949-1980* 1974-1980* 1974-1980 1974-1981 0C (OF) 0c (OF) 0c (OF) 0c (OF) January -0.61 (30.9) -1.2 (29.8) 1.4 (29.5)* -1.8 (28.7) February -0.67 (30.8) -1.39 (29.5) -1.94 (28.5)* -1.5 (29.3) March 3.3 (38.0) 3.83 (38.9) 2.9 (37.2) 2.8 (37.1) April 8.8 (47.9) 9.2 (48.5) 7.3 (45.2) 7.4 (45.4) May 14.2 (57.6) 15.0 (59.0) 12.3 (54.1) 12.3 (54.2) June 19.7 (67.4) 19.4 (66.9) 16.5 (61.7) 16.7 (62.0) July 22.9 (73.2) 22.3 (73.9) 20.1 (68.-2) 20.2 (68.4) August 22.4 (72.3) 23.6 (74.4) 20.6 (69.0) 20.5 (68.9) September 18.6 (65.5) 19.1 (66.3) 17.1 (62.7) 17.1 (62.7) October 13.4 (56.1) 13.1 (55.5) 11.5 (52.7) 11.4 (52.5) November 7.4 (45.4) 8.3 (46.9) 7.4 (45.4) 7.3 (45.2) December 0.94 (33.7) 1.6 (34.9) 1.2 (34.2) 1.2 (34.1) Annual 10.9 (51.7) 11.9 (53.5) 9.3 (48.7) 9.3 (48.7) NOTE:

1949 through 1980 (26 years) (NOAA 1/1/49 through 4/30/53, 5/1/60 through 12/31/80) 1a of 1 August 1989

MNPS-3 FSAR TABLE 2.3-20 (Cont) Dewpoint Temperature Location Bridgeport Bridgeport - Millstone Millstone and Period 1949-1980* 1974-1980* 1974-1980 1974-1981 0C (OF) ~_C (OF) °C (OF)_ °C (OF) January -5.9 (21.3) -6.7 (20.0) -4.2 (24.4) -1.1 (30.0) February -6.6 (20.2) -8.3 (17.1) -5.4 (22.2) -5.1 (22.9) March -2.8 (26.9) -3.2 (26.3) -1.6 (29.1) -1.8 (28.7) April 1.9 (35.5) 1.2 (34.1) 1.5 (34.7) 1.6 (34.9) May 8.2 (46.7) 8.8 (47.8) 7.4 (45.4) 7.4 (45.4) June 14.2 (57.5) 13.7 (56.7) 12.3 (54.1) 12.4 (54.3) July 17.4 (63.4) 17.7 (63.8) 15.8 (60.4) 15.9 (60.6) August 17.3 (63.1) 18.4 (65.2) 16.6 (61.9) 16.6 (61.8) September 13.4 (56.2) 14.4 (58.0) 12.9 (55.2) 12.8 (55.1) October 7.7 (45.8) 7.8 (46.0) 6.6 (43.9) 6.4 (43.6) November 1.9 (35.4) 2.8 (37.0) 3.0 (37.4) 2.6 (36.7) December -4.3 (24.3) -4.2 (24.4) -2.4 (27.6) -2.6 (27.3) Annual 5.3 (41.5) 6.1 (42.9) 5.1 (41.1) 4.9 (40.9) NOTE:

1949 through 1980 (26 years) (NOAA 1/1/49 through 4/30/53, 5/1/60 through 12/31/80) 1b of 1 August 1989

MNPS-3 FSAR TABLE 2.3-21 COMPARISON OF MONTHLY AND ANNUAL AVERAGE RELATIVE HUMIDITY AVERAGES AT BRIDGEPORT AND MILLSTONE

                                                                          \ 1 Relative Humidity

(%) Bridgeport* Bridgeport Millstone Millstone 1949-1980 1974-1980 1974-1980 1974-1981 January 69 69 82 80 February 67 62 78 78 March 67 64 74 73 April 66 61 70 70 May 71 70 75 75 June 73 72 78 77 July 74 73 77 77 August 75 75 79 79 September 74 76 78 77 October 70 72 74 73 November 70 71 75 74 December 70 68 78 77 Annual 71 70 76 76

1949-1980 (26 years) (NOAA 1/1/49 through 4/30/53, 5/1/60 through 12/31/80)

Amendment 1 1 of 1 February 1983

MNPS-3 FSAR TABLE 2.3-22 MEAN NUMBER OF DAYS WITH HEAVY FOG AT BRIDGEPORT, CONN. AND BLOCK ISLAND, RHODE ISLAND (1951-1981) Mean Number of Days Bridgeport Block Island 1951-1981 1968-1981 January 3 4 February 3 4 March 3 5 April 3 9 May 4 11 June 4 11 July 2 12 August 1 11 September 1 5 October 2 4 November 1 3 December 2 3 Annual 29 82 (NOAA 1981) 1 of 1

MNPS-3 FSAR TABLE 2.3-23 VIND DIRECTION/STABILITY CLASS/VISIBILITY JOINT FREQUENCY DISTRIBUTION AT MILLSTONE Data Period = 1 Jan 74/0000 EST - 31 Dec 74/2300" EST Visibility meters (feet) 0-400 400-800 800...1600=------ \lind (0-1,312) (1,312-2,625) (2,625-5,249) Direction C D E F G C D E F G C D E F G NNE 0 0 0 0 2 0 0 0 0 12 0 1 1 0 18 NE 0 0 0 1 3 0 0 0 0 4 0 0 0 1 10 ENE 1 0 0 0 14 0 1 0 0 8 0 .() 0 0 15 E 0 0 0 0 17 0 0 0 0 44 0 0 0 0 46 ESE 0 0 0 0 16 0 0 0 0 30 0 0 0 0 27 SE 0 0 0 0 7 0 0 a a 21 a 0 0 0 32 SSE a 0 0 0 6 0 0 0 0 12 0 0 0 a 9 S 0 a a a 3 0 a a a 16 0 0 0 0 34 SSV 0 a 0 a 8 0 0 0 a 22 0 0 a a 47 SV a 0 0 0 27 a 0 a 0 38 a a a 0 39 VSV 0 0 a a 23 a 0 0 a 34 a 0 0 0 45 v 0 0 0 0 7 0 0 0 a 26 0 0 0 1 21 VNV 0 0 0 a 4 0 0 0 0 4 0 0 a a 11 NY 0 a 0 0 4 a 0 0 0 5 0 1 0 0 8 Nm1 0 0 0 0 0 0 0 0 0 4 a 0 a 0 4 N 0 a 0 0 1 0 0 0 0 8 1 0 0 1 9 All Directions 1 0 0 1 142 0 1 0 0 288 1 2 1 3 375 1a of 8 August 1989

Number of good C-G stability data (for visibility <4,800 meters) = 2,589 Number of good wind direction data (for visibility <4,800 meters) = 2,975 Total number of missing visibility data = 3,324 Number of missing C-G stability data (for visibility <4,800 meters) = 399 Number of missing wind direction data (for visibility <4,800 meters) = 13 1b of 8 August 1989

ld~~PS-3 FSAR, TABLE 2.3-23 (Cont) Data Period = 1 Jan 7510000 EST - 31 Dec 75/2300 EST Visibility meters (feet) 0-400 400-800 800-1600 \lind (0-1,312) (1,312-2,625) (2,625-5,249) Direction C D E F G C D E F G C D E F G NNE 0 0 0 0 9 0 0 0 0 8 0 0 0 0 2 NE 0 0 0 0 10 0 0 0 0 17 0 0 0 0 10 ENE 0 1 1 0 11 0 0 0 0 23 0 0 1 0 14 E 0 0 0 0 27 0 0 0 0 102 0 0 0 0 48 ESE 0 0 0 0 38 0- 0 0 0 87 0 0 0 0 82 SE 0 0 0 0 16 0 0 0 0 36 0 0 0 0 61 SSE 0 0 0 0 4 0 0 0 0 24 0 0 0 0 32 S 0 0 0 0 16 0 0 0 0 30 0 0 0 0 34 SS\1 0 0 0 0 13 0 0 0 0 23 0 0 0 0 35 S\l 0 0 0 0 26 0 0 0 0 35 0 0 0 0 46 \1S\1 0 0 0 0 51 0 0 0 0 48 0 0 0 0 47 \1 0 0 0 0 18 0 0 0 0 28 0 0 0 0 22 \1N\1 0 0 0 0 15 0 0 0 0 21 0 0 0 0 16 NY 0 0 0 0 9 0 0 0 0 14 0 0 0 0 14 NN\1 0 1 1 0 6 0 0 0 0 12 0 0 0 0 7 N 0 1 2 0 7 0 1 0 0 8 0 0 0 0 14 All - - - - - - - - Directions 0 3 4 0 276 0 1 0 0 516 0 0 1 0 484 2a of 8 August 1989

HNPS-3 FSAR TABLE 2.3-23 (Cant) Data Period = 1 Jan 75/0000 EST - 31 Dec 75/2300 EST V~sibility meters (feet) 1600-2400 2400-4800 GT 4800 \lind (5,249-7,874) (7,874-15,748) (15,748) Direction C D E F G C D E F G Any Stability Class NNE 0 0 0 0 8 0 0 1 1 67 2,124 NE 0 0 0 0 10 1 1 0 0 50 1,468 ENE 0 0 1 .0 13 0 2 0 0 32 854 E 0 0 0 0 34 0 0 4 0 134 1,602 ESE 0 0 0 0 24 0 0 0 0 114 1,319 SE 0 0 0 0 24 0 0 0 0 77 1,053 SSE 0 0 0 0 23. 0 0 0 0 62 1,099 S 0 0 0 0 20 0 0 0 0 50 1,127 SS\l 0 0 0 0 17 0 0 0 0 64 1,332 SW 0 0 0 0 8 0 0 0 0 91 2,480 WS\l 0 0 0 0 20 0 0 0 0 111 2,811 W 0 0 0 0 18 0 0 0 1 91 2,243 YN\1 0 0 0 0 14 0 0 0 0 94 3,054 NW 0 0 0 0 5 0 0 0 1 55 3,669 Nm1 0 0 0 0 7 0 1 0 0 30 2,518 N 0 1 0 0 6 0 0 3 0 48 1,761 All Directions 0 1 1 0 251 1 4 8 3 1170 30,514 NOTES: Total number of good visibility data = 33,571 Number of good visibility data <4,800 meters (15,748 feet) = 2,968 Number of good C-G stability data (for visibility <4,800 meters)

     = 2,788 Number of gOdd wind direction data (for visibility <4,800 meters)
     = 2,825 Total number of missing visibility data       = 1,469 Number of missing C-G stability data (for visibility <4,800 meters)
     = 180 Number of missing wind direction data (for visibility <4,800 meters)
     = 143 2b of 8                      August 1989

MNPS-3 FSAR TABLE 2.3-23 (Cont) Data Period =1 Jan 76/0000 EST - 31 Dec 76/2300 EST Visibility meters (feet) 0-400 400-800 800-1600 \lind (0-1,312) (1,312-2,625) (2,625-5,249) Direction C D E F G C D E F G C D E F G NNE 0 0 0 0 1 0 0 0 0 5 0 0 0 0 5 NE 0 0 0 0 3 0 0 0 0 11 0 0 0 0 11 ENE 0 0 0 0 20 0 0 0 0 11 0 0 0 0 30 E 0 0 0 0 58 0 0 0 0 81 0 0 0 0 92 ESE .Q 0 0 0 23 0 0 0 0 67 0 0 0 0 75 SE 0 0 0 0 11 0 0 0 0 20 0 0 0 0 66 SSE 0 0 0 0 6 0 0 0 0 11 0 0 0 0 38 S 0 0 0 0 3 0 0 0 0 8 0 0 0 0 35 SS\l 0 0 0 0 2 0 0 0 0 17 0 0 0 0 17 S\l 0 0 0 1 1 0 0 0 0 46 0 O. 0 0 29 \lSV 0 0 0 0 5 0 0 0 0 17 0 0 0 0 17 TJ 0 0 0 0 6 0 0 0 0 7 0 0 0 0 7 YNV 0 0 1 0 0 0 0 0 0 0 0 0 0 0 14 NV 0 0 0 0 0 0 0 0 0 1 0 2 1 0 4 NNV 0 0 0 0 0 0 0 0 0 1 0 0 0 0 11 N 0 0 0 0 0 0 0 0 0 2 0 0 0 0 2 All - - - - - Directions 0 0 1 1 139 0 0 0 0 305 0 2 1 0 453 3a of 8 August 1989

MNPS-3 FSAR TABLE 2.3-23 (Cant) Data Period =1 Jan 76/0000 EST - 31 Dec 76/2300 EST Visibili ty meters (ff!f!!J, 1600-2400 2400-4800 GT 4800 \1ind (5,249-7,874) (7,874-15,748) (15,748) Direction C D E F G C D E F G Any Stability Class NNE 0 0 0 1 6 0 1 10 6 40 1,658 NE 0 0 1 0 3 0 0 3 1 35 1,102 ENE 0 0 1 0 16 2 0 1 0 41 857 E 0 0 1 0 42 1 1 2 0 85 934 ESE 0 0 0 37 1 0 86 786 SE SSE 0 1

                     °0 0 0

0 0 0 35 28

                                        °0 °° 0

0 0 0 0° 82 61 908 865 S 0 0 0 0 23 0 0 1 0 47 1,130 2 0 66 1,934 SS\1 SloT \1S\J

                 °0 00 0

0 0 0 0 0 0 0 9 11 15

                                         °02    0 1

3 1 0 4 0 63 107 3,059 3,077 \1 0 0 0 5 2 0 2 45 3,109 YM1 0 0 0 0 0 13

                                         °1     3   0  3    31      3,497 0    0     6              2   2 4     17      2,819 NV Nffil N
                 °0 0    0 0

0 0 0 0 1 14 1

                                         °01    0 2

1 3 8 3 19 14 2,052 1,250 All - - - - - Directions 1 0 3 2 264 7 15 36 22 839 29,037 NOTES: Total number of good visibility data = 31,608 Number of good visibility data <4,800 meters (15,748 feet) = 2,485 Number of good C-G stability data (for visibility <4,800 meters)

     = 2,096 Number of good wind direction data (for visibility <4,800 meters)
     = 2,478 Total number of missing ,visibility data       = 3,528 Number of missing C-G stability data (for visibility <4,800 meters)
     = 389 Number of missing wind direction data (for visibility <4,800 meters)
     =7 3b of 8                        August 1989

MNPS-3 FSAR TABLE 2.3-23 (Cont) Data Period = 1 Jan 77/0000 EST - 31 Dec 77/2300 EST Visibility meters (feet) 0-400 400-800 800-1600 \lind (0-1,312) (1,312-2,625) (2,625-5,249) Direction C D E F G C D E F G C D E F G NNE 0 0 0 0 6 0 0 0 0- 0 0 1 0 0 7 NE 0 0 0 0 1 0 0 0 0 3 0 0 0 0 7 ENE 0 0 0 0 0 0 1 0 1 0 0 0 2 1 3 E 0 0 0 0 6 0 0 0 2 12 0 0 1 2 15 ESE 0 0 0 0 1 0 0 0 0 15 0 0 0 0 15 SE 0 0 0 0 5 0 0 0 0 27 0 0 1 0 25 SSE 0 0 0 0 2 0 0 0 0 28 0 0 0 0 24 S 0 0 0 0 3 0 0 1 0 17 0 0 0 0 15 SSV 0 0 0 0 1 0 0 1 0 24 0 0 1 0 24 S\l 0 0 0 0 11 2 '0 1 0 36 0 0 0 0 27 YSV 0 0 0 0 10 0 0 0 2 62 0 0 0 0 37 Y 0 0 0 0 6 0 0 0 0 22 0 0 1 0 16 vmT 0 0 0 0 1 0 0 0 0 10 0 0 0 0 8 NiJ 0 0 0 0 0 0 0 0 0 2 0 0 0 0 3 NNV 0 0 0 0 0 0 0 0 0 2 0 0 0 0 5 N 0 0 0 0 1 0 .0 0 0 1 0 0 0 0 3 All - - - - - - - - - Directions 0 0 0 0 54 2 1 3 5 261 0 1 6 3 234 4a of 8 August 1989 \

MNPS-3 FSAR TABLE 2.3-23 (Cont) Data Period = 1 Jan 77/0000 EST - 31 Dec 77/2300 EST Visibili ty met~~~__ ~ feet) 1600-2400 2400-4800 GT 4800 Vind (5,249-7,874) (7,874-15,748) (15,748) Direction C D E F G C D E F G Any Stability Class NNE 0 2 1 4 23 3 8 7 12 147 1,788 NE 0 0 0 7 21 3 8 9 10 108 1,295 ENE 0 1 0 0 4 2 1 5 3 69 1,251 E 0 0 0 1 11 0 2 6 1 63 939 ESE 0 0 0 0 13 0 0 0 0 62 1,083 SE 0 0 0 0 6 0 0 0 39 973 SSE S 0 0 0 0 0 0 0 0 12 14 0 0 0 0

                                                 °0 0   1 0

62 75 971 1,171 SSV 0 0 0 0 15 0 0 0 0 95 1,682 SloT 0 0 0 0 17 1 0 1 0 140 2,538 VSV 0 0 0 0 19 2 2 5 2 156 3,381 V 0 0 0 0 13 5 1 3 7 79 2,926 VNV 0 1 0 0 5 1 2 0 0 35 2,474 NV 0 0 0 0 4 2 3 2 0 41 2,969 NNW 0 0 0 0 2 9 2 2 4 55 2,762 N 1 0 0 0 2 2 4 2 4 51 1,376 All - - - - Directions 1 4 1 12 181 30 33 42 44 1277 29,579 NOTES: Total number of good visibility data = 34,018 Number of good visibility data <4,800 meters (15,748 feet) = 4,212 Number of good C-G stability data (for visibility <4,800 meters)

    == 2,236 Number of good wind direction data (for visibility <4,800 meters)
    = 4,165 Total number of missing visibility data = 1,022 Number of missing C-G stability data (for visibility <4,800 meters)
    == 1,976 Number of missing wind direction data (for visibility <4,800 meters)
    = 47 4b of 8                        August 1989

MNPS-3 FSAR TABLE 2.3-23 (Cont) Data Period = 1 Jan 78/0000 EST - 31 Dec 78/2300 EST Vi~Jb~li~=y- __ tEeters (feet) 0-400 400-800 800-1600 \lind (0-1,312) (1,312-2,625) (2,625-5,249) Direction C 0 E F G C 0 E F G C 0 E F G NNE 0 0 0 0 12 0 0 0 0 6 0 0 0 0 1 NE 0 0 0 0 13 . 1 0 0 0 7 1 0 0 0 5 ENE 0 0 0 0 14 0 0 0 2 5 0 0 1 1 5 E 0 0 0 0 31 0 0 0 1 47 0 0 0 0 19 ESE 0 0 0 2 98 0 1 1 0 36 0 0 o .0 21 SE 0 0 0 0 51 0 0 1 1 25 0 0 0 0 23 SSE 0 0 0 0 35 0 0 1 1 28 0 0 0 0 15 S 0 0 0 0 24 0 0 0 0 24 0 0 0 2 19 SS\l 0 0 0 1 28 1 0 1 0 24 0 0 0 0 18 S\l 0- 0 0 1 22 0 0 0 0 36 0 0 0 0 49 \lS\l 0 0 0 0 22 0 0 0 0 21 0 0 0 0 20 \l 0 0 0 0 19 0 0 0 0 13 0 0 0 0 8 \IN\l 0 0 0 0 7 0 0 0 0 10 0 0 0 0 8 N\l 0 0 0 0 7 0 0 0 0 4 0 0 0 0 4 NN\l 0 0 0 0 4 0 0 0 0 6 0 0 0 0 5 N 0 0 0 0 7 0 0 0 0 4 0 0 0 0 7 All - - -- - - - Directions 0 0 0 4 394 2 1 4 5 296 1 0 1 3 227 Sa of 8 August 1989

MNPS-3 FSAR TABLE 2.3-23 (Cant) Data Period = 1 Jan 78/0000 EST - 31 Dec 78/2300 EST Visibility,~!!leters (feet) 1600-2400 . 2400-4800 Gl' 4800 Vind (5,249-7,874) (7,874-15,748) (15,748) Direction C D E F G C 0 E F G Any Stability Class NNE 0 0 1 0 4 0 0 0 1 69 2,453 NE 0 0 0 0 2 0 0 0 0 25 1,432 ENE 0 0 0 0 5 0 1 0 0 13 882 E 0 0 0 0 12 0 1 0 0 33 1,077 ESE 0 0 0 0 17 0 0 0 0 56 1,081 SE 0 0 0 0 32 0 1 0 0 76 991 SSE 0 0 0 0 19 1 0 2 0 66 922 S 0 0 0 0 23 0 0 0 0 71 1,127 SSV 0 0 0 0 38 0 0 0 0 74 1,558 SV 0 0 0 0 15 0 1 1 3 111 2,461 VSV 0 0 0 0 10 1 2 2 0 96 2,928 \l 0 0 0 0 5 0 0 0 0 32 2,333 \1N\l 0 0 0 0 10 0 0 0 0 46 2,754 N\l 0 0 0 0 5 0 0 0 1 22 3,163 0 0 0 0 2 13 3,020 NN\l N 0 0 1 0 4 °1 °0 °0 °0 16 2,011 All Directions 0 0 2 0 203 3 6 5 5 819 30,193 NOTES: Total number of good visibility data = 32,482 Number of good visibility data <4,800 meters (15,748 feet) = 2,239 Number of good C-G stability data (for visibility <4,800 meters)

     = 1,981 Number of good wind direction data (for visibility <4,800 meters)
     = 2,239 Total number of missing visibility data       = 2,558 Number of missing C-G stability data (for       vis~bility <4,800 meters)
     = 258 Number of missing wind direction data (for visibility <4,800 meters)
     =0 Visiometer instrument level = 5.18 meters (17 feet)

Sb of 8 August 1989

MNPS-3 FSAR TABLE 2.3-23 (Cant) Data Period = 1 Jan 79/0000 EST - 31 Dec 79/2300 EST VisibilLty meters (feet) 0-400 400-800 nAI'\ ovv- 1t:.{){)

                                                                     .... vvv

\lind (0-1,312) (1,312-2,625) (2,625-5,249) Direction C D E F G C 0 E F G C D E F G NNE 0 0 0 0 2 0 0 0 0 7 0 0 0 0 2 NE 0 0 0 0 5 0 0 0 0 11 0 0 0 0 11 ENE 0 0 0 0 11 0 0 0 0 12 0 0 0 0 9 E 0 0 0 0 41 0 0 0 3 66 0 0 1 0 47 ESE 0 0 0 0 118 0 0 0 0 120 0 0 0 0 48 SE 0 0 0 0 87 0 0 0 0 69 0 0 0 0 38 SSE 0 0 0 0 25 0 0 0 0 61 0 0 0 0 37 S 0 0 0 0 11 0 0 0 0 45 0 0 0 0 29 SSTJ 0 0 0 0 19 0 0 0 0 28 0 0 0 0 21 S\l 0 0 0 0 9 0 0 0 0 28 0 0 0 0 22 TJSTJ 0 0 0 0 13 0 0 1 2 33 0 0 1 3 16 TJ 0 0 0 0 18 0 0 0 0 17 0 0 0 0 9 lJNV 0 0 0 0 9 0 0 0 0 16 0 0 0 0 6 NY 0 0 0 0 2 0 0 0 0 10 0 0 0 0 6 Nm1 0 0 0 0 2 0 0 0 0 2 0 0 0 0 0 N 0 0 0 0 1 0 0 0 0 3 0 0 0 0 2 All - - - - - Directions 0 0 0 0 373 0 0 1 5 528 0 0 2 3 303 6a of 8 August 1989

MNPS-3 FSAR TABLE 2.3-23 (Cont) Data Period = 1 Jan 79/0000 EST - 31 Dec 79/2300 EST

                                  .Yi~i1?~}~_~Y_.~~,~~E~(f~e t) 1600-2400                2400-4800              GT 4800.

Vind (5,249-7,874) (7,874-15,748) (15,748) Direction C D E F G C D E F G Any Stability Class NNE 0 0 0 0 1 0 0 0 2 13 2,121 NE 0 0 0 0 3 0 0 0 2 9 1,136 ENE 0 0 0 0 6 0 0 0 0 18 801 E 0 0 0 0 17 0 0 1 0 58 1,050 ESE 0 0 0 0 32 0 1 0 1 67 1,533 SE 0 0 0 0 14 0 0 0 0 23 1,254 SSE 0 0 0 0 17 0 0 0 0 45 1,164 S 0 0 0 0 15 0 0 0 0 39 1,577 SSV 0 0 0 0 8 0 0 0 0 43 2,081 SlJ 0 0 0 0 9 0 0 0 0 33 2,311 VSV 0 0 1 2 17 0 0 2 2 30 2,443 V 0 0 0 O. 4 0 0 0 0 16 2,250 YNW 0 0 0 0 2 0 0 0 0 19 2,439 NV 0 0 0 0 5 0 0 0 0 13 2,883 NN\T 0 0 0 -0 *0 0 0 0 0 12 3,007 N 0 0 0 0 2 0 0 0 1 11 1,629 All Directions 0 0 1 2 152 0 1 3 8 449 29,679 NOTES: Total number of good visibility data = 32,068 Number of good visibility data <4,800 meters (15,748) = 2,086 Number of good C-G stability data (for visibility <4,800 meters)

    = 1,838 Number of good wind direction data (for visibility <4,800 meters)
    = 2,079 Total number of missing visibility data = 2,972 Number of missing C-G stability data (for visibility <4,800 meters)
    =: 248 Number of missing wind direction data (for visibility <4,800 meters)
    =7 6b of 8                        August 1989 \

HNPS-3 FSAR TABLE 2.3-23 (Cont) Data Period = 1 Jan 80/0000 EST - 31 Dec 80/2300 EST Visibili ty mete~~_ _ (feet) 0-400 400-800 800-1600 Vind (0-1,312) (1,312-2,625) (2,625-5,249) Direction C D E F G C D E F G C D E F G NNE 0 0 0 0 3 0 0 0 0 2 0 0 0 0 2 NE 0 0 0 0 3 0 0 0 0 9 0 0 0 0 5 ENE 0 0 0 0 1 0 0 0 0 2 0 0 0 0 2 E 0 0 0 0 2 0 0 0 0 4 0 0 0 0 11 ESE 0 o -0 0 4 0 0 0 0 35 0 0 0 0 27 SE 0 0 0 0 7 0 0 0 0 9 0 0 .0 0 18 SSE 0 0 0 0 3 0 0 0 0 6 0 0 0 0 10 S 0 0 0 0 2 0 0 0 0 9 0 0 0 0 11 SSV 0 0 0 0 2 0 0 0 0 20 0 0 0 0 8 SV 0 0 0 0 6 0 0 0 0 40 0 0 0 0 12 VSV 0 0 0 0 6 0 0 0 0 52 0 0 0 0 15 V 0 0 0 0 5 0 0 0 0 29 0 0 0 0 8 \lNW' 0 0 0 0 5 0 0 0 0 7 0 0 0 0 5 NY 0 0 0 0 1 0 0 0 0 4 0 0 0 0 2 NNV 0 0 0 0 1 0 0 0 0 1 0 0 0 0 2 N 0 0 0 0 2 0 0 0 0 1 0 0 0 0 1 All Directions 0 0 0 0 53 0 0 0 0 230 0 0 0 0 139 7a of 8 August 1989

MNPS-3 FSAR TABLE 2.3-23 (Cont) Data Period = 1 Jan 80/0000 EST ~ 31 Dec 80/2300 EST Visibility meters (feet) 1600-2400 .c. 2400....480.0***~******,. GT 4800 Vind (5,249-7,874) (7,874-15,748) (15,748) Direction C D E F G C D E F G Any Stability Class NNE 0 0 0 0 0 2 3 0 0 4 1,979 NE 0 0 0 0 2 0 0 0 0 13 1,023 ENE 0 0 0 0 2 0 0 8 782 E 0

                      °0 00 0     6        0      0   °0 0    0 26        1,078 ESE                 0         0   13        0      0   0      0       48        1,291 SE                  0   0  0  0    6        0      0    0      0      19          897 SSE                 0   0  0  0    7        0      0    0      0      16          754 S                   0   0  0  0    2        0      0    0      0       9          923 SSV                 0   0  0  0    6        0      0   0       0      19        1,484 SV                  0   0  0  0    4        0      0    0      0      13        2,271 WSW                 0   0  0      13        0      0    0      0      14        2,667 V                   0   0  0 °0    2        0      0    0
                                                             °0       8        2,290 VNl.l                   0  0  0    4        0      0 0                  6       2,690 NY NmT
                 °00 0 0  0 0

0 0 0 1 0 0 0 0 1 0 0 0 °22 3,460 3,521 N 0 0 0 0 1 1 1,657

                         -° °
                            - -° All Directions        0    0   0  0   68        2      4    1      1    207        28,767 NOTES:

Total number of good visibility data = 30,078 Number of good visibility data <~,800 meters (15,748 feet) = 757 Number of good C-G stability data (for visibility <4,800 meters)

     = 707 Number of good wind direction data (for visibility <4,800 meters)
     = 755 Total number of missing visibility data = 5,058 Number of missing C-G stability data (for visibility <4,800 meters)
     = 50 Number of missing wind direction data (for visibility <4,800 meters)
     = 2 7b of 8                                 August 1989

MNPS-3 FSAR TABLE 2.3-23 (Cont) Data Period = 1 Jan 81/0000 EST - 31 Dec 81/2300 EST Visibility meters (feet) 0-400 . 400-800 800-1600

 'lind              (0-1,312)            (1,312-2,625)       (2,625-5,249)

Direction C D E F G C D E F G C D E F G NNE 0 0 1 0 13 0 1 0 0 4 0 0 0 0 1 NE 0 0 0 1 8 0 0 0 0 4 0 0 0 1 7 ENE 0 0 0 0 2 0 0 0 0 7 0 0 0 0 17 E 0 0 0 0 2 0 0 0 0 24 0 0 0 0 47 . ESE 0 0 0 0 15 0 0 0 0 61 0 0 0 0 64 SE 0 0 0 0 24 0 O* 0 0 52 0 0 0 0 27 SSE 0 0 0 0 9 0 0 0 0 13 0 0 0 0 18 S 0 0 0 0 4 0 0 0 0 12 0 0 0 0 19 SSV 0 0 0 0 5 0 0 0 0 13 0 0 0 0 7 S'l 0 0 0 0 1 0 0 0 0 11 0 0 0 0 5

 'lSV            0  0  0 0      4      0   0  0  0    20   0   0  0  0   10 V               0  0  0  0    16      0   0  0  0    22   0   0  0  0     5 VNV             0  0  0  0    13      0   0  0  1    12   0   0  1  0     2 NV              0  0  0  0     7      0   0  0  0     8   0   0  0  1     3 NNV             0  0  0  0     2      0   0  0  1     6   0   0  0  0     1 N               0  0  0  0     5      1   0  0  0     1   0   0  0  0     1 All                                          - - -

Directions 0 0 1 1 130 1 1 0 2 270 0 0 1 2 234 8a of 8 August 1989

Number of good C-G stability data (for visibility <4,800 meters) = 1,159 Number of good wind direction data (for visibility <4,800 meters) = 1,182 Total number of missing visibility data 2,540 Number of missing C-G stability data (for visibility <4,800 meters)

= 74 Number of missing wind direction data (for visibility <4,800 meters)

= 51 8b of 8 August 1989

MNPS-3 FSAR

                             .TABLE *2.3-24 PERSISTENCE OF POOR VISIBILITY (~1 MILE) .CONDITIONS AT MILLSTONE (HOURS)

(1974-1981) Cumulative Frequency Percentage Distribution Percentile

                                       ~ ~.,", ,,-

of 30 50 90 95 100 Occurrence 1974 Jan 0.50 1.13 4.75 11.13 17.50 4.57 Feb '* '* 5.03 5.72 15.50 5.06 Mar 0.55 0.75 2.85 3.05 3.25 0.91 Apr 0.38 1.88 5.88 6.88 9.50 5.21 May 0.38 0.75 3.00 4.25 5.50 2.12 Jun '* 0.50 3.90 5.03 7.75 5.17 Jul Aug 2.00 3.10 2.25 4.00 2.12 4.20 Sep

0.56 2.55 3.65 9.75 4.17 Oct
0.63 1.45 3.53 6.00 1.71 Nov 0.34 0.56 2.02 2.14 2.25 1.15 Dec '*
1.00 1.13 1.25 0.37 1975 Jan 1.10 1.50 7.65 8.70 9.75 2.89 Feb 0.65 1.25 8.15 8.45 8.75 3.05 Mar 0.43 1.13 3.68 4.28 5.25 3.33 Apr 0.46 0.69 2.68 3.46 4.25 1.84 May
0.50 8.10 9.78 12.25 6.45 Jun 0.33 0.75 4.60 5.55 14.75 10.17 Jul
0.44 4.38 7.38 8.50 3.13 Aug
1.88 7.95 9.22 10.50 1.92 Sep '* 0.65 6.95 9.45 11.00 2.85 Oct 0.78 1.94 9.50 10.63 11.75 4.33 Nov 0.42 0.88 6.15 12.45 18.75 4.37 Dec 0.43 0.67 2.15 3.20 4.25 1.24 1976 Jan Feb
0.50 3.10 4.38 8.25 4.23 Mar 0.38 0.56 0.63 2.10 2.60 3.25 1.98 9.38 11.81 14.25 2.76 Apr May
0.50 4.20 6.60 9.00 2.29

              '*    0.81        4.00                6.81 10.75    6.42 Jun     '0.25

0.48 4.02 4.94 6.50 5.69 Jul 1.00 11.75 15.38 19.00 5.38 Aug
0.25 1.65 1.82 2.00 0.30 Sep '* 0.50 3.75 4.88 6.00 1.39 Oct '* 0.44 1.90 3.13 4.50 1.51 Nov * '* '* '* 0.00 0.00

    !)ec   1.20     2.00        4.50                5.25  6.00    1.51

MNPS-3 FSAR TABLE 2.3-24 (Cent) Cumulative Frequency Percentage Distribution Percentile of 30 50 90 95 100 Occurrence 1977 Jan

0.29 1.70 2.09 2.25 1.21 Feb 0.44 4.90 6.91 9.25 3'.83 1.60 2.00 5.80 7.40 9.00 3.29 Mar Apr 0.27 0.58 3.25 5.88 8.50 1.74 May 0.80 1.38 6.55 6.65 6.75 3.02 Jun 0.40 1.00 2.*95 4.60 7.00 2.99 Jul 0.28 0.42 0.95 1.35 1.75 0.71 Aug 0.30 1.00 2.35 2.93 4.50 3.26 Sep
0.25 2.30 2.65 3.00 0.66 Oct
0.25 2.85 4.55 6.25 1.58 Nev
1.25 2.25 2.38 2.50 0.52 Dec
0.63 2.50 3.13 3.75 0.87 1978 Jan
0.75 5.40 6.07 6.75 2.28 Feb * * * *
0.04 Mar 0.00 0.00 0.00 0.00 0.00 0.00 Apr
0.75 3.70 4.22. 4.75 0.87 May 0.29 0.63 7.35 8.70 15.50 12.30 Jun 0.30 1.00 7.50 8.20 10.75 8.54 Jul 1.00 2.00 3.80 4.15 4.50 1.34 Aug 1.02 1.25 7.65 7.82 8.00 5.44 Sep * * *
0.75 0.10 Oct
0.63 1.17 1.21 1.25 0.34 Nov
0.38 3.25 3.88 4.50 1.04 Dec 0.31 0.46 4.13 5.81 7.50 2.15 1979 Jan 0.41 0.59 1.95 8.38 19.75 3.93 Feb
0.50 3.75 4.75 5.75 1.93 Mar 0.31 0.88 5.02 5.26 5.50 4.23 Apr 1.23 2.13 6.78 9.36 12.25 5.35 May 0.33 0.67 5.45 6.18 20.25 13.00 Jun
0.50 4.72 4.95 5.25 3.23 Jul 0.57 1.00 3.70 5.47 8.50 10.45 Aug 0.63 1.25 7.75 7.88 8.00 2.45 Sep 0.00 0.00 0.00 0.00 0.00 0.00 Oct 0.00 0.00 0.00 0.00 0.00 0.00 Nov 0.00, 0.00 0.00 0.00 0.00 0.00 Dec
1.38 3.23 3.49 3.75 0.87 2 of 3

MNPS-3 FSAR TABLE 2.3-24 (Cant) Cumulative Frequency Percentage Distribution Percentile of

                                  ",.    , nn 30   50         90        "=';:) ."' ... Occurrence 1980 Jan 0.00 0.00       0.00      0.00     0.00     0.00 Feb Mar 0.45 1.00 4.80 8.40 12.00 0.04 2.79 Apr 0.58 1.38       6.30      8.75   11.50      4.69 May

0.50 4.25 6.88 9.50 2.65 Jun 0.36 0.69 2.18 ' 2.78 3.75 2.26 Jul 0.37 0.50 3.60 4.30 5.00 1.78 Aug 0.00 0.00 0.00 0.00 0.00 0.00 Sep Oct 0.00 0.00 0.00 0.00 0.75 0.00 0.10 0.00 Nov
1.00 1.20 1.22 1.25 0.31 Dec * * *
1.00 0.13 1981 Jan 0.00 0.00 0.00 0.00 0.00 0.00 Feb
0.31 3.15 5.95 8.75 1.67 Mar
0.25 2.70 3.35 4.00 0.71 Apr
0.31 4.38 6.55 8.75 2.43 May 0.33 0.54 5.05 5.91 7.00 6.18 Jun
0.50 3.90 8.20 17.00 4.93 Jul 0.25 1.00 3.50 3.63 3.75 2.02 Aug 1.50 2.88 3.75 3.88 4.00 1.85 Sep * * *
4.25 0.59 Oct 0.38 0.63 2.00 3.75 5.50 1.88 Nov 0.00 0.00 0.00 0.00 0.00 0.00 Dec
0.38 1.23 1.48 1.75 1.01 3 of 3

MNPS-3 FSAR TABLE 2.3-25 BRIDGEPORT PASQUILL STABILITY CLASS DISTRIBUTION (1949-1980) Valid Pasquill* Stability GJ-ass Frequency Data Data (%) (hr) Period A B C D E F G Bridgeport* 127,933 1/1/49- 0.1 2.9 8.9 67.9 10.2 6.7 3.4 12/31/80 NOTE:

Stability determined by the STAR program of the National Climate Center. Observations recorded every third hour beginning March 1, 1965.

1 of 1 August 1989

MNPS-3 FSAR TABLE 2.3-26 MILLSTONE STABILITY CLASS DISTRIBUTION USING DELTA-T FOR STABILITY DETERMINATION Valid Pasquill Stability Class Frequency Instrument* Data Data _ .. ,...._ .-_._........

                                                  ... _    ~_.

(~) Level (hr) Period A B C D E F G 43 meters 66,100 1/1/74- 6.4 6.5 13.3 33.2 19.8 12.5 7.7 (142 feet) 12/31/81 114 meters 66,001 1/1/74 0.9 2.4 8.4 45.3 29.7 11.2 1.9 (374 feet) 12/31/81 136 meters 65,728 1/1/74- 0.3 0.8 6.4 47.7 32.8 10.6 1.1 (447 feet) 12/31/81 NOTE:

~ind speed/wind direction/Delta-T sensor elevation above tower base.

Stability determined by Delta-T method, with data from 33 feet to level specified. 1 of 1 August 1989 t

MNPS-3 FSAR TABLE 2.3-27 MILLSTONE STABILITY CLASS DISTRIBUTION USING SIGMA THETA FOR STABILITY DETERMINATION Instrument Valid Pasquill Stability Class Frequency Level Data Data (%) Meters (ft) (hr) Period A B C D E .-

                                      -         -     -     -F    G 10      33  66,831   1/1/74-   5.4  3.2  8.9  32.1  34.6  13.0  2.6 12/31/81 43     142  66,867   1/1/74-   2.5  1.5   4.2 19.5  42.1  20.2 10.0 12/31/81 114     374  66,743   1/1/74-   1.5  0.8   2.2  9.7  38.1  26.2 23.6 12/31/81 136     447  66,286   1/1/74-   1.4  0.7   2.1  8.9  35.3  27.3 24.3 12/31/81 NOTE:

Sigma Theta = Yind direction fluctuation 1 of 1 August 1989

MNPS-3 FSAR TABLE 2.3-28 COMPARISON OF PASQUILL STABILITY CLASS DISTRIBUTION AT BRIDGEPORT, CONN. AND MILLSTONE Valid Pasquill Stability Class Frequency Data Data (%) (hr) Period ABC D'- E F G Millstone* 57,469 1/1/74- 6.6 6.6 13.1 33.0 19.7 12.2 7.7 12/31/80 Millstone** 57,726 1/1/74- 0.9 2.4 8.2 45.6 29.7 11.1 1.9 12/31/80 Millstone*** 57,452 1/1/74- 0.3 0.8 6.5 47.9 32.6 10.4 1.1 12/31/80 Bridgeport**** 21,462 1/1/74- 0.0 2.3 8.9 71.3 11.5 5.4 0.6 12/31/80 Millstone* 65,582 1/1/74- 6.4 6.5 13.3 33.2 19.5 12.3 7.6 12/31/81 Millstone** 66,001 1/1/74- 0.9 2.4 8.4 45.3 29.7 11.2 1.9 12/31/81 Millstone*** 65,728 1/1/74- 0.3 0.8 6.4 47.7 32.8 10.6 1.1 12/31/81 NOTES:

Stability class determined by the 10-43-meter (33-142-foot) temperature difference, using 10-meter (33-foot) level winds.

 ** Stability    class determined by the 10-114-meter (33-374-foot) temperature difference, using 114-meter (374-foot) level winds.
*** Stability    class determined by the 10-136-meter (33-447-foot) temperature difference, using 136-meter (447-foot) level winds.

- - - Stability class determined by the STAR (Millstone Unit 3 PSAR Amendment 22 Q 2.11) program of the National Climate Center observations recorded every third hour beginning March 1, 1965 1 of 1 August 1989

MNPS-3 FSAR TABLE 2.3-29 PERSISTENCE OF STABLE CONDITIONS .(E, F, AND G STABILITIES) AT MILLSTONE (1974-1981) A*. Vertical Temperature Difference Measurements at 43 -meters (142 feet) Cumulative Frequency' Percentage Distribution Percentile of 30 50 "'90 95 100 Occurrence 1974 Jan

2.98 6.14 46.25 26.55 Feb
9.25 12.55 26.75 12.28 Mar

4.40 10.06 35.50 31.65 Apr 0.55 1.75 20.00 26.88 48.00 46.88 May
0.48 7.71 12.29 40.75 40.49 Jun 0.39 0.97 11.85 15.50 41.50 57.64 Jul *
3.27 7.60 44.75 46.64 Aug
0.60 9.56 15.44 21.25 54.33 Sep 0.34 0.75 7.40 12.85 20.50 38.65 Oct 0.46 0.95 5.77 10.54 24.75 27.42 Nov 0.29 0.81 7.25 9.56 21.50 25.76 Dec *
3.19 4.96 36.50 24.06 1975 Jan 0.38 0.62 5.13 9.38 34.50 22.92 Feb
0.70 8.45 12.40 40.00 35.68 Mar 0.31 1.00 11.60 16.50 31.00 31.18 Apr
0.58 7.31 10.96 28.25 30.97 May 0.40 1.00 8.85 16.45 47.75 59.44 Jun 0.44 0.98 13.70 18.07 25.25 51.49 Jul 0.43 1.00 12.15 15.90 23.00 65.89 Aug 0.31 0.94 12.88 19.16 33.50 47.61 Sep *
3.75 7.38 24.25 23.16 Oct
0.63 11.22 15.15 23.00 27.76 Nov 0.61 1.25 13.20 17.77 23.50 35.76 Dec 0.65 7.45 11.85 23.00 19.32 NOTE:
Indeterminate 1 of 12 August 1989

MNPS-3 FSAR TABLE 2.3-29 (Cont) A. Vertical Temperature Difference Measurements at 43 meters (142 feet) Cumulative Frequency Percentage Distribution Percentile of 30 50 90 95 '" ,,,...

                                                  .1.VV     Occurrence 1976 Jan

0.39 5.30 8.10 44.50 23.66 Feb 0.61 1.63 18.47 24.14 29.25 54.27 Mar
0.53 11.38 14.23 19.25 33.60 Apr 0.48 1.38 15.30 20.55 66.75 53.75 May 0.46 1.21 10.03 17.13 38.50 52.69 Jun 0.46 1.04 11.95 15.15 26.25 65.00 Jul
0.80 12.85 17.63 24.25 63.21 Aug 0.48 0.99 13.44 17.31 26.50 52.39 Sep 0.26 0.64 7.85 11.70 17.50 36.35 Oct 0.25 0.47 7.45 11.83 29.00 22.98 Nov 0.46 1.44 7.75 10.75 31.50 20.66 Dec
0.50 7.35 12.05 36.00 31.08 1977 Jan 0.34 0.61 7.95 9.20 12.75 17.61 Feb 0.41 1.00 13.85 19.80 34.00 42.22 Mar 0.39 1.00 11.50 13.70 30.25 44.05 Apr 0.56 2.04 17.38 20.94 34.50 51.25 May 0.61 2.31 16.48 25.09 38.75 64.38 Jun 0.42 1.46 19.75 21.93 43.00 62.85 Jul 0.43 1.23 7.21 8.54 18.50 51.85 Aug 0.31 0.86 6.13 9.09 23.75 46.64 Sep 0.52 1.02 6.40 12.06 26.50 31.53 Oct 0.28 0.66 5.53 10.78 19.50 26.98 Nov 0.38 0.88 4.97 7.98 14.75 18.44 Dec 0.50 5.65 9.80 23.00 21.24 NOTE:
Indeterminate 2 of 12 August 1989 ,

MNPS-3 FSAR TABLE 2.3-29 (Cont) A. Vertical Temperature Difference Measurements at 43 meters (142 feet) Cumulative Frequency Percentage Distribution Percentile of 30 50 90 95 100 Occurrence 1978 Jan

0.63 9.95 17.77 25.50 16.47 Feb 0.31 0.50 4.25 5.63 11.50 12.61 Mar 0.37 1.38 15.30 20.10 37.25 33.40 Apr 0.38 1.03 9.03 13.39 25.00 42.15 May 0.40 0.83 6.90 13.94 51.75 57.16 Jun 0.38 1.35 11.20 16.19 23.25 64.27 Jul 0.32 0.77 9.58 11.83 29.00 45.26 Aug 0.62 1.77 12.48 21.15 42.50 52.62 Sep 0.28 0.75 10.55 12.83 20.50 30.56 Oct
0.73 6.89 9.18 14.50 25.40 Nov
0.88 7.80 11.40 13.50 20.31 Dec 0.36 0.65 4.65 11.36 15.25 17.14 1979 Jan 0.44 1.19 16.55 18.46 47.25 15.09 Feb 0.32 0.94 10.50 14.70 35.75 21.35 Mar 0.35 1.08 19.05 21.05 40.75 44.76 Apr 0.41 1.13 12.55 17.70 38.00 40.17 May 0.49 1.04 8.33 12.55 71.00 56.92 Jun 0.42 0.94 7.96 12.44 44.25 55.49 Jul 0.47 1.41 8.08 13.19 39.00 64.08 Aug
0.66 5.24 8.96 28.50 43.78 Sep 0.29 0.69 6.83 10.99 21.25 34.76 Oct 0.29 0.81 4.55 6.73 38.75 20.93 Nov 0.70 1.75 9.05 11.85 23.75 33.30 Dec
0.60 6.15 10.85 16.00 17.31 NOTE:
Indeterminate 3 of 12 August 1989 1

MNPS-3 FSAR TABLE 2.3-29 (Cont) A. Vertical Temperature Difference Measurements at 43 meters (142 feet) Cumulative Frequency Percentage Distribution Percentile of 30 50 90 95 100 .- Occurrence 1980 Jan 0.30 0.46 6.88 8.36 17.25 10.38 Feb

0.43 4.35 9.95 20.50 13.79 Mar 0.35 1.07 10.75 18.38 27.75 39.85 Apr 0.48 1.69 11.00 16.25 32.25 50.59 May 0.51 1.15 10.05 20.20 45.25 53.80 Jun 0.47 1.19 10.50 15.75 53.50 54.79 Jul 0.49 1.03 8.63 11.00 23.25 60.72 Aug *
5.40 11.10 28.75 47.88 Sep 0.32 1.32 10.20 13.98 22.50 39.48 Oct 0.37 1.08 8.20 9.17 15.00 22.24 Nov
1.00 8.80 9.60 19.50 11.49 Dec
0.42 5.98 8.45 21.50 23.99 1981 Jan
0.50 6.65 9.75 25.50 21.30 Feb 0.39 0.96 10.45 19.90 57.25 43.38 Mar 0.25 0.68 7.48 11.49 26.25 36.39 Apr 0.48 1.15 11.81 20.00 65.00 53.40 May 0.41 1.38 11.88 20.25 39.00 58.37 Jun 0.31 0.72 11.15 15.69 25.00 59.65 Jul 0.51 1.35 11.85 16.00 54.00 58.80 Aug
0.65 5.28 9.60 17.50 38.47 Sep 0.27 0.61 5.70 8.73 16.00 22.15 Oct 0.27 0.66 8.73 12.99 15.75 23.59 Nov
0.64 6.50 11.75 16.75 20.49 Dec 0.31 0.73 6.73 9.83 12.75 14.82 NOTE:
Indeterminate 4 of 12 August 1989

MNPS-3 FSAR TABLE 2.3-29 (Cont) B. Vertical Temperature Difference Measurements at 114 meters (374 feet) Cumulative Frequency Percentage Distribution Percentile of 30 50 90 95 100 -- Occurrence 1974 Jan 5.30 10.46 48.00 29.20 Feb 0.46 1.44 12.53 17.78 27.75 14.17 Mar *

3.85 9.80 35.50 24.53 Apr 0.31 1.00 10.50 26.50 71.75 46.70 May 0.33 0.69 9.70 13.19 18.25 39.15 Jun 0.67 2.25 16.85 35.20 48.75 63.40 Jul 10.63 18.95 44.75 53.70 Aug 0.58 13.15 17.43 39.75 60.28 Sep
0.40 1.22 13.98 16.41 24.25 49.37 Oct 0.37 1.13 9.38 13.55 57.25 34.78 Nov 0.43 0.84 7.58 14.81 25.50 25.17 Dec *
4.20 8.13 34.50 22.21 1975 Jan 0.57 0.74 8.38 14.31 24.75 20.06 Feb 0.56 1.20 7.35 12.20 25.75 25.67 Mar 0.47 1.65 9.85 17.70 31.00 28.29 Apr 0.28 0.56 6.55 8.30 63.50 30.87 May 0.56 2.38 16.85 25.91 70.25 64.89 Jun 0.73 1.56 11.88 17.38 22.25 56.67 Jul 0.51 1.25 16.10 18.79 32.50 71.44 Aug 0.49 1.50 16.55 20.80 50.25 55.61 Sep *
4.08 8.61 30.25 30.49 Oct 0.49 1.44 12.35 13.90 24.25 35.15 Nov 0.51 1.92 13.55 16.45 24.25 39.48 Dec
0.68 7.75 11.50 16.50 19.72 NOTE:
Indeterminate 5 of 12 August 1989

MNPS-3 FSAR TABLE 2.3-29 (Cont) B. Vertical Temperature Difference Measurements at 114 meters (374 feet) Cumulative Frequency Percentage Distribution Percentile of 30 50 90 95 100 .- Occurrence 1976 Jan 0.33 0.75 7.40 15.93 44.25 17.20 Feb 0.59 1.66 17.13 22.19 29.25 49.78 Mar 0.56 1.54 12.80 15.14 36.75 34.81 Apr 0.30 1.21 17.05 21.15 66.75 55.66 May 0.39 0.97 11.20 19.14 37.25 60.15 Jun 0.88 3.19 17.55 21.79 45.25 72.99 Jul 0.34 1.54 22.90 27.29 52.75 75.57 Aug 1.10 3.08 12.95 16.49 40.75 61.86 Sep 0.42 0.91 13.50 16.50 21.25 36.49 Oct 0.30 0.82 6.55 12.15 26.25 25.03 Nov 0.53 1.25 11.05 12.83 32.25 21.32 Dec 0.65 1.75 11.65 15.45 17.00 18.62 1977 Jan 0.32 0.71 7.08 7.72 14.00 9.21 Feb 0.47 1.19 10.60 14.18 39.50 32.59 Mar 0.26 0.72 11.20 15.09 32.25 37.80 Apr 0.55 1.41 10.47 12.18 58.25 42.05 May 0.55 1.96 12.18 19.69 47.75 55.88 Jun 0.63 2.31 11.13 17.25 36.75 56.35 Jul 0.53 1.42 10.35 16.55 24.25 59.17 Aug 0.34 0.95 -7.50 11.75 25.75 46.14 Sep 0.49 1.28 5.75 8.50 15.00 20.07 Oct 0.34 0.60 4.23 10.46 15.25 21.77 Nov

0.69 7.22 8.79 11.00 10.56 Dec 0.60 1.08 8.92 9.45 25.75 16.23 NOTE:
Indeterminate 6 of 12 August 1989

MNPS-3 FSAR TABLE 2.3-29 (Cont) B. Vertical Temperature Difference Measurements at 114 meters (374 feet) Cumulative Frequency Percentage Distribution Percentile of 30 50 90 95 100*- Occurrence 1978 Jan 0.51 1.06 13.75 15.66 21.75 13.78 Feb 0.37 0.75 6.70 10.80 11.75 9.86 Mar 0.44 1.25 8.50 15.40 24.75 22.45 Apr 0.54 1.31 7.14 10.03 17.00 31.18 May 0.47 1.13 9.60 19.75 35.00 49.63 Jun 0.64 2.13 12.15 15.45 40.75 60.90 Jul 0.32 1.42 10.80 20.85 52.25 42.98 Aug 0.76 1.88 12.95 14.47 22.75 49.23 Sep 0.37 0.95 5.45 10.15 14.50 22.95 Oct 0.33 0.72 8.30 10.80 14.00 21.44 Nov 0.56 1.25 8.00 12.25 15.50 21.77 Dec 0.48 0.92 6.40 9.55 17.75 16.67 1979 Jan 0.31 0.63 7.90 19.15 48.00 19.96 Feb 0.82 2.06 11.78 15.94 23.50 16.41 Mar 0.50 1.88 25.45 31.58 44.25 46.84 Apr 0.39 1.13 10.05 14.25 73.50 39.48 May 0.43 1.38 18.40 26.40 89.25 62.50 Jun 0.81 2.48 11.70 14.18 82.25 60.56 Jul 0.52 1.40 11.06 22.39 50.25 74.93 Aug 0.59 2.13 9.10 15.38 47.75 50.34 Sep 0.58 2.56 12.38 18.63 49.50 43.72 Oct 0.35 0.75 8.50 12.00 47.00 27.62 Nov 0.73 1.79 13.52 18.38 37.50 38.30 Dec 0.49 1.25 7.95 12.30 16.25 21.34 NOTE:

Indeterminate 7 of 12 August 1989

MNPS-3 FSAR TABLE 2.3-29 (Co~t) B. Vertical Temperature Difference Measurements at 114 meters (374 feet) Cumulative Frequency Percentage Distribution Percentile of 30 50 90 95 100 .- Occurrence 1980 Jan 0.34 1.13 6.20 10.18 16.00 10.11 Feb 0.50 1.75 10.00 11.25 32.50 .12.72 Mar 0.39 1.06 11.20 14.55 43.00 37.20 Apr 0.56 1.44 14.55 19.95 42.75 51.32 May 0.39 1.06 12.17 20.90 47.75 59.24 Jun 0.60 1.63 9.50 18.25 94.00 54.93 Jul 0.84 2.04 13.78 17.21 67.50 69.05 Aug *

6.75 17.13 49.25 54.00 Sep 0.70 1.50 9.92 13.35 17.00 37.22 Oct 0.28 0.88 8.60 10.28 14.75 24.93 Nov 0.27 0.79 6.63 8.71 19.00 13.47 Dec
1.13 9.38 11.63 19.50 23.35 1981 Jan 0.33 0.92 7.35 15.50 25.50 25.81 Feb 0.48 1.63 13.00 27.35 59.00 42.93 Mar 0.32 0.88 9.45 16.83 26.50 34.38 Apr 0.48 1.63 15.38 24.88 57.75 52.60 May 0.53 2.13 16.85 25.80 43.50 61.73 Jun 0.64 2.25 17.00 21.75 41.75 68.82 Jul 0.72 2.04 15.69 33.44 65.25 68.68 Aug 0.47 1.46 7.88 11.81 19.25 48.89 Sep 0.32 0.88 8.88 9.38 14.50 22.43 Oct 0.31 0.81 13.81 15.19 18.25 27.08 Nov 0.34 0.75 8.70 14.70 19.75 22.40 Dec 0.33 0.66 5.98 9.16 12.75 18.85 NOTE:
Indeterminate 8 of 12 August 1989

MNPS-3 FSAR TABLE 2.3-29 (Cont) C. Vertical Temperature Difference Measurements at 136 meters (447 feet) Cumulative Frequency Percentage Distribution Percentile of 30 50 90 95 100 Occurrence 1974 Jan *

5.80 9.78 10.75 33.33 Feb 0.63 1.50 12.00 17.50 29.50 14.96 Mar *
5.88 14.13 45.00 26.98 Apr 0.37 1.05 17.05 29.25 71.75 48.75 May 0.43 0.79 10.42 13.85 28.75 42.81 Jun 0.88 2.17 21.25 36.75 51.25 65.31 Jul *
10.76 19.91 44.75 54.30 Aug
0.64 16.60 20.95 40.00 65.56 Sep 0.36 1.21 14.03 16.16 24.25 43.99 Oct 0.38 1.15 10.80 12.66 68.75 37.06 Nov
0.93 9.40 15.06 32.00 28.13 Dec *
4.03 9.21 34.50 23.05 1975 Jan 0.50 0.69 8.75 12.55 24.75 18.65 Feb 0-.71 1.34 7.80 11.81 25.75 26.82 Mar 0.40 1.38 10.05 18.08 31.00 28.02 Apr *1.24 0.68 6.58 8.58 59.50 31.22 May 4.50 18.63 31.81 81.00 66.80 Jun 0.68 2.38 15.10 20.92 27.00 59.34 Jul 0.65 1.88 16.25 19.00 36.00 68.01 Aug 0.84 2.75 17.25 22.00 50.00 53.93 Sep *
4.80 8.45 27.00 28.26 Oct 0.61 1.63 11.63 14.13 4.25 32.06 Nov 0.52 1.28 13.05 14.03 20.00 38.89 Dec
0.71 8.58 11.18 18.00 21.74 NOTE:
Indeterminate 9 of 12 August 1989

MNPS-3 FSAR TABLE 2.3-29 (Cont) C. Vertical Temperature Difference Measurements at 136 meters (447 feet) _ Cumula t i ve Frequency Percen ta'ge Distribution Percentile of 30 50 90 95 100 ,- Occurrence 1976 Jan 0.31 0.63 6.55 15.55 44.25 17.44 Feb 0.53 1.59 13.80 -19.04 29.00 46.16 Mar 0.42 0.90 10.47 17.33 31.25 32.59 Apr 0.30 1.25 14.75 25.38 66.75 57.08 May 0.52 1.66 14.98 24.10 41.75 64.35 Jun 0.82 2.46 12.80 19.56 37.25 67.40 Jul 0.33 1.63 22.95 26.05 53.75 74.83 Aug 0.95 2.25 12.85 16.42 40.75 62.26 Sep 0.39 1.13 13.58 16.24 21.25 38.58 Oct 0.41 1.44 7.23 12.26 26.25 25.91 Nov 0.37 0.94 10.45 11.24 46.75 21.94 Dec 0.41 1.33 9.10 14.05 21.25 21.44 1977 Jan 0.36 0.75 6.45 7.67 14.00 9.38 Feb 0.59 1.00 11.60 14.05 24.75 30.65 Mar 0.28 0.89 10.10 13.10 32.25 35.32 Apr 0.68 1.81 10.63 13.31 58.00 40.94 May 0.67 2.29 12.30 21.18 47.50 55.61 Jun 0.44 2.04 10.60 17.01 36.75 55.73 Jul 0.47 1.13 10.15 14.59 29.00 58.10 Aug 0.44 1.35 7.53 12.45 24.50 43.21 Sep 0.60 1.50 6.98 11.55 15.00 26.67 Oct 0.26 0.71 6.75 12.00 15.25 27.08 Nov

0.66 6.85 8.10 18.25 14.41 Dec 0.66 1.63 9.50 11.94 33.50 18.62 NOTE:
Indeterminate 10 of 12 August 1989

MNPS-3 FSAR TABLE 2.3-29 (Cant) C. Vertical Temperature Difference Measurements at 136 meters (447 feet) Cumulative Frequency Percentage Distribution Percentile - -".,,=~ -lOO .- of 30 50 90 95 Occurrence 1978 Jan 0.47 1.00 14.80 15.72 20.25 13.91 Feb 0.50 1.08 6.25 7.25 11.75 9.97 Mar 0.28 0.73 10.25 15.13 22.00 20.77 Apr 0.54 1.53 7.13 9.94 19.50 31.55 May 0.36 1.13 12.00 21.44 42.25 50.67 Jun 0.74 2.25 12.40 15.20 41.00 62.08 Jul 0.31 1.09 12.28 18.78 52.25 44.19 Aug 0.89 2.13 15.88 20.95 27.75 53.33 Sep 0.64 1.58 7.25 11.42 14.50 27.57 Oct 0.48 0.92 8.90 10.85 13.75 21.88 Nov 0.59 1.46 10.10 14.39 16.00 24.31 Dec 0.46 1.31 5.45 9.21 14.00 15.19 1979 Jan 0.56 0.96 8.88 19.11 47.75 22.98 Feb 0.60 0.88 14.05 15.15 19.50 16.59 Mar 0.44 1.63 27.35 39.45 44.25 47.61 Apr 0.26 1.00 9.90 17.95 73.50 42.78 May 0.51 1.88 14.97 27.43 89.50 64.18 Jun 1.05 2.75 13.65 15.60 82.25 62.78 Jul 0.64 2.13 16.73 25.94 50.25 77.99 Aug

1.03 8.98 14.57 47.50 51.81 Sep 0.67 3.63 14.75 19.68 29.50 46.15 Oct 0.35 0.73 8.79 11.90 41.75 26.41 Nov 0.39 1.00 12.00 14.25 37.50 37.40 Dec 0.30 0.94 8.14 9.39 15.75 20.19 NOTE:
Indeterminate 11 of 12 August 1989

MNPS-3 FSAR TABLE 2.3-29 (Cont) C. Vertical Temperature Difference Measurements at '136 meters (447 feet) Cumulative Frequency Percentage Distribution Percentile of 30 SO 90 95 100 .- Occurrence 1980 Jan

0.58 5.45 8.08 16.00 10.79 Feb
0.75 7.85 13.65 32.75 15.77 Mar 0.53 1.44 14.23 19.19 42.75 35.32 Apr 0.47 1.63 13.50 20.19 46.50 51.70 May 0.53 1.50 11.93 21.20 47.75 60.35 Jun 0.35 1.25 9.30 21.75 94.00 53.54 Jul 0.80 2.13 12.00 20.13 67.50 69.59 Aug *
11.35 20.55 49.25 57.06 Sep 0.72 1.75 13.35 17.30 34.00 45.97 Oct 0.51 0.97 8.65 11.08 14.75 28.66 Nov
0.88 7.88 9.84 23.25 17.40 Dec
1.50 11.75 14.25 23.00 28.43 1981 Jan 0.38 1.25 8.75 18.75 25.50 31.99 Feb 0.36 1.00 16.55 25.75 63.75 51.49 Mar 0.83 1.50 14.15 20.72 26.75 40.73 Apr 0.79 2.38 18.40 31.78 76.25 55.73 May 0.45 1.88 17.85 33.54 50.25 66.97 Jun 0.42 1.63 18.75 30.31 39.00 72.50 Jul 0.51 2.29 15.65 33.44 65.25 68.62 Aug 0.54 1.33 12.10 17.05 25.50 54.60 Sep 0.26 0.63 9.65 11.68 35.50 26.53 Oct 0.40 0.94 13.63 14.88 31.75 28.63 Nov 0.35 0.84 9.05 15.34 19.75 26.11 Dec
0.53 7.70 10.44 14.75 17.61 NOTE:
Indeterminate 12 of 12 August 1989

MNPS-3 FSAR TABLE 2.3-30 SEASONAL AND ANNUAL ATMOSPHERIC MIXING DEPTHS AT HILLSTONE* Morning** Afternoon Period (m) (m) Vinter 910 900 Spring 810 1,250 Summer 600 1,300 Autumn 710 1,000 c:r'2-11 Annual 760 1,110 NOTES:

*Interpolation between data collected twice daily at New York, N.Y. and Nantucket,     Mass. Estimates    include  both   precipitation and non-precipitation cases.

- Morning mixing depths are characteristics of an urban area.

1 of 1 April 1992

MNPS-3 FSAR TABLE 2.3-33 MONTHLY

SUMMARY

OF DATA RECOVERY RATES/METEOROLOGICAL SYSTEM DATA PERIOD: 1 JAN 74/0015-31 DEC 74/2315 DATA ACQUISITioNiNTERVA:t:MINUTES 00-15 OF EACH HOUR Parameters Jan Feb Mar Apr Max Jun \1S33 93.8 87.4 99.3. 91.1 98.9 99.4 Y033 99.7 87.4 99.5 91.1 98.9 99.4 YS142 96.2 87.4 99.3 91.1 98.9 99.4 Y0142 99.7 87.4 99.5 91.1 98.9 99.4 YS374 96.0 87.4 99.3 91.1 98.9 99.4 YS374 99.7 87.4 99.5 91.1 98.9 99.4 YS447 94.9 87.4 99.3 91.1 98.9 99.4 Y0447 99.7 87.4 99.5 91.1 98.9 99.4 OT142 99.9 87.5 99.2 91.3 98.8 99.4 OT374 99.7 87.5 99.2 91.3 98.8 99.4 OT447 99.7 87.5 99.2 91.3 98.8 99.4 DV33 99.9 87.4 99.5 91.1 98.9 99.4 DV142 99.9 87.4 99.5 91.1 98.9 99.4 OV374 99.9 87.4 99.5 91.1 98.9 99.4 DV447 99.9 87.4 99.5 91.1 98~9 99.4 T33 99.7 87.5 99.3 91.3 98.8 99.4 T64 99.7 87.5 99.5 91.3 98.8 99.4 T447 99.7 87.5 99.5 91.3 98.8 99.4 DP33 99.7 87.5 99.7 48.8 99.5 99.4 OP64 99.7 87.5 99.7 91.3 99.6 99.4 DP447 99.7 87.5 99.6 91.3 99.6 99.4 SRAD 99.9 94.3 98.3 94.6 99.3 98.8 VSBY 89.2 87.5 93.3 91.3 99.6 99.4 AIRT 0.0 0.0 0.0 0.0 0.0 0.0 \ YS33 /VD33 IOT142 JOINTLY 93.8 87.4 98.8 91.1 98.1 99.4 VS142/V0142/0T142 JOINTLY 96.2 87.4 98.8 91.1 98.1 99.4 VS374/VD374/DT374 JOINTLY 96.0 87.4 98.8 91.1 98.1 99.4 VS447/VD447/DT447 JOINTLY 94.9 87.4 98.8 91.1 98.1 99.4 VS33 IVD33 IDV33 JOINTLY 93.8 87.4 99.3 91.1 98.9 99.4 VS142/VD142/DV142 JOINTLY 96.2 87.4 99.3 91.1 98.9 99.4 VS374/V0374/0V374 JOINTLY 96.0 87.4 99.3 91.1 98.9 99.4 VS447/V0447/DV447 JOINTLY 94.9 87.4 99.3 91.1 98.9 99.4 1a of 8 August 1989

MNPS-3 FSAR TABLE 2.3-33 MONTHLY

SUMMARY

OF DATA RECOVERY RATES/METEOROLOGICAL SYSTEM DATA PERIOD: 1 JAN 74/0015-31 DEC 74/2315 DATA ACQUISiTIoN" INTERVAL:--MINUTES bO-15 OF EACH HOUR Parameters Jul Aug Sep Oct Nov Dec Annual YS33 94.5 97.7 98.5 98.0 99.2 98.9 96.5 YD33 94.5 98.0 98.5 98.1 99.4 98.9 97.0 YS142 94.5 97.7 98.5 98.0 99.3 98.9 96.7 VD142 94.1 97.7 98.5 98.1 99.4 98.9 97.0 YS374 94.5 96.5 98.5 98.0 99.3 98.9 96.6 \1S374 87.9 94.9 98.5 98.1 99.3 98.9 96.2 YS447 94.5 92.3 96.4 98.0 99.3 98.9 95.9 YD447 87.9 94.5 98.5 98.1 99.4 98.9 96.2 DT142 90.9 92.6 98.5 98.5 98.6 99.1 96.2 DT374 84.9 92.6 98~5 98.5 98.6 99.1 95.7 DT447 81.2 91.8 85.1 98.5 98.6 99.1 94.2 DV33 94.5 98.0 98.5 98.1 99.4 98.9 97.0 DV142 94.1 97.8 98.5 98.1 99.4 98.9 97.0 DV374 87.9 94.9 98.5 98.1 99.4 98.9 96.2 DV447 84.5 94.5 98.5 98.1 97.1 98.9 95.7 T33 94.1 93.3 98.5 98.5 98.6 99.1 96.6 T64 88.6 93.5 98.5 98.5 99.2 99.1 96.2 T447 87.8 92.6 96.4 98.5 98.8 99.1 95.8 OP33 94.5 98.1 98.5 98.5 99.4 99.1 93.7 DP64 88.8 95.2 98.5 98.5 99.4 99.1 96.5 DP447 94.5 90.5 84.6 98.5 92.9 99.1 94.9 SRAD 92.3 98.9 99.3 98.7 99.6 92.5 97.2 VSBY 63.2 98.5 98.5 98.7 99.6 78.6 91.4 AIRT 0.0 0.0 0.0 0.0 0.0 11.0 0.9 \ \1S33 /YD33 IDT142 JOINTLY 90.9 92.1 98.5 98.0 98.3 98.9 95.5 VS142/V0142/DT142 JOINTLY 90.5 91.9 98.5 98.0 98.5 98.9 95.7 VS374/V0374/DT374 JOINTLY 84.9 91.9 98.5 98.0 98.3" 98.9 95.2 VS447/YD447/DT447 JOINTLY 81.2 90.6 85.1 98.0 98.5 98.9 93.6 VS33 IYD33 IOV33 JOINTLY 94.5 97.6 98.5 98.0 99.2 98.9 96.4 VS142/VD142/0V142 JOINTLY 94.1 97.4 98.5 98.0 99.3 98.9 96.6 VS374/VD374/DV374 JOINTLY 87.9" 93.7 98.5 98.0 99.2 98.9 95.7 VS447/VD447/DV447 JOINTLY 84.5 91.9 96.4 98.0 96.9 98.9 94.9 1b of 8 August 1989

MNPS-3 FSAR TABLE 2.3-33 (Cont) DATA PERIOD: 1 JAN 75/0015-31 DEC 75/2315 DATA ACOUfsiTIONINTERVAL: MINUTES 00-15 OF EACH HOUR \ Parameters Jan Feb Mar Apr May Jun \7533 99.2 99.1 99.3 99.7 92.7 98.5 \7D33 99.2 99.1 99.3 99.7 91.5 98.6 \75142 99.2 99.1 99.2 99.7 92.7' 98.5 \70142 99.2 99.1 99.3 99.7 91.5 98.6 \75374 99.2 99.1 99.3 99.7 92.7 98.5 \10374 99.2 99.1 96.8 99.7 91.5 98.5 \1S447 99.2 99.1 99.3 99.7 92.7 98.5 \10447 99.2 99.1 99.3 99.7 91.5 98.5 OT142 99.3 99.1 98.1 98.8 92" 7 96.4 OT374 99.3 99.1 98.1 99.2 92.7 96.4 OT447 99.3 99.1 98.1 98.9 92.7 93.9 OV33 99.2 99.1 99.3 99.7 91.5 98.6 OV142 99.2 99.1 90.1 99.7 91.5 98.6 OV374 99.2 99.1 91.5 98.3 91.5 98.5 OV447 99.2 99.1 99.3 73.6 91.5 98.5 T33 99.3 99.1 98.7 99.4 92.7 96.9 T64 99.3 99.1 99.2 99.2 92.5 98.1 T447 99.3 99.1 99.3 99.6 92.7 93.8 DP33 99.3 99.1 99.2 99.3 91.4 98.2 OP64 95.8 99.1 99.3 99.2 92.7 98.3 OP447 99.3 99.1 99.1 99.6 92.7 98.2 SRAD 99.3 99.1 99.5 99.7 94.4 98.6 V5BY 99.3 91.7 99.5 99.7 93.0 98.6 AIRT 0.0 0.0 0.0 0.0 0.0 0.0 \1533 /V033 /OT142 JOINTLY 99.2 99.1 97.8 98.8 91.4 96.3 \15142/VD142/DT142 JOINTLY 99.2 99.1 97.7 98.8 91.4 96.3 \1S374/V0374/0T374 JOINTLY 99.2 99.1 95.3 99.'2 91.4 96.3 \15447/\70447/0T447 JOINTLY 99.2 99.1 97.8 98.9 91.4 93.8 \1533 IVD33 IDV33 JOINTLY 99.2 99.1 99.2 99.7 91.5 98.5 \15142/VD142/DV142 JOINTLY 99.2 99.1 89.8 99.7 91.5 '98.5 VS374/VD374/0V374 JOINTLY 99.2 99.1 91.4 98.3 91.5 98.3 V5447/VD447/0V447 JOINTLY 99.2 99.1 99.2 73.6 91.5 98.3 2a of 8 August 1989

MNPS-3 FSAR TABLE 2.3-33 (Cont) DATA PERIOD: 1 JAN 75/0015-31 DEC 75/2315 DATA ACQUISITION INTERVAL: MINUTES PO-15 OF EACH HOUR \ Parameters Jul Aug

                                         -Sep  Oct  Nov  Dec Annual VS33                        97.4  99.1   98.3  97.3 96.1 94.4  97.6 VD33                        97.3  99.1   94.7  97.4 96.1 94.4  97.2 VS142                       97.4  99.1   98.3  97.3 96.1 94.4  97.6 .

VD142 97.3 99.1 94.7 97.4 96.1 94.4 97.2 \1S374 97.4 99.1 90.8 97.3 96.1 94.4 97.0 \10374 97.3 99.1 87.2 97.4 96.1 94.4 96.3 \1S447 97.4 99.1 98.3 97.3 96.1 94.4 97.6 \10447 97.3 99.1 94.7 97.4 96.1 94.4 97.2 DT142 97.4 99.2 98.1 96.2 96.1 94.1 97.1 DT374 97.4 99.2 98.1 96.4 96.1 94.1 97.2 DT447 97.4 99.2 98.1 92.5 95.7 94.1 96.6 DV33 97.3 99.1 94.7 97.4 96.1 94.4 97.2 DV142 97.3 99.1 94.7 97.4 96.1 94.4 96.4 DV374 97.3 99.1 87.2 97.4 96.1 94.4 95.8 DV447 97.3 99.1 94.7 97.4 96.1 94.4 95.0 133 97.4 99.2 98.1 96.9 96.1 94.4 97.3 T64 97.0 99.1 97.8 97.3 96.1 94.4 97.4 T447 97.4 99.2 98.1 95.2 95.6 94.2 96.9 DP33 97.4 99.2 94.7 97.0 96.1 94.2 97.1 DP64 97.4 99.1 98.1 97.4 96.1 94.2 97.2 DP447 97.4 99.2 98.1 97.3 96~1 94.2 97.5 SRAo 97.7 99.5 90.7 98.4 96.3 98.0 97.6 VSBY 97.4 99.2 96.1 97.4 98.6 94.2 97.1 AIRT 0.0 0.0 0.0 0.0 0.0 0.0 O~O \1S33 1\1033 IOT142 JOINTLY 97.3 99.1 94.7 96.1 96.1 94.1 96.6 VS142/V0142/0T142 JOINTLY 97.3 99.1 94.7 96.1 96.1 94.1 96.6 \1S374/\10374/0T374 JOINTLY 97.3 99.1 87.2 96.2 96.1 94.1 95.9 \1S447/V0447/0T447 JOINTLY 97.3 9~.1 94.7 92.3 95.7 94.1 96.1 VS33 IVD33 IOV33 JOINTLY 97.3 99.1 94.7 97.3 96.1 94.4 97.2 VS142/Vo142/0V142 JOINTLY 97.3 99.1 94.7 97.3 96.1 94.4 96.4 VS374/V0374/0V374 JOINTLY 97.3 99.1 87.2 97.3 96.1 94.4 95.8 VS447/VD447/DV447 JOINTLY 97.3 99.1 94.7 97.3 96.1 94.4 95.0 2b of 8 August 1989

MNPS-3 FSAR TABLE 2.3-33 (Cont) DATA PERIOD: 1 JAN 76/0015-31 DEC 76/2315 DATA ACQUISITION INTERVAL: MINUTES 00-15 OF EACH HOUR Parameters Jan Feb Mar Apr May Jun VS33 90.2 95.7 93.7- 98.1 97.4 92.6 V033 90.2 98.7 93.8 98.1 97.4 92.5 VS142 90.2 95.7 . 93.7 98.1 97.4 92.6 \10142 90.2 98.7 93.8 98.1 97.4 92.5 \15374 91.1 95.7 93.7 98.1 97.4 92.6 \15374 90.2 98.7 93.8 98.1 97.4 92.5 Y5447 90.2 95.7 93.4 98.1 97.4 92.6 \10447 90.2 98.7 93.8 98.1 97.4 92.5 OT142 86.7 98.7 93.3 97.5 97.4 91.9 OT374 86.7 98.7 93.3 97.5 97.4 91.9 OT447 86.7 98.7 93.3 97.5 97.4 91.9 OV33 90.2 98.7 93.8 98.1 97.4 92.5 DV142 90.2 98.7 89.8 98.1 97.4 92.5 OV374 90.2 98.7 93.8 98.1 97.4 92.5 OV447 90.2 98.7 93.8 98.1 97.4 92.5 T33 86.8 98.7 93.5 97.5 97.4 92.5 T64 86.8 98.7 94.1 97.9 97.4 92.5 T447 86.8 98.7 94.0 97.4 97.4 92.6 OP33 86.8 98.7 89.4 97.9 97.4 92.9 DP64 86.7 95.7 89.4 97.9 97.4 92.9 OP447 86.7 95.7 89.4 97.4 97.4 89.0 SRAO VSBY 96.4 90.2 92.3 98.7 95.8 94.2 98.3 98.1 98.5 97.4 95.3 93.6 I AIRT 0.0 0.0 0.0 0.0 0.0 0.0 I Y533 /V033 /OT142 JOINTLY 86.7 95.7 92.7 97.5 97.4 91.5 Y5142/\10142/0T142 JOINTLY 86.7 95.7 92.7 97.5 97.4 91.5 \15374/V0374/0T374 JOINTLY 86.7 95.7 92.7 97.5 97.4 91.5 Y54471\10447/0T447 JOINTLY 86.7 95.7 92.5 97.5 97.4 91.5 \1533 1\1033 IOV33 JOINTLY 90.2. 95.7 93.7 98.1 97.4 92.4 Y5142/V0142/0V142 JOINTLY 90.2 95.7 89-.7 98.1 97.4 92.4 VS374/\10374/0V374 JOINTLY 90.2 95.7 93.7 98.1 97.4 92.4 VS447/V0447/DV447 JOINTLY 90.2 95.7 93.4 98.1 97.4 92.4 3a of 8 August 1989

MNPS-3 FSAR TABLE 2.3-33 (Cont) DATA PERIOD: 1 JAN 76/0015-31 DEC 76/2315 DATA ACQUISITION INTERVAL: MINUTES 00-15 OF EACH HOUR Parameters Jul Aug Sep Oct Nov Dec Annual YS33 99.7 94.9 88.5 97.6 97.9 97.6- 95.3 Y033 99.7 94.9 88.5 97.6 97.9 97.6 95.6 YS142 99.7 94.9 88.5 97~6 97.9 97.6 95.3 lJD142 99.7 94.9 88.5 98.1 89.2 97.6 94.9 \75374 99.7 94.9 88.5 97.6 97.9 97.6 95.4 lJ5374 99.7 94.9 88.5 98.1 97.9 97.4 95.6 lJS447 99.7 94.9 88.5 97.6 97.9 97.6 95.3 lJD447 99.7 94.9 88.5 98.1 97.9 97.6 95.6 DT142 99.7 94.9 88.5 93.0 97.9 96.9 94.7 OT374 99.7 94.9 88.5 93.0 97.9 96.9 94.7 DT447 99.7 94.9 88.5 93.0 97.9 96.9 94.7 DV33 99.7 94.9 88.5 97.6 97.9 93.1 95.2 DV142 99.7 94.9 88.5 98.1 89.2 93.1 94 ..2 OV374 99.7 94.9 88.5 98.1 97.9 93.0 95.2 OV447 99.7 94.9 88.5 98.1 97.9 93.1 95.2 T33 99.7 94.9 88.5 95.7 97.9 96.9 95.0 T64 99.7 94.9 88.5 96.4 97.9 97.3 95.2 T447 99.7 94.9 88.3 97.0 97.9 97.2 95.2 OP33 99.7 94.9 88.3 94.4 97.9 97.2 94.6 OP64 99.7 94.9 88.5 94.5 97.9 97.3 94.4 OP447 99.7 80.6 88.5 94.4 96.7 95.8 92.6 SRAD 60.1 96.8 87.6 97.3 96.3 79.6 91.2 VSBY 57.1 95.2 88.8 98.8 97.9 71.2 90.0 AIRT 0.0 95.3 88.8 99.1 98.5 98.7 40.2 lJS33 IlJD33 IOT142 JOINTLY 99.7 94.8 88.5 92.5 97.9 96.9 94.3 VS142/'fJD142/DT142 JOINTLY 99.7 94.8 88.5 92.7 89.2 96.9 93.6 VS374/'fJ0374/0T374 JOINTLY 99.7 94.8 88.5 92.7 97.9 96.8 94.3 VS447/VD447/DT447 JOINTLY 99.7 94.8 88.5 92.7 97.9 96.9 94.3 YS33 IVD33 IOV33 JOINTLY 99.7 9/*. 8 88.5 96.9 97.9 93.1 94.9 VS142/VD142/0V142 JOINTLY 99.7 94.8 88.5 97.4 89.2 93.1 93.9 VS374/V0374/0V374 JOINTLY 99.7 94.8 88.5 97.4 97.9 93.0 94.9 VS447/VD447/DV447 JOINTLY 99.7 94.8 88.5 97.4 97.9 93.1 94.9 3b of 8 August 1989

MNPS-3 FSAR TABLE 2.3-33 (Cant) DATA PERIOD: 1 JAN 77/0015-31 DEC 77/2315 DATA ACQUISITION INTERVAL: MINUTES 00-15 OF EACH HOUR Parameters Jan Feb Mar Apr May Jun VS33 99.6 98.8 92.5 98.1 94.1 98.5 VD33 99.6 98.8 92.6 98.1 94.1 98.8 V5142 99.6 98.8 92.5 98.1 94.1 98.5 VD142 99.6 98.8 92.6 98.1 94.1 98.6 VS374 99.6 98.8 92.5 98.1 94.1 98.8 \1S374 99.6 98.8 92.5 98.1 94.1 98.8 lrlS447 99.6 98.8 92.5 98.1 94.1 98.6 lrlD447 88.3 98.8 92.6 98.1 94.1 98.6 OT142 99.2 98.8 91.8 98.1 94.0 97.6 OT374 99.5 98.8 91.8 98.1 94.0 97.6 DT447 89.2 96.9 91.8 98.1 94.0 97.6 OV33 99.6 98.8 92.6 98.1 94.1 98.8 DV142 99.6 98.8 92.6 98.1 94.1 98.6 DV374 99.6 98.8 92.5 98.1 94.1 98.8 OV447 71.8 98.8 92.6 98.1 94.1 98.6 T33 99.2 98.8 92.3 98.1 94.0 98.1 T64 99.6 98.8 92.3 98.1 94.0 98.3 T447 89.4 96.9 92.5 98.1 94.0 98.3 OP33 99.6 98.8 92.5 98.1 94.0 98.3 DP64 99.6 98.8 92.5 98.1 94.0 98.3 DP447 97.4 96.3 92.5 98.1 94.0 98.3 SRAD 98.5 96.9 91.0 97.9 96.2 98.2 VSBY 99.6 87.6 96.0 98.1 94.0 97.9 AIRT 99.7 99.3 93.1 98.3 94.2 99.3 1 lrlS33 IV033 IOT142 JOINTLY 99.2 98.8 91.5 98.1 94.0 97.5 VS142/VD142/0T142 JOINTLY 99.2 98.8 91.5 98.1 94.0 97.5 V5374/V0374/0T374 JOINTLY 99.5 98.8 91.5 98.1 94.0 97.6 VS447/VD447/DT447 JOINTLY 78.0 96.9 91.5 98.1 94.0 97.4 V533 IVD33 IOV33 JOINTLY 99.6 98.8 92.3 98.1 94.1 98.5 V5142/VD142/DV142 JOINTLY. 99.6 98.8 92.3 98.1 94.1 98.5 VDS74/V0374/DV374 JOINTLY 99.6 98.8 92.3 98.1 94.1 98.8 V5447/VD447/0V447 JOINTLY 71.8 98.8 92.3 98.1 94.1 98.5 4a of 8 August 1989

MNPS-3 FSAR TABLE 2.3-33 (Cant) DATA - PERIOD:

        .. --- -~-

1 JAN 77/0015-31 DEC 77/2315 DATA ACQUISITION INTERVAL: MINUTES 00-15 OF EACH HOUR Parameters Jul Aug Sep Oct Nov Dec Annual VS33 98.9 96.8 98.9 99.5 96.8 98.9 97.6 VD33 98.9 93.0 98.8 99.5 96.8 99.1 97.3 VS142 98.9 96.8 98.9 99.5 96.8 98.9 97.6 \1D142 98.9 96.8 98.9 99.5 96.8 99.1 97.6 \15374 98.9 96.8 98.9 99.5 96.8 98.9 . 97.6 VS374 98.9 96.8 98.8 99.5 96.8 99.1 97.6 \15447 98.9 96.8 98.9 99.5 96.8 98.9 97.6 WD447 98.9 96.8 98.8 99.5 96.8 99.1 96.7 DT142 98.9 96.9 97.5 99.5 96.8 98.5 97.3 DT374 98.9 96.9 94.6 99.5 96.8 98.5 97.1 DT447 98.9 96.9 97.6 99.5 96.8 98.5 96.3 DV33 98.9 93.0 98.8 99.5 96.8 99.1 97.3 DV142 98.9 96.8 98.9 99.5 96.8 99.1 97.6 DV374 98.9 96.8 98.8 99.5 96.8 99.1 97.6 DV447 98.9 . 96.8 98.8 99.5 96.8 99.1 95.3 T33 98.9 96.9 97.6 99.6 96.8 98.5 97.4 T64 99.1 96.9 98.5 99.6 96.8 98.7 97.5 T447 98.9 96.9 98.6 99.6 96.8 98.7 96.5 DP33 98.9 96.9 98.8 99.5 96.8 99.1 97.6 DP64 99.1 96.9 98.6 99.5 96.8 98.5 97.5 DP447 98.9 96.2 93.3 99.5 96.8 98.8 96.7 SRAD 98.9 98.1 97.4 99.2 96.1 98.8 97.3 VSBY 99.2 96.9 99.0 99.5 96.8 99.2 97.-0 AIRT 99.5 97.0 99.3 99.9 100.0 99.6 98.3 VS33 IVD33 IOT142 JOINTLY 98.9 93.0 97.5 99.3 96.8 98.4 96.9 VS142/VD142/0T142 JOINTLY 98.9 96.8 97.5 99.3 96.8 98.4 97.2 VS374/YD374/DT374 JOINTLY 98.9 96.8 94.6 99.3 96.8 98.4 97.0 VS447/VD447/0T447 JOINTLY 98.9 96.8 97.6 99.3 96.8 98.4 95.3 VS33 IYD33 IOV33 JOINTLY 98.9 93.0 98.6 99.5 96.8 98.9 97.2 VS142/V0142/DV142 JOINTLY 98.9 96.8 98.8 99.5 96.8 98.9 97.6 VDS74/Y0374/0V374 JOINTLY 98.9 96.8 98.8 99.5 96.8 98.9 97.6 YS447/VD447/0V447 JOINTLY 98.9 96.8 98.6 99.5 96.8 98.9 95.2 4b of 8 August 1989

MNPS-3 FSAR TABLE 2.3-33 (Cont) DATA PERIOD: 1 JAN 78/0015-31 DEC 78/2315 DATA ACQUISITION INTERVAL: MINUTES 00-15 OF EACH HOUR Parameters Jan Feb Mar Apr May Jun YS33 99.9 90.3 98.4 99.4 99.6 98.8 Y033 99.9 90.3 98.3 99.4 99.6 98.9

 \1S142                        99.9     90.3"  98.4    99.4 99.6    98.8 Y0142                         99.9     90.3   98.3    99.4 99.6    98.9
 \18374                        99.9     90.3   98.4    99.4 99.6    98.8
 \15374                        96.9     90.3   98.3    99.4 99.6    98.8
 \18447                        99.9     90.3   98.4    99.4 99.6    98.8"
 \10447                        98.1     90.3   98.3    99.4 99.6    98.9

. DT142 99.9 90.3 87.6 99.4 99.2 98.2 DT374 99.9 90.3 88.8 99.4 99.2 98.2 DT447 99.9 90.3 88.6 99.4 99.2 98.2 DV33 99.9 90.3 98.3 99.4 99.6 98.9 DV142 99.9 90.3 98.3 99.4 99.6 98.9 DV374 96.9 90.3 98.3 99.4 99.6 98.8 DV447 98.1 90.3 98.3 99.4 99.6 98.9 T33 99.9 90.3 89.5 99.4 99.5 98.9 T64 99.9 90.3 79.0 98.1 99.3 99.0 T447 99.9 90.3 89.8 99.4 99.5 98.8 DP33 99.9 90.3 89.1 99.4 99.6 98.8 DP64 99.9 90.3 83.3 99.4 99.6 98.8 DP447 99.9 90.3 89.1 99.4 99.6 97.8 SRAO 95.8 89.6 95.6 99.4 99.6 89.0 VSBY 91.0 88.8 87.1 98.1 99.6 98.9 AIRT 100.0 90.9 99.1 99.9 99.9 99.7 1

 \1533 1\1033 IDT142 JOINTLY   99.9     90.3   87.4    99.4 99.2    97.9
 \1S1421\10142/DT142 JOINTLY   99.9     90.3   87.4    99.4 99.2    97.9
 \1S374/YS374/DT374  JOINTLY   96.9     90.3   88.6    99.4 99.2    97.9
 \1S4471\10447/DT447 JOINTLY   98.1     90.3   88.3 . 99.4 99.2    97.9
 ~S33 IV033 IOV33    JOINTLY   99.9     90.3   98.3    99.4 99.6    98.6 YS142/V0142/DV142   JOINTLY   99.9     90.3   98.3    99.4 99.6    98.6 YS374/VS374/DV374   JOINTLY   96.9     90.3   98.3    99.4 99.6    98.5 VS447/V0447/DV447   JOINTLY   98.1     90.3   98.3    99.4 99.6    98.6 5a of 8                  August 1989

MNPS-3 FSAR TABLE 2.3-33 (Cont) DATA PERIOD: 1 JAN 78/0015-31 DEC 78/2315 DATA ACQUISITION INTERVAL: MINUTES 00-15 OF EACH HOUR Parameters Jul Aug Sep Oct Nov Dec Annual YS33 79.7 96.0 90.8 99.6 98.8 91.5 95.3 YD33 79.7 94.9 91.4 99.6 98.8 91.4 95.2 YS142 79.7 96.0 91.4 99.6 98.8 91;5 95.3 YD142 79.7 96.0 91.1 99.6 98.8 90.7 95.2 V5374 79.7 96.0 91.4 99.6 98.8 91.5 95.3 YS374 79.7 96.0 90.7 99.6 98.8 90.6 94.9 YS447 79.7 96.0 91.4 99.6 98.8 91.5 95.3 VD447 79.7 91.8 88.6 93.4 98.8 90.6 94.0 OT142 79.7 96.0 90.4 99.6 98.8 90.9 94.2 DT374 79.7 96.0 90.1 99.6 98.8 90.9 94.2 OT447 79.7 96.0 90.4 99.6 98.8 90.9 94.2 OV33 79.7 94.9 91.4 99.6 98.8 91.4 95.2 DV142 79.7 96.0 91.1 99.6 98.8 90.7 95.2 OV374 79.7 96.0 90.7 99.6 98.8 90.6 94.9 OV447 79.7 91.8 88.6 93.4 98.8 90.6 94.0 T33 79.7 95.8 91.0 99.6 98.8 91.4 94.5 T64 79.7 96.0 91.0 99.6 98.8 87.2 93.1 T447 79.7 96.0 91.0 99.6 98.8 91.3 94.5 OP33 79.7 96.0 66.0 99.6 98.8 91.4 92.4 OP64 79.7 96.0 67.4 99.6 98.8 91.4 92.0 OP447 79.7 96.0 86.9 99.6 98.8 91.5 94.1 SRAO 80.0 95.8 93.1 91.8 98.1 89.7 93.1 V5BY 79.7 96.0 91.4 99.6 98.8 83.5 92.7 AIRT 80.0 96.1 91.9 99.7 99.0 92.2 95.7 t VS33 IYD33 IOT142 JOINTLY 79.7 94.9 89.7 99.6 98.8 90.7 94.0 VS142/VD142/0T142 JOINTLY 79.7 96.0 90.1 99.6 98.8 90.1 94.0 VS374/YS374/0T374 JOINTLY 79.7 96.0 89.6 99.6 98.8 89.9 93.8 VS447/VD447/0T447 JOINTLY 79.7 91.8 87.9 93.4 98.8 89.9 92.9 VS33 IVD33 IOV33 JOINTLY 79.7 94.9 90.7 99.6 98.8 91.4 95.1 VS142/VD142/DV142 JOINTLY 79.7 96.b 91.0 99.6 98.8 90.7 95.2 VS374/YS374/0V374 JOINTLY 79.7 96.0 90.6 99.6 98.8 90.6 94.9 VS447/VD447/0V447 JOINTLY 79.7 91.8 88.5 93.4 98.8 90.6 93.9 5b.of 8 August 1989

MNPS-3 FSAR TABLE 2.3-33 (Cont) DATA PERIOD: 1 JAN 79/0015-31 DEC 79/2315 DATA ACQUISITION INTERVAL: MINUTES 00-15 OF EACH HOUR Parameters Jan Feb Mar Apr May Jun \7S33 97.2 99.0 97.2 94.3* . 98.3 98.2 VD33 97.2 99.0 97.3 94.4 98.3 98.2 VS142 97.2 99.0 96.8 94.4 98.3 98.2 \7D142 97.2 99.0 96.9 94.4 98.3 98.2 VS374 97.2 99.0 97.0 94.4 98.3 98.2 VS374 97.2 99.0 97.2 94.4 98.3 98.2 VS447 97.2 99.0 96.9 89.9 98.3 98.2 VD447 97.2 99.0 97.4 94.4 98.0 98.2 OT142 97.0 99.0 95.4 94.4 97.8 98.1 OT374 97.0 99.0 95.4 94.4 97.8 98.1 OT447 96.9 99.0 95.4 94.4 97.8 98.1 OV33 97.2 99.0 97.3 94.4 98.3 98.1 OV142 97.2 99.0 96.9 94.4 98.3 98.2 OV374 97.2 99.0 97.2 94.4 98:3 98.2 I DV447 97.2 99.0 97.4 94.4 98.0 98.2 T33 97.2 99.0 95.8 94.4 97.8 98.2 T64 97.2 99.0 97.4 94.4 98.1 98.2 T447 97.2 99.0 97.3 94.4 97.8 98.1 DP33 97.2 99.0 97.3 94.4 98.1 98.1 DP64 97.2 99.0 97.0 94.4 98.0 98.1 OP447 97.2 99.0 94.5 93.6 97.8 98.1 SRAO 92.1 98.5 97.4 78.1 98.3 ,98.2 VSBY 97.2 95.4 97.4 94.4 98.3 83.8 AIRT 97.8 99.9 98.5 94.9 99.3 99.0 \7S33 /\7033 IOT142 JOINTLY 97.0 99.0 95.4 94.3 97.8 98.1 VS142/V0142/0T142 JOINTLY 97.0 99.0 95.4 94.4 97.8 98.1 YS374/VD374/DT374 JOINTLY 97.0 99.0 95.4 94.4 97.8 98.1 VS447/YD447/DT447 JOINTLY .96.9 99.0 95.4 89.9 97.8 98.1 VS33 1\7033 IOV33 JOINTLY 97~2 99.0 97.2 94.3 98.3 98.1 VS142/VD142/0V142 YS374/VD374/DV374 JOINTLY JOINTLY 97.2 97.2 99.0 99.0 96.8 96.9 94.4 94.4 98.3 98.3 98.2 98.2 1 VS447/Y0447/DV447 JOINTLY 97.2 99.0 96.9 89.9 98.0 98.2 6a of 8 August 1989

HNP5-3 F5AR TABLE 2.3-33 (Cont) DATA PERIOD: 1 JAN 79/0015-31 DEC 79/2315 OATA AGQUI5ITION INTERVAL: MINUTE5 00-15 OF EACH HOUR Parameters Jul Aug 5ep Oct Nov Dec Annual V533 96.1 86.3 98~9 95.2 98.2 96.9 96.3 V033 96.i 86.0 98.9 95.2 98.3 92.5 95.9 V5142 96.1 91.0 98.9 95.2 98.2 96.9 96.6 V0142 96.1 91.0 98.9 95.2 98.3 96.9 96.7 V5374 96.1 91.0 98.9 95.2 83.1 96.9 95.4 V5374 96.1 91.0 98.9 95.2 98.3 96.9 96.7 \ V5447 96.1 85.5 98.9 95.2 98.2 96.9 95.8 V0447 96.1 85.5 98.9 95.2 98.3 96.9 96.2 DT142 96.1 88.7 98.9 95.0 98.3 96.9 96.3 OT374 96.1 72.7 98.9 95.0 98.3 96.9 94.9 OT447 96.1 88.7 98.9 84.7 98.3 96.9 95.4 DV33 96.1 86.0 98.9 95.2 98.3 92.5 95.9 OV142 96.1 91.0 98.9 95.2 98.3 96.9 96.7 OV374 96.1 91.0 98.9 95.2 98.3 96.9 96.7 OV447 96.1 85.5 98.9 95.2 98.3 96.9 96.2 T33 96.1 89.1 98.8 95.2 98.3 96.9 96.4 T64 96.1 90.5 98.9 95.2 98.3 96.9 96.7 T447 96.1 91.0 98.8 95.0 98.3 96.9 96.6 OP33 96.1 93.0 98.9 95.0 98.3 96.9 96.8 OP64 96.1 92.9 98.9 95.0 98.3 96.9 96.8 OP447 96.1 72.4 98.9 95.0 98.3 96.9 94.8 SRAO 96.1 63.0 98.9 95.2 98.3 96.9 92.5 V5BY 89.1 75.4 98.9 95.0 98.3 75.3 91.5 AIRT 96.9 84.8 99.7 99.2 99.2 98.7 97.3 V533 IVD33 IOT142 JOINTLY 96.1 79.2 98.9 95.0 98.2 92.5 95.1 V5142/V0142/0T142 JOINTLY 96.1 82.9 98.9 95.0 98.2 96.9 95.8 \15374/Y0374/0T374 JOINTLY 96.1 67.1 98.9 95.0 83.1 96.9 93.2 Y54471\10447/0T447 JOINTLY 96.1 79.2 98.9 84.7 98.2 96.9 94.2 \1533 IY033 IOV33 JOINTLY 96.1 86.0 98.9 95.2 98.2 92.5 95.9 VS142/VD142/DV142 JOINTLY 96.1 91.0 98.9 95.2 98.2 96.9 96.6 Y5374/VD374/0V374 JOINTLY 96.1 91.0 98.9 95.2 83.1 96.9 95.4 \15447/Y0447/0V447 JOINTLY 96.1 85.5 98.9 95.2 98.2 96.9 95.8 6b of 8 August 1989

MNPS-3 FSAR TABLE 2.3-33 (Cont) DATA PERIOD: 1 JAN 8010015-31 DEC 80/2315 DATA ACQUISITION INTERVAL: MINUTES 00-15 OF EACH HOUR Parameters Jan Feb Mar Apr May Jun \1S33 96.2 89.1 91.7 99.2 95.2 95.6 \1D33 96.2 89.1 91.6 99.2 95.2 95.7 \1S142 96.2 89.1 91.7 99.2 95.2 95.8 \1D142 96.2 89.1 91.7 99.2 95.2 95.7 \1S374 96.2 89.1 82.5 99.2 95.0 95.7 \10374 9().2 89.1 91.7 99.0 95.2 95.7 \1S447 95.0 89.1 87.6 90.7 95.2 95.6 1 \10447 96.2 89.1 91.7 90.7 95.2 95.7 DT142 96.2 89.1 91.7 99.2 95.2 92.1 DT374 96.2 85.5 91.7 99.2 95.2 92.1 DT447 96.2 89.1 91.7 99.2 95.2 92.1 DV33 96.2 89.1 91.7 99.2 95.2 95.7 DV142 96.2 89.1 91.5 99.2 95.2 95.7 DV374 96.2 89.1 91.5 99.2 95.2 95.7 DV447 96.2 89.1 91.5 90.7 95.2 95.7 T33 96.2 89.1 91.7 99.2 95.2 92.4 T64 96.2 86.1 87.6 99.2 95.2 92.6 T447 96.2 89.1 91.7 99.2 95.2 92.4 DP33 96.2 89.1 91.5 99.2 95.2 92.5 DP64 96.2 89.1 91.7 99.2 95.2 92.2 DP447 96.2 89.1 91.5 99.2 95.2 92.4 SRAO 96.2 83.0 36~6 99.2 95.2 95.4 VSBY 96.2 89.1 90.5 97.8 95.2 95.8 AIRT 96.5 99.1 92.7 99.4 95.6 96.1 YS33 IY033 IOT142 JOINTLY 96.2 89.1 91.7 99.2 95.2 91.9 YS142/V0142/DT142 JOINTLY 96.2 89.1 91.7 99.2 95.2 92.1 YS374/VD374/0T374 JOINTLY 96.2 85.5 82.5 99.0 95.0 91.9 YS447/VD447/DT447 JOINTLY 95.0 89.1 87.6 90.7 95.2 91.9 V533 IVD33 IDV33 JOINTLY 96.2 89.1 91.7 99.2 9"5.2 95.6 \1S142/VD142/0V142 JOINTLY 96.2 89.1 91.5 99.2 95.2 95.7 V5374/YD374/DV374 JOINTLY 96.2 89.1 82.4 99.0 95.0 95.6 VS447/VD447/0V447 JOINTLY 95.0 89.1 87.5 90.7 95.2 95.6 7a of 8 August 1989

MNPS-3 FSAR TABLE 2.3-33 (Cont) DATA PERIOD: 1 JAN 8010015-31 DEC 80/2315 DATA ACQUISITION INTERVAL: MINUTES 00-15 OF EACH HOUR Parameters Jul Aug Sep Oct Nov Dec Annual VS33 90.7 94.2 89.2 87.5 93.3 95.8 93.1 \1D33 90.7 81.5 89.2 97.8 93.3 94.1 92.0 \15142 90.7 92.7 89.2 97.6 93.3 93.4 92.9 V0142 90.7 83.1 89.2 87.8 93.3 93.4 92.0 \15374 90.7 92.7 89.2 87.8 93.3 95.8 92.3 VD374 90.7 93.1 89.2 87.8 93.3 95.8 93.1 \1S447 90.7 92.6 89.2 87.6 93.3 95.8 91.9 V0447 90.7 90.5 89.2 87.8 93.3 . 95.8 92.2 OT142 90.7 91.9 89.2 87.0 93.1 95.7 92.6 OT374 90.7 94.9 89.2 87.1 93.1 95.7 92.6 DT447 90.7 91.7 89.2 87.1 93.1 95.8 92.6 OV33 90.7 81.5 89.2 87.6 93.3 71.8 90.1 DV142 90.7 85.1 89.2 87.8 93.3 93.4 92.2 DV374 90.7 93.0 89.2 87.6 93.3 93.4 92.9 DV447 90.7 90.5 89.2 87.6 93.3 95.8 92.1 T33 90.7 83.3 89.2 87.8 93.3 93.4 91.8 T64 90.7 83.5 89.2 87.6 93.3 95.8 91.4 T447 90.7 91.4 89.2 87.2 93.1 93.4 92.4 OP33 90.7 80.9 89.2 87.2 93.1 93.4 91.5 OP64 90.7 93.1 89.2 87.0 93.1 93.4 92.5 OP447 90.7 89.8 89.2 87.2 93.1 93.4 92.2 SRAD 90.5 82.1 89.2 87.2 93.1 93.4 86.7 VSBY 89.4 50.9 46.8 87.2 93.1 93.4 85.5 AIRT 91.4 96.8 89.6 87.4 94.3 93.8 94.4 V533 I\1D33 IDT142 JOINTLY 90.7 80.2 89.2 86.7 93.1 94.0 91.4 \1S142/Y0142/0T142 JOINTLY 90.7 81.6 89.2 86.8 93.1 93.3 91.5 VS374/\10374/DT374 JOINTLY 90.7 92.6 89.2 87.1 93.1 95.7 91.6 \1S4471\10447/0T447 JOINTLY 90.7 89.5 89.2 87.0 93.1 95.8 91.2 VS33 IV033 IDV33 JOINTLY 90.7 81.3 89.2 87.4 93.3 71.8 90.0 VS142/V0142/0V142 JOINTLY 90.7 82.5 89.2 87.6 93.3 93.4 92.0 VS374/VD374/DV374 JOINTLY 90.7 92.6 89.2 87.6 93.3 93.4 92.0 VS4471\1D447/0V447 JOINTLY 90.7 89.5 89.2 87.5 93.3 95.8 91.6 t 7b of 8 August 1989

MNP5-3 F5AR TABLE 2.3-33 (Cont) OATA PERIOD: 1 JAN 81/0015-31 OEC 81/2315 OATA ACQUISITION INTERVAL: MINUTES 00-15 OF EACH HOUR Parameters Jan Feb Mar Apr May Jun V533 94.5 97.2 98.3 97.4 97.8 96.1 \1033 94.5 82.9 98.3 97.4 97.8 96.1 \15142 94.5 97.2 98.3 97.4 94.8 96.1 V0142 94.5 97.2 98.3 97.4 97.8 96.1 \1S374 94.5 97.2 98.3 97.4 97.8 96.1 Y5374 94.5 97.2 98.3 97.4 97.8 96.1 VS447 94.5 97.2 98.3 97.4 97.8 96.1 Y0447 94.5 97.2 98.3 97.4 97*8 96.1 OT142 94.5 96.3 98.3 97.4 97.8 96.1 OT374 94.5 96.3 98.3 97.4 97.8 96.1 OT447 94.5 96.3 98.3 97.4 97.8 96.1 DV33 94.5 82.9 98.3 97.4 97.8 96.1 OV142 94.5 97.2 98.3 97.4 97.8 96.1 OV374 94.5 97.2 98.3 97.4 97.7 96.1 OV447 94.5 97.2 98.3 97.4 97.4 96.1 T33 94.5 96.3 98.3 97.4 97.8 96.1 T64 94.5 96.3 98.3 97.4 97.8 96.1 T447 94.5 96.3 98.3 97.4 97.8 96.1 OP33 94.5 96.1 97.3 97.4 97.8 96.1 DP64 94.5 95.8 97.3 97.4 97.8 96.1 DP447 94.5 92.7 97.3 97.4 97.8 96.1 SRAO 94.5 97.2 98.3 97.4 97.8 96.1 V5BY 94.5 69.3 98.1 97.4 97.8 96.1 AIRT 94.9 98.1 98.9 98.8 99.7 96.9 \1S33 IVD33 IOT142 JOINTLY 94.5 82.0 98.3 97.4 97.8 96.1 Y51421\10142/0T142 JOINTLY 94.5 96.3 98.3 97.4 94.8 96.1 YS374/VD374/0T374 \1S4471\10447/0T447 JOINTLY JOINTLY 94.5 94.5 96.3 96.3 98.3 98.3 97.4 97.4 97.8 97.8 96.1 96.1 I \1S33 IV033 IOV33 JOINTLY 94.5 82*9 98.3 97.4 97.8 96.1 VS142/VD142/DV142 JOINTLY 94.5 97.2 98.3 97.4 94.8 96.1 \15374/Y0374/0V374 JOINTLY 94.5 97.2 98.3 97.4 97.7 96.1 VS447/V0447/0V447 JOINTLY 94.5 97.2 98.3 97.4 97.4 96.1 8a of 8 August 1989

MNPS-3 FSAR TABLE 2.3-33 (Cont) DATA PERIOD: 1 JAN 81/0015-31 DEC 81/2315 DATA ACQUISITION INTERVAL: MINUTES 00-15 OF EACH HOUR Parameters Jul Aug Sep Oct Nov Dec Annual Y533 93.5 94.0 87.4 91.7 93.8 97.3 94.9 Y033 93.5 94.0 87.4 91.7 93.8 97.3 93.8 Y5142 93.5 94.0 87.2 91.7 93.8 97.3 94.6 Y0142 93.5 94.0 87.4 91.7 93.8 97.3 94.9 YS374 93.5 94.0 87.4 91.7 93.8 97.3 94.9 TJS374 93.5 94.0 87.4 91.7 93.8 97.3 94.9 Y5447 93.5 94.0 87.4 91.7 93.8 97.3 94.9

\10447                     93.5  94.0    87.4   91.7 93.8 97.3   94.9 DT142                      93.5  93.7    87.4 90.6   93.6 97.2   94.7 DT374                      93.5  93.7    87.4 91.5   93.6 97.2   94.8 DT447                      93.5  93.7    87.4 ' 91.5 93.6 97.2   94.8 DV33                       93.5  93.8    87.2 91.7   93.8 97.3   93.8 DV142                       93.5  94.0    87.4   91.7 93.8 97.3   94.9 DV374                       93.3  94.0    87.4   91.4 93.8 97.3   94.8 DV447                       93.4  93.8    87.2   91.3 93.8 97.0   94.8 T33                         93.5  94.0    87.4   91.7 93.6 97.3   94.8 T64                         93.5  94.0    87.4   91.7 93.6 97.2   94.8 T447                        93.5  93.7    87.4   91.5 93.6 97.2   94.8 DP33                        93.5  93 . .7 87.4   91.4 93.8 97.2   94.7 DP64                        93.5  93.7    87.4   91.5 93.8 97.2   94.7 DP447                       93.5  93.7    87.4   91.5 93.8 97.0   94.4 SRAD                       93.5  93.7    87.4   91.5 93.8 97.2   94".9 VSBY                        93.5  93.7    87.4   91.5 93.8 97.0   92.7 AIRT                        94.2  93.7    93.1   32.9 98.6 96.9   91.3

\1533 1\1033 IOT142 JOINTLY 93.5 93.7 87.4 90.6 93.6 97.2 93.6 \1S142/VD142/0T142 JOINTLY 93.5 93.7 87.2 90.6 93.6 97.2 94.4 TJS374/VD374/0T374 JOINTLY 93.5 93.7 87.4 91.5 93.6 97.2 94.8 \1S447/VD447/0T447 JOINTLY 93.5 93.7 87.4 91.5 93.6 97.2 94.8 \1533 1\1033 IOV33 JOINTLY 93.5 93.8 87.2 91.7 93.8 97.3 93.8 \1S142/V0142/0V142 JOINTLY 93.5 94.0 87.2 91.7 93.8 97.3 94.6 VS374/VD374/0V374 JOINTLY 93.5 94.0 87.4 91.4 93.8 97.3 94.8 VS447/YD447/0V447 JOINTLY 93.4 93.8 87.2 91.3 93.8 97.0 94.8 8b of 8 August 1989

fwtN PS- 3 FSAR TABLE 2.4-1 CONNECTICUT PUBLIC WATER SUPPLIES WITHIN 20 MILES OF MILLSTONE 3* System Owner Community Popul a t ion Type of Served Served Supply Treatm ent Provided Evergr een Traile r Park CI i n t on Gui Iford-C hester Div., Conn. Water Co. 303 G CI inton 46,383 M CI, pH, P, r r, 1M Colche ster Water Depart ment Colche ster Top Hil I Apartm ents 4,000 G CI, pH, 1M Westc hester Hills Apartm ents Co Ichest er 200 G CI, Colche ster 1M Westc hester Villag e 224 G P Colche ster 100 G Lake Hayward Water Company East Haddam Dodget bwn House Apartm ents 1,600 G East Lyme Water Commi ssion East Lyme 240 G pH East Lyme 7,820 G pH, P Black Point Water Company East Lyme F, Green Val ley Lakes ** G Herita ge Cove Condom inium East Lyme 120 G I,., Essex 171 G pH, C I, P EST Divisi on, SCWA*** Groton Groton Long Pt. Assn. Water Dept. 1,000 G Groton 2,500 C Groton Water Depart ment Groton 32,600 Noank Fire Distri ct S F, C I, pH Groton 2,500 C New London Subma rine Base Groton 16,000 C CI Pinewo od Estate s Water Company Gu i I fo rd 168 CLR, Inc. (Valle y Shores ) G Gu i I ford 240 G Leetes Island Gui I ford 400 G Quonni paug Hills GlI i I ford 240 G Avery Hill Water Assoc iation Ledya rd 150 BAR Divisi on. SCWA G C I, pH Le dya rd 270 G FVH Divisi on, SCWA t.edya rd 300 G Pheasa nt Run Apartm ents Ledya rd 111 11 G Heritage Apartments t.ecya rd 100 G Ledyard Vii lage Homeo~ners Assn. tedya rd 184 G Lifetim e Home, Inc. (The Highla nds) Ledya rd 3,000 G CI, pH TWR DiVisi on SCWA Ledya rd 2,040 G pH Fort Shanto ck Manor Apartm ents Montv ille 120 Montv ille Divisi on SCWA G 1'1ontv i J Ie 1.700 G Cl oakda r e Height s Water Assoc. r'lontv ille 856 G Countr y Estate s Water Company Montv ille 108 G G. & J. Water Company, Inc. Montv i I l e 1,300 G l\itemallH Orchar ds Assn., Inc. Montv ill e 1180 G Glen Acres Nantv j I I ('} 371. G St. Thomas More School t-lontv i I Ie 210 G 1 or 2

NNPS-3 FSAR TABLE 2.4-1 (Cont) Commu nity Popu I a t ion Type of Sys tern O...me r ~rved _ _, S-e rved SupplY Treatm ent Provid ed New London Water Dept. r-tontvi lIe 40,673 S C I, F New London Waterf ord Cedar Ridge Water Assn .* Inc. North Stonin gton 496 G NST Divisi on, SCHA North Stonin gton 808 G CI ou kd a t o ue l qb t s I-lobi r e 'Horne Park Norwic h occum Wato r Cornp a ny 312 G No rvl i ch 425 G Law I 0 r Lano CI Nonli ch 100 Little Val Icy Mobile Villag e No rw l cn C Norwic h Ho sp Lt a I 22l~ G No rw i ch TO No rw i en Wa t o r Depa rtment 2,000 M CI Norwic h 117,009 r-1 Sunny Waters Mobile Home Park Non/ic h Fi, c r, P, F, pH PlcDsu re Val ley Mobile Home Park 290 G No r'vI i ch 318 M Chadwi ck Homeownor-s Assn., Inc. Old Lyme Haek's Nest Be~ch I I I 276 G Old Lyme 420 G White Sands Beach Old Lyme Miami Bench 500 G Old Lyme 376 G CI Poin t 0 I ~/ood s Old Lyme 1,600 Sound VieW' Improv ement Company G pH Old Lyme 9 110 G CI Sound Vi ev Old Lyme 324 G Co un try Sq If j re HOlne s Presto n 285 G Fairy Lake Apartm ents Salem 180 G Arl ington Acres Stonin gton L~50 G Mason Island Water Company Stonin gton 544 C Pawcat uck Sectio n Stonin gton 24,300 G Conn. Americ an W.Co. (Mysti c Div.) Stonin gton 7,622 M S-Fi. CI, pH, FIG-IN , Lord's Point Assoc iation Stonin gton CI, F, pH Wood Ia nd Tra i J e r- Pn rk 600 G Waterf ord 160 G Waterf ord ViI/ag e (Oakda le Inc.) Hate -ro rd 436 G ~: Supply G=Gro und,S= Surface , M=Mix, C=Con secutiv e Treatm ent CI~ChlorinCltion, pH::pll adjustm ent, P::Poly phosph ate, Fi=Fil tration , F=FllIo ridatio n, IM=lron -Manga ncsc Removal, TO=Taste, and Odor Contro l NOTES: oil-From connec t icut Stene Health Depart ment, Hater supp t i e s Sectio n, Bureau of Hea l th Promo tion and Diseas e Preven tion

li-*l\*.x-SCHk-:S(wtllCnsten, COllm: cticut \Inter Author i ty 2 ot 2

r-INPS- 3 FSAR TABLE 2.4-2 MAXIMUM WAVE HEIGHTS GENERATED BY SLOW, MEDIUM, AND HIGI1 SPEED STORMS (Deep-Water Fetch) LR ST PMH LR f-n Pf>lH LR !-IT PNH H3ve Hi Ison Bre t schne ider 'rti I son -WilSOn Reducing \-/ave (1963) (1972) (1963) (1963) Location Effects ~ ---1..f.t.L ( ft) (ft) (ft) Deep-Wa te r Significant 63.0 63.9

\-Jave He ights                                                                                                               58.0          42.0 t-ta x i mum                105.2                106.5           97.0          70.2 Entr~nce    to Block            Shoa ling LIp to             Significant                   38.9                 38.9          38.2 Island Sound Grid               Block Island Sound                                                                                          33.5 Maximum                       65.0                65.0           63.8          56.0 Entrance to Mil 1-               Shoa Ii n9 and Re-          Significant                    1B. 1                18. 1         17.9          17. 1 stone Grid                       fraction v l th l n         r-1aximum                      30.3                30.3          29.9           28.6 Block I s I and Sound Grid

( Fig u re 2. 4. 5 -11 ) Intake Refraction ",ithin Significant 10. 1 10. , 10.0 9.6 Unit 3 r'li I I stone Grid f.'taximum 16.0 16.09 16.7 16.0 ( Fig II re s 2. 4. 5- 12 through 15) RL large radius ST slo", for",ard speed

 ~1T = med i lim fa rva rd speed HT  = high forward speed Pt1H =  probable maximllm hurricane 1 of 1

NNPS-3 FSAR TABLE 2.4-3 1'1AXIHUf1 SHALLOW WATER ~'lAVES (AFTER REFRACTION) SLOW SPEED PROBABLE MAXIMUM HURRICANE Maximum Time after I-Percent Significant Peak SUrge Have Height Wave Period Have (hr) (ft) (sec) Direction* T-5.4 16.9 9.0 De epwa t e r origin T-l.4 16.7 9.0 De epva t e r-origin TO.O 16.2 9.0 Deepl,olater origin

    -1.6                      2.1                 3.3               A
    -1.0                      3.8                 4.4               A
    -0.6                      5.8                 5.3               A 0.0                     7.1                 5.8               A 0.4                     8.8                 6.3               A 1.1                     9.5                 6.5               A 1.9                    12.1                 7.3                A 2.6                    13.8                 7.7                A 3.3                    14.3                 7.8                A 4.5                    13.4                  7.6               A 5.7                    11.3                  7.0               A 6.9                      3.7                 6.3               A 8.3                     7.8                  6.0               A 9.3                     7.8                  6.0               A 1.8                     4.3                  3.6               B 2.7                     7.6                  4.7               B 3.3                     9.9                  5.3               B 4.2                    12.8                  5.9               B 5.0                    16.9                  6.6               B 6.0                    16.7                  6.6               B 7.1                    14.4                  6.2               B 8.4                     6.6                  4.4               B 10.4                      2.9                 2.9               B 3.3                     8.5                  5.0               C 4.7                    12.5                  6.1                C 5.2                    13.7                  6.3                C 5.8                    14.7                  6.5                C 6.7                    15.5                  6.7                C 7.7                    14.7                  6.5                C 8.8                    12.0                  6.0                C 10.2                    10.0                  5.4                C 11.4                    9.7                   5.4                C NOTE:
;.; See Figure 2.4-15.

1 of 1

UNPS-3 FS~1R TABLE 2.4-4 NAXUIUH SHALLOI'! HATER vlAVES (AFTER REFRACTION) MEDIUM SPEED PROBABLE MAXIMUM HURRICANE Naximum Time .af t e r' I-Percent Significant Peak Surge vlave Height Wave Period Have (hr) (ft) (sec) Di r e c tion*

   -1. 3                      1.8                 3.0               A
   -1.1                       2.7                 3.7               A
   -0.8                       3.4                 4.1               A
   -0.5                       4.7                 4.8               A
   -0.2                       5.5                 5.5               A 0.3                      10.5                 6.8               A 0.5                      11.3                 7.1               A 0.7                      12.9                 7.5               A 0.9                      13.9                 7.7               A 1.2                      14.3                 7.8               A 1.5                      14.7                 7.9               A 2.0                      12.8                 7.4               A 2.5                       9.8                 6.6               A 4.2                       2.1                 3.3               A 0.6                       5.7                 4.4               B 1.0                      12.0                 5.7               3 1.4                      15.3                 6.4               B 2.0                      15.5                 6.6               B 2.5                      17.9                 6.8               B 3.0                      15.3                 6.5               B 3.6                      12.9                 5.9               B 4.3                       5.6                 4.4                B 5.8                       3.1                 3.0                B 1.3                      10.4                 5.6                C 1.7                      13.0                 6.2                C 2.1                      15.1                 6.6                C 2.7                      15.8                 6.8                C 3.1                      15.3                 6.7                C 3.7                      12.6                 6.1                C 4.4                      11.3                 5.8                C 5.1                      10.6                  5.6               C 5.8                      10.5                  5.6               C NOTE:

See Fi gu r e 2. 4 - 1 5 .

1 of 1

r'lNPS-3 FSAR TABLE 2.4-5 MAXIMUM SHALLOW WATER WAVES (AFTER REFRACTION) HIGH SPEED PROBABLE HAXII1UN HURRICANE Naximum Time after I-Percent Significan t Peak -Surge ~'lave Height Have Period Have (hr) (ft) (sec) D i r e c t i.on>

   -0.3                    2.1                     3.3                  A
   -0.2                    2.7                     3.7                  A 0.1                    4.2                     4.6                  A 0.3                    7.1                     5.8                   7'.
                                                                        .t\

0.6 9.0 6.4 A 1.1 12.8 7.4 A 1.6 13.1 7.5 A 2.2 6.3 5.5 A 3.8 1.9 3.1 A 1.2 5.6 4.1 B 1.4 13.4 6.0 B 1.8 14.5 6.2 B 2.0 16.4 6.6 B 2.5 15.7 6.4 B 3.2 10.1 5.3 B 4.3 3.9 3.4 B 5.4 2.9 2.9 B 1.3 10.7 5.6 C 1.7 12.9 6.2 C 2.1 14.5 6.5 C 2.5 13.4 6.3 C 2.8 11.5 5.8 C 3.4 10.6 5.6 C 4.2 9.6 5.3 C 4.9 9.3 5.3 C NOTE:

See Figure 2.4-15.

1 of 1

J*iNPS - 3 FSAR TABLE 2.4-6 Lm-lEST TIDES AT NEYl LONDON, CONHECTICUT 1938-1974* Tide Le ve I Tide Level Ye a r Date ( -F'"'- rn Iv ) ** Year Date (ft mlw ) ** 1938 Nov. -Dec. -2.0 1957 Jan. 23 -1.8 1939 Dec. 8 -2.8 1958 Nov. 30 -1.8 lS40 Har. 24 -2.7 1959 Jan. 6 -3.2 1941 Ha r . 19 -2.2 1950 Feb. 28 -1.8 1942 Dec. 20 -2.5 1961 Dec. 15 -2.1 1943 Dec. 11 -3.4 1962 Dec. 30 -2.4 1944 Feb. 18 -1.9 1963 Jan. 28 -2.5 1945 Nov. 20 -2.2 1964 Dec. 18 -2.1 lS46 Feb. 21 -2.0 1965 Dec. 22 -1.5 1947 Dec. 29 -2.6 1966 Jan. 9 -2.8 1948 Jan. 29 -1.9 1967 Feb. -2.6 1949 Dec. 29 -2.0 1968 Jan. 8 -2.7 1950 Ha r . 18 -2.3 1969 Jan. 2 -2.7 1951 F(;b. 3 -2.8 1970 Jan. 15 -1.5 1952 Feb. 12 -1.6 1971 Dec. 25 -2.3 1953 Feb. 16 -1.8 1972 Dec. 17 -2.6 hpr. 14 -1.8 1973 Dec. 18 -1.6 1954 l:.pr. 3 -1.8 1974 Feb. 23 -2.2 1955 Bar. 28 -2.3 1956 Jan. 31 -2.2 Dec. 18 -2.2 NOTES:

 *Ft'om U.S. Dept. of Commerce, National Oceanic and Atmospheric Administration.

- msl = 1.40 feet above mlw (from ANS-2.8 ANSI N170-1976.

Standards for Determining Design Basis Flooding at Power Reactor Site p 27, American Nuclear Society, Hindsale, Illinois, 1977). 1 of 1

MNPS-3 FSAR TABLE 2.4-13 OVERFLOW LENGTH OF THE PARAPET WALL ON THE ROOF USED IN PMP ANALYSIS CATEGORY I STRUCTURES Length of the Parapet Wall Structure (ft) Control Building 262 Auxiliary Building: North End 102 South End 34 Fuel Building: E1 106 1 - 0 11 227 E1 101 1 - 9 " 176 E1 93 1 - 10 " 120 E1 61 1 - 5 11 68 MSV Building: El 85'-11 1/4" 26 9 E1 71 1 - 2 11 24 ESF Building 264 Containment Structure Enclosure Not applicable Hydrogen Recombiner Building 132 Circu~a~ing and Service Water Pumphouse: El 39 1 - 0 " 288 El 26 1 - 0 11 70 NOTE: Coefficient used for overflow through scuppers - CD = 0.60 Amendment 9 1 of 1 July 1984

MNPS-3 FSAR TABLE 2.'.1-1 ROCK FORMATIONS OF THE COASTAL PLAIN OFF SOUTHERN NEW ENGLANO t n i c kne s s Oistriblltion __...lW _ 10 l oc ene A veneer of un- On bo t tom 0 f the sound s Holocene 0-17 Up t o 1 -r f t t h i c k ; DerlOSiLS COil so I ida ted sed i- south of Charlesto....n the present period St o t s o n 19 /19 ) men '; s is one of nondepo-sition

'Ieist()(;~ne           Glacial         depusits for                                      Pleistocene              0-300               Hlickness va r i e s in Deposits               the most p a rt - bo t h                                                                                     bu r i ed channe Is.             TIle McNC/ster      at. [II rna r;'t i 118 I <J nd au t .... a sh                                                                          tOL<l1 a c cumu t a t i on 1968)                 deposits                                                                                                      of glacial deposit~

lII<fY reach 300 ft. 011 B I 0<'; k I S I <Jnd , t ta i c k-ness of Pleistocene ranges from less t ha n 15 f t to 1110 re t.na n 138 f t I a r l i a r-y At t c rna t t nq trans- PI iocene: coru i nen t a I lJcposilS gressive and regressive Pe r i od of s he l f upbu i Id Stetsort 19 /19; sequences in Te rt i a ry s t i l I s t a nd bet....een 60() Krllllse Cl Ci I Period', re s u t t i nq in Miocene: and 3,000 1966; Uctlupi sed i men La t i ani'! I up- t n i ck bedded. i1 nd Erne ry hili Iding (Ind ou t> green sa nd-1967) bu i I d j ny 0 f t nc con- SLone as tine"tal margin found in Lydonia Canyon 01 igocene: p ro b a b I Y a b sen t Eocene and Pal-eocene: trans-gressive sequence 1 of 2

MNPS-3 FSAR TABLE 2.5 .1-1 (Ca nt) Dis trib utio n Thi ckn ess (rt ) Co rrel atio n r"og othy Lig ht and dar k gra y, For mat ion Inc Iud e sa g re a t t hie k- Upp er brow n, buf f, and nes s of bed s on Long 800 ( t-1ct-1a s to r eta I yel low dep osi ts con - Cre t a ceo us 1 Y68 , S ut e r sis t chi efly of fine Isla nd c t a I 19 119, clay ey san ds; fine san ds, Ca rl son and si Its, cla ys, and sev era l Broldn 195 5) coa rse wat er-b ear ing Lon es com pose d of sand a nd 9 rave l , com pose d dlm ost ent ire ly of a nuu t a r cle ar qua rtz and con tain s sma l I arno un t s of che rt, kao lin, mus cov j t e , and dar k hea vy min era ls Ra r i ton Con sist s of tv/a mem-For mat ion ber s; a bas al san d- Bot h mem bers occ ur on Upp er (McMD s t o r o t Long Isla nd. The upp er At lea st The lan dw ard ' imi t (J I . ston e cal led the Lloy clay mem ber is exp osed Cre tace ous 1,08 0 196 8, su t e r Sa nd Me'nbe r , va ry i ng d in thre e sma II i oca t ions of the Uppe r Cre - e t a I 194 9. f rom bed s 0 f fa i ,'I Y tace ous (Ra rita n(? ) Cu r I son and clea n COH rse sanu and on Blo ck Isla nd or Mag othy (?>> off Brow n 195 5) gra vel to fine sand the sou the rn R. f

cla y, clay ey San d, y and coa st is abo llt 2 ver y thin lay ers of mi les no r t h of Blo ck cla y, and an upp er Isla nd cla y membe r Bas eme nt Com pose d pro bab ly of (0 live ran d pre -Cr etac eou s roc ks, Bur ied ben eath the Coa s t a I P I a in Pre -Cr etac eou s Dra ke 195 1, mos tly gne iss and Of i ve ran d D ra ke Tut tle e t al sch ist wit h a few ( 195 1) est i rna t e 1961 ) peg mat ites and gra ni- tha t thi s bas eme nt tic intr usi ves is at a dep th of som e 600 ft in the mid dle of Blo ck Isla nd Tut tle e t a/(1 961 )

giv e 1,00 0 ft or gre ate r to bas eme nt on Blo ck Isla nd 2 of 2

MNPS-3 FSAR TABLE 2.5.1- 2 ROCK FORMAT IONS OF WES1ERN CONNEC TfCUl Itl i c kne s s Distrib ution

                                                                                                                                ---LU l_

Hi I ro I'd Ch t o r i t e a nd c h Lo r i t e - Band 3-4 mi res wide along CI,I or' i t.o serici te schist . Devoni an MC'lY be roughl y eqUi-( HotJyn r s e l ;1 I Long Island Sound bet'<lee n ro I i (I LCU a nd rna s s i ve, New Haven and Stratfo rd valent to Standi ng 1<)'.>6. Hodqe I~S loco r bands of scr-e t ,) I 1 '))<) ) Pond volcan ics i n p (! n t i no ,I n d I i rnest 0 n e Vermon t or to a rnp h i > bo l i t e zones w i t h i n the /lawley and Conw<lY schist s of Mass.; o ve r I i e s Ha r t l a nd format ion o r,;, n~)(~ Ollrl~ 9rllY t u s t rcu s PllY I I i i.<< Forms wc s t.e rn border of Si l u r i an-pl iy I I i I.e, common I y region along the Triass ic Correl ated '<lith Lhe ( Rodge r'~, o L a I i nt.o rb cudc d '<Ii t h Devoni an Conway a nd Go s he n 19 r ) 6 , Rodge r s Ba sin finely l arn i na t.e d ser- s ch i s t s of I'1ass. e L d I 19'>9) i c i t.e qua r t z phy t t I t;e e and t tIC Wa its Rive r or serici te qua r t z l t e , and North field for-become s fine graine d mation s of Vermo nt; mica -qua r'L'~-gCl rne t over! i e s Hartla nd s c h i s t. to west; locally r o rma t ion beds of rne d i urn c ry - s t a t l i ne limesto ne are presen t II;, r t I <I nu Mica qua r t z i t e and lo rrna t i on Most extens ive format ion Lowe r S i III r jan to schist with associ ated in we s t e rn Conne cticut. Un i t I I cor re I ate s (l\ud~J ers o t <II i n t ru s jon s 0 f Upper Cambri an with Strait s schist 1 ')~6, r~odyc Stretch es from east of rs gneiss and gr.lnit e; and 1I11con forrn<lb ly Berksh ire Highla nds at et a I 1959. Cornpo sition varies na s s . border to southe rn overl ies the Pros-Rodger s 1968a, w i de ly pect gneiss border at New York CCl t e s a nd MClrtin 1976) SlI',i i t s Fine-to -CoClr se graine d Fo rrus wester n border of Upper Cambr ian-Schist b i 0 t i le-mIISC OV i tc- region along the co r re t o t e o '<lith Har't-( Rodge r s eta I pla~io clClse CjuCirtL Or-dov i c i a n land Unit I I T r j ass i c !3a sin 19S6. Rodge r s schist wi ttl Y<lrnct , at 0 I 19S9. s t a u ro 1 i te a nc Cates and ky a n i t o r'l;) r tin 19 76 ) j>r'():-;pClCt Cneiss AI to rna t i nu I <lye r s , f o rrna t i o n A no r t h-inc r t he a s t trend- upper Cambr ian-ucneru I Iy II few feet ill9 I ineClr body extend ing Co r r-e t a t e d witl, tile (Hodge rs e t a I th i c k , of COil r s e to Ordov ician l la r r Ls o n gneiss , from tile coast nearly to 19 :; 6. H(J d 9 (~ r s mcrl i um po rphy r i t i c Hitcoc h Lahc, and Bristo n About 2 mi les wide at J I 1959, gne iss. no n- po rphy - Co I J ins v i I Ie and 35 rni t e s long Ita 'I 19/6) r i ti c gneiss , a nd fo rlll,1 t ion mica schist 1 of 4

MNPS-3 FSAR TABLE 2.5 .1-2 (Co nt) Dis trib utio n Thi ckn ess Wrl t e r b u ry COlllplex " f gne iss and ----.t f t ) Co r re I a t ion Gne iss s ch i s t.: extr eme Mas s abo ut 40 squ are mi l (Ho dge rs e t <1/ var iati on in com - loca ted eas t of Wa terb urye s Cam bria n-Und erli es Ha r t t a nd 19~6, Ord OVI cian f\od~ers pos itio n form atio n (Un it I) at (II 195 9, Gat es and 1'-1 art i n 197 6 ) r"'~IIlII;:1 t t.a n Con r s c , d a rl~ s cn i s t ForTIICl t ion o r s c /I i s t o s e 9 ne iss Sma I f sinu ous stri ps in (Ro dge rs o t sou thw este rn Con n.; mO Cam bria n J I com pose d of qua r t z , Stly Ove r lie s Inw ood 195 6, R009P. rs bio tite , mus cov ite, nca r Rid gef ield mar ble; may , in p a r t c t a f 19~)9, a ndo s i nc , K-f efd spa r, , HAi l cor rela te wit h War a-196 8, gar net , and com mon ly ma u q form atio ns and Nor ton 197 6) st aU 1'0 I ; te, Hoo sac form atio ns kya n i t e , and sill ima nite Ca na a n Ml. Pre dom inan t sch ist Sch ist com pose d of qua rtz, Occ urs in a bod y of abo (Ro dge rs et a I 01 igo clas e or and esin 20- 25 s qua re m j J es in NWut Cam bria n l-1ay cor rel ate wit t, 195 6, Rod ge rs e, cor ner of Con nec ticu t bio tite , gar net , Hilr ama llg but rela tion s o t a I 195 9) and s i J lima n i te and unc e r t a in; ove rl r e s rei re I y s t a II ro I j te, Sto ckb ridg e mar ble apa tite , mag net ite, and zirc on W:lr ama llg Coa rse gra ine d bio - Fo rma t ion t j t e-sq ua r t z qne iss Lie s in a bel t on a NW-SW (Ho dge rs e t AI I ine betw een the Ber Cam bria n and ligh t col ore d 195 6, Ro dq e r s feld spa thic mic A- Hig hlan ds and the Hudksh son ire Ove rl ies the Sto ck-b rid g e ma r b Ie; et aI 195 9. qua r t z i t e or q no i s s Hig hlan ds abo ut 25 mi les t e n t a t i ve t y cor re-Gat es and and inC lude d gra niti c long late d ~it h Un its '

 '<1a rtin 197 6,                 ma s se s                                                                                                    and 2 of Hat ch and Ha t c h eta I                                                                                                                                 the Iloo sac Fm. and 196 8)                                                                                                                                        the Ro~e sch ist of Ma s s.. po s s j b I Y 'W i ttl Can aan Mo unta in Fm.

Sa I i s b u ry Qu artz -ch lori te mus - and t-1C lnha ttan C Sch ist cov ite sch ist to Sm81 I disc ord ant bod ies ( Rod ge r s eta I nor thw est; qua r t z- nor thw est cor ner of the in Cam bria n Co r r c t e t eu alon g Wil li 195 6, Rod gers bio tite -mu sco vite s t z te the Can aan It. s c n i s i et al 195 9) sch ist to sou thw est and t ne War ama ug Fm.

                                                                                                                                              'Wit h the Ber ksh ire sch i s t; ove r lie s Sto ckb ridg e mar ble 2 of  Lj

MNPS-3 FSAR TABLE 2.5.1- 2 (Cont) Li tho' ogy Distri bution Thickn ess (rt ) Correl ation In'w'ooll Wei I-bedd ed dolom ite- Thin contin uous strips in Ma rb I 0 ma rb I e Cambri an Grades into M~nhattan ( Hodge rs e t. a I southw estern Conne cticut extend ing into New York schist in places ; 19~6, Rodger s s i mil a r to Woodv j I Ie et a I 19~9, marble ; Correl ated Rodge r s 1968, by Ha I I ( 1976) 'w'i ttl ua If 1916, Stockb ridge marble Ita t t 1968) woocv i I Ie Gray i s n wn i t e , coa rse-

  "1a rb Ie                                                        Relati vely thin, conti-        Camb r i an Iy q r a nu l a r marble ,          nuous strip in wester n                                  Correl ated with StOCk-( Rodge rs eta         I   calcit ic, but focally                                                                        bridge and Inwood 19')6, Rodger s                                                 Conn.; border s the Hudson dolom ite                            Highla nds                                               marb I es et a I 1959)

Stocld Jridge M(HJ i urn to c o a r s e Cr-oup Th l n contin uous strips in carnb r i an 9 ra i ned ma rb Ie, northw estern Conne cticut UneJer lies Sa t Ls bu r y (Hodye rs et a I partly calcit~ and schist and overl ies 1956. Rodge rs and partly dolom ite Poughq ua g qua r t z i t e : et aI 1959. may correl ate with Ha I I 1968) Inwood and/or Wood-v i I lema rb I e s Poughq uag Gray, white, or bu r r , Thin discon tinuou s masses QlI<l rtZ i t e massiv e or bedded , Lower Underl ies Stockb ridge (f<odge r s eta border ing the gneiss camb r j an I vitreo us quartz ite; comple x of the Highla nds; marble , equiva lent 1956, Rodge rs often micace ous; extend s into New York to Lowerr e quartz ite et a I 1959, t ou rma line is common to the south and the Rod qe r s 1968, th rougho u t Ches ire qua r t z I te Half 1976) and the Dalton Forma-tion to the north Lowe r re Qua rt- Buff or tan-we atherin g White Plains area zite quartz ite, feldsp a- Cambri an 690 Unconf ormabl y over-(Hall 1976) t h i c qua r t z i t e and lies the Fordham and micace ous quartz ite Yonker s gneiss r o rdtlam Banded I i q h t and dark Small irregu lar bodies Gneiss gray gneiss 'compo sed Precam brian Under lies Inwood in southw estern Conn. marble or Lowerr e (Rodge rs et 81 of qua r t z , f'e l d s p a r , notabl y near Ridgef ield 1956, Rodger s and biotit e with local qua r t z i te et a I 1959, hornbl ende and minor Ha I I 19(8) ga rne t Dan bury G ran i t e Gray to pink gneiss ic A I inear shaped intrus ive Precam brian Gneiss augen granit e or body trendin g north- south Intrud es rocks of the (Rodge rs e t a I augen gneiss about 9 mi les long extend - Highla nd gneiss 1956, Rodger s ing north from Danbur y comple x et al 1959) 3 of l~

MNPS-3 FSAR TABLE 2.5.1- 2 (Cont) Li tlla I o()~ Thickn ess Distri bution ( ft , Correl ation Crw i 5S Cornp I ex Coven; a f I q ra da ions t, Compr ises the Berksh ire Precam brian of the High- f U i o t i t e qua r t z Unconf ormabl y over-r'()/11 e Highla nds in Conn.; extend s I and s gneiss LO gneiss south of the Mass. border lain by the Poughq uag qua r t z i t e ( I{<luge r s e t il I to Torrin gton in Ne", York 1956. Ro dq e r s e L ;, I 1959. r{o<1~Je rs 1968)

MNPS-3 FSAR TABLE 2.5.1-3 ROCK FORMATIONS OF EASTERN CONNECTICUT AND WESTERN RHODE ISLAND Thickness Li tho logy Distribution ( f t ) Co r re I a t ion Ro c k Un j t s of the Consist of a series of Extend along the Con- Triassic- 15,000 Basalt dikes related T I' i ass i c na sin interbedded red clas- necticut River Basin Jurassic to the Triassic ( Hodge rs 1970, tic sed i menta ry rocks from north of Green- activity arc found Klein 1968, a nd b a sa I tic f I ows . field, Mass. to the th rouqhou t sou t he rn I{odge r s 196B) Sed i men t a ry rocks con- shore of Long Island New England sist of interbedded Sound and intertonguing fnnglomerHtes, con-q l omc r a t e s , sandstones, mudstones, s j I t s t o ne s , and claystones Westerly Gr a n i t e f inc-yrCl i ne d a p l i tic Occurs in southeastern La te Pcnnsy I- Considered by Feininger (Rodgers 1968, gray (surfieially al- Conn. and southwestern va n ian 0 r Pe 1'- to be an apl itic phase of Rodge r s e t "I 1956, t.e r'ed to pink) grani- R. I ., a s dike s , ITIOS t I Y mian the Narragansett Pier Rod ~l o rs eta I 1 959 , Lic rock, composed of several tens of feet granite Fe in i nge I' 1968) o i i goc I a se (0 r a I bite) , wide, striking about quartz, K-feldspar, east-west and dip-with minor biotit~ and ping less than 45 deg accessory sphene, mag- south netite, allanite, and muscov i te Na r r-a qa n s e t t , Pink, tan, and Along southern coast Late Related to the Westerly Picr Gran; t o pinkish-gray granite of R. I. Pennsy I van ian granite (Quinn 1971) medium to coarse or Permian IJ r a i ned, eq u i 9 ra nul a I' t o porphyritic, with microcl ine and plagiOClase phenocrysts Redstone Gr-a n i te Medium to coarse- As a thin lens in Closely relnted to the (Rodgers e t a I 1956, grained massive red southeastern Conn. Westerly and Narragansett Rodgers et a t 1959) granite, composed of Pier granites in sou t n-pink lTIicrocl ine, ",hite eastern Conn. and 01 iguclase, quartz, southwestern R. I. and biotite 1 of 7

MNPS-3 FSAR TABLE 2.5.1-3 (Cant) Thickness Distribution (f t ) Corre I (l t ion M,l ('O!lW S G ra nit i c G ray me d i urn- fine Occurs in an oblong Pennsylvanian Is simi lar to the Glaston-Grwi 55 g ra i ned 9 ra nit i c mass a few mi les in bury gneiss; distin-( Hod 9 e r sot a I 19 ~ () , gllciss with garnet a rea, to the south- guished from Middletown Hodgers e t 31 19~9) and up I ito ne a r bo r- west of Middletown, gneiss by abundance of de r : ha s inclusions Conn. K-spar; overl ies of t he M i dd I e t own Glastonbury gneiss gneiss G I ,I S LOll bur y GI W iss fwo rha~es; eastern An elongated body Ca rbon i fe r ou s unc e r t.a in as to whe t ne r (nod~Jers e t a I 1956, ph<lse is medium 4-1/2 miles maximum this unit is maqrna t i c l{edge r s et a I 19?9) 9 ra i n(~d g ran i te; width extending from or is a uneiss dome of WeSler'n phase is Great tti II in the Mid- the 01 i ve r i an series; da rke r, coa rse r , we I I dletown area north- is younger than Bolton f o l i a t od and banded wa I'd into Ma ss. Group 9 ra nit i c 9 ne iss Canterbury Cr au i t i c Gray medium-to-coarse Occurs in an elong<lted Pre-Pennsylva- Emplaced during Acadian Gne i s s grained gneiss, com- body trending north- n i ani Ea I' I Y Devo- orogeny ( Rod glJ r s e t a I 1 9:> 6 , posed of K-feldspar, northeast through n i an Rodgers et a I 1959) albite, quartz, bio- Canterbury, Brooklyn, tite, and muscovite and Pomfret. A I so a s sma I Ie r bo-dies in Fitchvi lie, Baltic, and at the Mass. border west of Wi Isonvil Ie, Conn. Bolton Group Grayish, medium to Adjacent to the Trias- 5i lurian-Lower Con t a ins t.h r-ce members; (Hadgers et a I 1956, co a rse 9 ra i ned sic t au r t s toward t he Devonian top one is equivalent to Ro d qe r s e t al 19~9, schist, with biotite, east; stretches in a Littelton Frn. (New Hamp-Kc r-ohe r 1966) muscov i t e , and qua rtz; band, about 1-2 mi l e s shire); middle member interlayers of quart- wide, from Mass. border equivalent to Fitctl rm. zite, amphiboJ ite in Stafford County to (Vermont and New Hamp-gneiss, and other near Branford in the shire); bottom member s cn i s t s common south; trend s no rth- equivalent to Clough east-southwest Fm. (Vermont) Scotland scn r s t r~edillm to dark gray, Occllrs in two general- Uppe I' S i I uri an Considered by Dixon and (Dixon and Lundgren fine to medium grained ly north-northeast or Lowe I' Lundgren(1968} LO overl ie 1968, Goldsmith i n t e r l a ye r-e d 01 igo- trending bands in Devon i an t ne Heb ron fa rma t i on on and Dixon 1968, clasc-uioLite-mllsco- northeastern-south- the normal limb of the Dixon 1968) v i t e qua r t z schist and e eastern Conn., from Chester syncl inc in (rnuscovite)-biotite- near Salem, north Eastern Corm . 01 igoclase quartz through the Mass. sch r s t border near West Dudley, Mass. 2 of 7

MNPS-3 FSAR TABLE 2.5.1-3 (Cont) Thickness Li UlO logy Dis t r i btl t ion ( ft) Correlation /tebron Gneiss Cons i s t s of: IIebron Occurs in a large Ordovician- Probable correlation to the ( Rodge r s 1968, gneiss, fine grained northeast trending Silurian Bolton schist to t ne 'West; Rodge rs eta I 1956, quartz mica schist or belt from near Chester, relation w i t h Brimfield kodgers e t a I 1959, banded schistose Conn. in the south- schist problematic Ke rohe r 1966) gneiss, Woodstock west to the Mass. qua r t z schist, a nd border in Woodstock Pomfret Phyl' j te 'Where it thins Uri In fie I <J Sc tl i s L Coarso grained dark A large mass exists at Ordovician or Also extends across central ( Rodge rs 1968, schist, interbedded t ne Mass. border in a Older MeiSS. into N.H.; overl i e s Rodgers et ell 1956, wi ttl qua r t zo s e gneiss band about 12-14 miles the Middleto'Wn gneiss; also Rodgers o t al 1959, layers; composed of wide, which pinches known as the Col I ins Hi I I Ke rohe r 1966) biotite, muscovite, out near Bolton Notch formation-correlated with feldspar and quartz- and reappears south in the Ta t n i c Iii J I Fm. to the some layers of I ime- a narro.... band 1-2 mi t e s west (Dixon and Lundgren stone and amphibolite wide from Route 85 1968) southward, pinching out again near Deep River Ivoryton Group: Middletown Gneiss Interbanded amphibo- A thin belt less than Ordovician Unconformably underl i e s ( Rodge rs eta I 1956, t ite; Clmphibole 2 miles wide stretches Co I I ins H j 1 I fo rma t ion; Rodgers e t a t 1959, gneiss, hornblende- from the Branford-Gi 1- may also be equivalent to Keroher 1966, biotite gneiss and ford area in the sou th , Dana diorite and Erving Lundg ren 1966) schist, f'e l d s pa t n i c around the Kil I ingworth hornblende schist in Mass; gneiss, q r a nn t i t e and dome, and discontinu- constitutes upper member and quartz -" commonly ously northward to the of Ivoryton Group with sharp contacts Mass. border near So-mers Conn. close to and often adjacent to Eastern Border fault Monson Gneiss Light or fight and Extends as a thin band Ordovic ian 3,700 Correlated with the Haddam (Rodgers et a I 1956, dark banded, fine north from cne s te r-, gneiss, which is an 01 ive-Rodgers et a I 1959, grained gneiss, com- Conn. into and north rian gneiss underlying Lundgren 1966, posed of andesine of Monson, Mass. and the Ki I I ingworth dome - GOldsmith 1976) (lOCH fly 01 i qoc t a s e ) east along the Hunt1s middle member of Ivoryton a nd qua r t z with sea t- Brook sync line Group tered flakes of bio-tite and some smal I garnet gra ins, horn-blende in many dark layers, some of which opproach amphibol ite 3 of 7

MNPS-3 rSAR TABLE 2.5.1-3 (Cont) Thickness Distribution ~ 1ft) Correlation PInk or gray granitic Occurs as a disconti- Ordovician 2,000 Maintains a constant stra-Now London Gneiss tigraphic position between ( I.undq ren 1966, gno i s s e s , amph i bo I j t e , nuous rim a round the and augerine-augite Seldcn Neck dome and the Monson gneiss and Goldsmith 1976) Mamacoke fo nun t ion; j n-granite gneiss castward along the dome to the NeVI London area cludes a distinctive aegerine-augite granite gneiss, the Joshua Rock gneiss member; lower member of Ivoryton Group MetClsedimentary rocks Occurs in (\ north Middle This unit has bAen corre-Ta t.n i c IIi II Fo rma t f on (Hodgers e t a t 1956, mixed with probnble trend i ng s t rip o rdov i cia n lated w i t.n t ne Brimfield metavolcanic rocks at adjacent to and west schist by Dixon and Lund-Rodgers o t ell 19~9, gren( 19(15). I t is the Dixon a nu Lundq ren the base; i n t.e r La ye r-ed of the Quinebaug upp e r rncmbe r 0 f Pu t nam 1968, Dixon 1968) schists and gneiss in f o rma t t o n t.he si II i ma n i t e p I u s Group (Feirlinger 1964) potassium feldspar metamorphic grade Quinebaug Formation Metavolcanic rocks and Occurs in a north Middle Th is fo rma t ion is ina ( Rodge rs eta I 1956, subordinate metasodj- trending strip Ordovician s t ra t i q rn ph i c position Rodge r s e t Cl I 1959, rue n t a ry rocks; mota- from around Preston similar to t ha t of the Dixon and Lundgren rno rp h i C III i ue r a l s i n- City, Conn. th rough Middletown and Monson 1968, Goldsmith and c r udo ho rnb t cnue , dio- the Mass. border in gneiss. Lo~er member Dixon 1968, pside, and sc a po t i t e , Webster, Mass. of Putnam Group Dixon 1968) consistent w i t h s i II i- ( Fe i n i nge r 1964) manate grade rocks s r.e r t ing Plutonic Ceneral: Medium to Occurs in thin lenses Cambrian/Late Previously considered Group or Sterol ing coa rse g r-a i ned red, in southeastern ~onn. Precambrian as the Sterl ing q r a n i te Gra n i t e Cr-oup pink, or gr~y gneiss and thickening east- gne i ss, til i s rock type (Rodgers e t al 1956, composed of quartz, ward into R. I., whe re has since been diVided Rodgers e t 31 1959, pink microcl ine, white the g roup takes on into severa lind i v i dua I Feininger 1964, albite or 01 igoclase, bathol ithic dimen- units that wi I I be con-t-lou rba ttl 1962, and variable amounts sions in central.and sidered separately. Zartman and Naylor of mngnetite, biotite, southern R. I. These units are con-1972) muscovite, garnet, sidered members of the a nd , locally horn- Rhode Island bathol ith blende; some is VIe I I by Feininyer(1964) - foJ iated and contains group includes: Hope l a rqe tnicrocl i ne pheno- Valley a t a s k i t e gneiss, crysts, poryphyroblasts, Potter Hi II grani t e or augen; some has gneiss, Ten Rod q r a n i t e strong I Ine a t t on , and gn(~ iss, Sc i t.ua t e 9 r-a n i te some practically lacks gneiss dark minerals and approaches an "pi itic texture through s t j I I 4 of 7

MNPS-3 FSAR TABLE 2.5.1-3 (Cont) Thickness Distribution -lli-L- Co rre I a t ion gneissic - much pegma-tite - Sehl ieren and larger inclusions of dark schist are common [asL Haven Granite Th r cc members; I ight- Lies in a mass about Cambrian Grades through a rn i qrna t i t c (Hodgers et a I 19j(J, hou s e grClnitic 10 mi les long along zone into t he Middletown Rodgers e t <.II 19~9) gneiss; lIledium grained Long Island Sound gneiss <HId also simi l a r wei I fol iated pink just south and east to the Sterl ing granitic grnnitic gneiss; Bran- of East Haven, Conn., gneiss to the fo rd g ra nit i c g ne iss is considered to be east with garnet; Stony a dome structure Creek granitic gneiss; mediulIl to coarse q r-a i ne d , variable fo-I i a t e d pink granitic gneiss, some garnet CI inton Gneiss Pink medium to coarse A smal I mass about Cambrian Forms a I ink between ( nodge rs e t a I 1956, platy granite gneiss 4 mi les in length the Stony Creek q r a n i t i c Rodgers e t a t 1959, wi th microcl i ne , found a round Clinton gneiss to the west and Lundg re n and quartz, 01 igoclase, on Long Island Sound the Lyme and Sterl ing Thurre I I 1973) and biotite gneisses to the east; underl ies the Middletown gneiss Lyme Granite Gneiss Massive red or pink, As a horseshoe shaped Cambrian Member of the Sterl ing (Rodgers e t al 1956, medium to very coarse body 7 wi t e s wide in granitic gneiss or Ster-Rodgers e t al 1959, grained gneiss or Old Lyme, Corin. I ing Plutonic Group Lundgren 1967) granite, composed of pink microcl ine-micro-pe r t h i t e , Quartz, and oj igoclase-albite, with I ittle biotite and rare hornblende; many areas approach pegmatite Fa s t t'o rd Granite Gray, fine grained Extending north-north- Pre-Silurian, Foye(1949l correlates Gneiss gneiss, composed of east as a 2.5-mi Ie if Foye's this unit with the (Rodgers e t a : 1956, qua rt z , feldspar, elongate body from (1949) corre- Monson gneiss Rodgers e t a l 1959, biotite, a nd mus- N. Windham to Wood- lation is Foye 1949) c ov i t e , loca Ily stock, Conn. co rrect po rphy r l t i c

                                                                     ~ of 7

TABLE 2.5.1- 3 (Cont) Thickn ess Distri bution _-1 ft) Co r re I .1 t ion Mamacoke Gnc i 55 Mcdium graine d gray Occurs in band along Cambr i an ( Hodge rs eta I 19~o, banded gneiss with 4.500 Grada t i ana I bounda r i c s the Long Island with the Sterl ing and Bodger s e t a t 1959. microc l ine. plagio - Sound from near Gui 1-Lundg ron 19(io. close. quartz . biotit e; Lyme granit ic gneiss es; ford to the east oldest un i t in Mi Ilston e Goldsm ith 1976) Also includ es biotit e and wideni ng westwa rd gneiss . schist , quart- site a rea zite, and amphib ol ite Stonin gton Gneiss Gray. rarely pInk. Extend i ng a long ttle (Hodge rs et a t 1956, to med i urn 9 ru i ned Cambri an (?) Rodge r s ( 1956. 1959) sugge s t s so ut hea s t e rn Conn. t It a t t h i:~ un j t j sap 11 a s e f~ 0 d 9 e r set a I 1 9!)9 ) gneiss . compos ed of shorel inc from New of the Mnmacoke gneiss 01 i q o c l a se , qua r t z , London th rough . microc i inc, and bio- Stonin gton and into tite. with mi no r horn- wester n R. I. blende a nd magne tite, and local garnet Haddam Gneiss Thick hedd8d gneiss of Occurs in a large ( lana lite) Cambri an Concor dant relatio n with 01 i qoc t a s e and quartz . 15-mi Ie wide mass (Rodge rs et a I 1956, hornbl ende gneiss and in Killing worth CI inton granit e gneiss ; Rodger s et a I 1959. ampn i bo l ite near and Haddam Counti es correl ated with Monson Kerohe r 1966) border s. common ly in So. Centra l Conn. gneiss granob lastic Wi I / imClnti c Gneiss Light colore d, medium Occurs just north of ( Rodge r s eta I 1956, Cambri an Has been consid ered to coarse graine d fel- Wi II imantic Conn., (Rodge rs et a l 1959, sic albite alClsk ite or a s a mo re 0 r I e s s part of the Monson Faye 19 L19, 01 igoc/cl se quartz equidim ension al and Hebron gneiss es by Snyde r 1964) monzo nite; these body Foye(1 949) t~o types are inter-layered to produc e a banded gneiss 6 of 7

MNPS-3 FSAR TABLE 2.5.1-3 (Cant) Thickness Distribution ( f t ) Co r re I Cl t ion Plainfield Quartz R,lnges from massive Occurs as thin bands Cambrian- 6,200 Co r rc t a t e d with the West-Sell is t - PI (J in fie I d fine grained yellowish gene ra I I Y pa ra I I e I to Precambrian boro Quartzite of Mass. Formation qllartzite to fine to the Honey Hi I I-Lake and R. I. and related to (Rodgers o t 31 1956, med i lllil g r-a i ned qua rtz Char fault system outlying areas of Putnam Hodgers e t (II 1959, micCl schist, comrosed in sOlltlletlstern Conn. gneiss; unrie r t i e s Goldsmittl1976) dorn i nan t l y of quartz widening somewhat Middletown and Monson bill with va r i a b l o to the northeast and formations a nd is cu t by amoun t s of' mu s c o v i t e , t rend i ng into Ma s s

rocks of tile s r.e r t ing b i o t i t.e , a nd plagio- and R. I. Plutonic series CI,I$8, ,1110 lor-ally ho rnb t c ndc , diopside, or a c t t no l j t e : locally become s r i no 9 rn i ned fc l d s p a t h i c gneiss gr(ldirlg into apl itic phase of Sterl ing granitic gneiss 7 of 7

MNPS-3 fSAR TABLE 2.5.1-4 ROCK FOHMATIONS Of CENTRAL RIIODE ISLAND (AND NOT INCLUDED IN PREVIOUS DESCRIPTIONS) Dis t r i bu t ion Thickness (ft) East. Gr-e e nw i c h Li qh t, g('ay to pink. In the East Greenwich Ordov i c jan Correlated with the Group fine to coarse grained a rea Quincy granite, (Quinn 1911) sllbporptlyritic and consisting of the mostly massive; composed Cowesett granite of" microcl ine, micro- a nd the Spence r Hi J I perth i te, a l b j t e , qua rtz, volcanics and biotite; may consist of a porphy-r i tic un ita nd a fine q ra i no d unit with the Cowessett granite and rl1yol itic rocks, t uf f", and breccia associated with t.hu Spence r If i I I Volcanics Ponaganset Granite A heterogeneous unit Occurs in a few areas Carob r i an /La te Considered by Gneiss rang i ng f r-om light in the Voluntown Precambrian Feininger(196/1) as grity to pink; mostly quadrangle nn early member of Po rphy r i t i c Gra n i t e med j urn 9 ra i neu and the R. I. bathol i ttl Gneiss fol iated; composed (Sterl ing Plutonic (Quinn 1971, of microcl ine, 01 igo- Group) Feininger 1964) clase. quartz, and biotite 1 of 2

MNPS-3 FSAR TABLE 2.5.1-4 (Cant) Lithology Distribution t n I ckno s s (ftl Blackstone Contains several members, Occurs as irregularly Precambrian At least Co rre I at ions nave Se r i e s including quartz-mica shaped bodies scaL- 15,000; may been s uq qe s ted rc-(Quinn 1971, schist, chlorite quartz te red th roughou t R. I . be greater I a t i ng qua r t z i t e f e in i nge r 196 11 , schist, greenstone, and southern Mass. than 20,000 units in tile Black-Moore 1959) Quartzite, and marble stone series to t ho s e ill Mass.; fur-ther, Moore(1959) ami feininger(196/1} tlave mapped Cl contin-uo u s f e I d s p a r-qua r t z> biotite gneiss unit in southwestern R.I. as t ne Blackstune series anJ Plainfield Fm., respectively; to the north, t he Black-stone series has been divided into seve ra I membe r s 2 of 2

MNPS-3 FSAR TABLE 2.5.1-5 ROCK FORMATIONS IN NORTHERN ANO EASTERN RHODE ISLAND AND SOUTIIERN MASSACHUSETTS Distribution Thjcknes~ Co r re I a t j on Vein Quartz Mi Iky qua r t z with A vein on the western PennsylvaniCln Occurs along a f au l t (Quinn 1971) d ru sy c a v i ties and face of Diamond Hi I I Jurassic between the Pennsyl-co n s i de ra b t e hema- 1,000 feet wide and vanian rocks of the tite (lnd goethite more than a mi Ie long Narragansett Basin staining and the older rocks to tl1e west M(l f j C \) i l\f~ s Dark q rn y to b t a c k, Widely scattered in Triassic Cdn probablY be cor-a nd S i [ Is f i lie g r-a j ned dike s R. I.; most are a foot to Cretaceous related with diabase (Quinn 1971) and s i l t s ; several or a few feet thick of the Connecticut are diabase and and are exposed for ve I ley 01 i v j ne d j a ba se; a only a few feet few are lamprophyres Clastic Sedi- Pr-edominantly Found mainly in the Pennsylvanian 10,000-12,000 ments of the clastic nonmarine Narragansett Basin NCl r r-a qa ns e t t , sedimentary rocks which extends northward Norfolk, and of g(,(lywacl~e and from Conanicut Island, No r t h sc i tua t e arkosic composi- R. I. to approximately l3asins tion t ha t range Hanover, Mass., and east-(Quinn 1971, from coarse con- ward from Providence, R. I. Weston Observatory glomerate to shale to Fa II River, Mass.; 1976) North Scituate, Woon-socket, and Norfolk Basins are smaller related basins northern R. I. and southern Mass. Nattapan Vol- Flows, tuffs, brec- There are a few smal I Ea r I y Ca rbon i - cnnic Complex cia, and dikes; vol- outcrops, one about ferous ( Eme rson 1917) canic flows are 2 mi t e s east of associated with ~eds Ha I i f'a x, Mass .* and of tuff and agglome- another about 2 mi t e s rate (lnd extensive west of Attleboro, flow breccias; flows and one about 1 mi Ie have a dense ap- west of the northeast hanitic ground mass corner of R. I. and spotted with white extending southward angul a r fe I d sp a r s , and include Quartz, a r t hoc I a S8, a I bite, 01 igoclase, and a srna l t amount of pyro-xene and magnetite 1 of 6

MNPS-3 FSAR TABLE 2.~.1-~ (Cant) Ou i ncy (; r ,\ y t a I i gil t 9 ray, Fur III sse v e r a I h i I l s i n Silurian- Cons ide re d to be p a 1"1. Orn n i t c medium gr;lincd, northeastern R. I. and Ordo v i c i an C;JpC Ann Plutonic (Quinn 1911. ma s s i vc , consisting in southeastern Mass- series a long 'Wi til ( Be I I a rid A I vo I'd of microperthite, achusetts above it Na ha n t gabbro, Sa I em 1916; Zu r uma n and uua r t z , r i obec k l t e , gabbrodioritc and f'1<l r v i n 1971) a e q i r i t e w i t.n veins Ci1Pl~ Ann grani t e :

                             <lnd p<lLches or                                                                             ill K. I. J  correlated f l uo I' i t e                                                                              wi ttl t a s t Greenwich Croup f s mo nu C ra n j to         Light pink to ligllt              Exposed       in a   few large             Ordov i c ian

( Qu i fill 1 <)71 ) gray, J ight tan or no r t h-e s ou t h trend i rig greenish, medium to areas in southern Mass. c o a rse 9 ra i ned, a nd northern R. I., gen-C11<1 s siva. con sis t i ng e nil I y found nex t to of m i c r ope r t h i t e , ~nd intruding into the albite, quartz, and Blackstone series biotite; much of the plagioclase is altered to albite, epidote, and musco-vi t e G r ant Mil I s Porphyritic, gray Exposed in several Ordovician Grades into the o r-anort Io r t t e to green ish gray, moderate sized areas Esmond grani t e (Quinn 1971) with i.J medium to on the western border coarse grained matrix of the Narragansett of ,1 I b i teo I i goc I a se, Basin rn i c roc linn m i c rope r-ttl i t o , qua r t z and o l o t i t c 'With micro-cl inc microperthite phenocrysts; the plagioclase has been p a rt i Cl I I Y we a tile red to epidote and muscovite,

                            ,J n d tile b jot i t e to chlorite 2 of 6

MNPS-3 FSAR TABLE 2.5.1- 5 (Cont) Distrib ution Co r re I at jon Iloppin ::>Ii.lte IWd to q r cc n and Occurs on a sma I I Lowe r CambI' ian (Emers on 1917) bl(lcl~ calcar eous 600 out c rop about 3 mil e s slate, or shale, northw est of Att leboro with l aye r s and lIodule ~ of white I i mes t o ne , overly - ing greeni sh shale or slate, beneat h wllich is CJ h<lsal while quartz ite; fossi Is found are CI t yp i c a I lowe I' Carnb r i a n fauna of II iva t ve s , t r i lobi t e s , and <l feW' brachio pods Bul ga rrna r s h Pink to q r ay , Expose d in southe astern Camb r i a n unconf ormabl y over-Granit e co a rse y ra i ned, R. J. and adjace nt Mass. (Quinn 1971) r o I j a t e d to lain by sedime nts of massiv e; compos ed Penn sy I va n ian Na rra-mainly of microc l ine, ganset t Basin m i c rope r t h i te, a l b i t o quartz , bio-t i t e , cn t 0 r i t e , and muscov i te Po rp hy r i tic Grayis h pink to Has been mapped at G r-a n j to a t New- Precam brian(? )- Younge r than the gray i sh green, Newpor t and on the Cambr i an port Dnd Conani cut c oa r s e 9 r-a j ned southe rn tip of volcan ic tuff, con-Island porph yritic granit e Conani cut Island glome rate and (Quinn 1971, W'i th I a rge pheno- quartz ite in the Weston Observ atory crysts of microl ine vicini ty, and over-1976) and microp hcrthit e; lain unconf ormabl y main c;onst ituents by Pennsy lvanian

                      <Ire microp erthite ,                                                                      cong lome ra t e microc i ine, albite ,

quartz , hornbl ende, biotit e, ch f o r i t e , and epidot e 3 of 6

MNPS-3 FSAR TABLE 2.5.1-5 (Cont) Df s t r i bu t i on ThicknesLliU Correlation Mut3cOm Granite Gr<ty to pink. Exposed at Bristol Neck Pre-Mississi- Along with the Gneiss mod i lim 9 ra i lied, in Br i s t o l , R.I. and pian (?) Bu l q a rma r sh granite ( Qu i nn 1 97 1 ) focally porphyritic, as an upfaulted block constitutes the base-strongly I i ne a t e d at Tiverton ment on which the wi ttl o va I pa t che s Pennsylv<Jnian sedi-of biotite; foliated ments in s o u t he a s t e rn fOC<t/ly; composed R. I. were deposited chiefly of micro-eli ne , rni c rope rth i t e , albite, qua r t z , bio-tite, a nd muscovite Pana~FHlse t Light to dark gray, A large irregUlarly Late Precambrian/ r n s r rude s the Black-erw i S5 med i urn LO coa rse sha ped no rth- sou ttl Cambri an stone series in some ( QlI i nn 1971; 9 ra i ned, I oca I I Y trending mass just area; correlated Feininger 196 1! ) p rop hy rob I a s L i c , east of the Hope also with the North-strongly fol i a t e d Valley alaskite gneiss bridge granite gneiss a nd I i ne a t e d group in northwestern R. I. in eastern Mass.; con-of gneissic rocks; s i de red an ea r I y minerals included member of the R.I. rn i c ('OC line, p I a- bathol ith (Feininger giocl<tse, quartz, 1964) biotite, hornblende, and muscovite Light Colored Light gray to gray, In a few north-south Precambrian Gneiss fine to medium trending lenses to (Qllinn 1971) q r a i ne d fa I i a t od the east of the gneiss composed of Ponaganset gneiss in In i c roc I j ne , 0 I i go- the western part of c t a s o , quartz, R. I. biotite, muscovite, and in some places hornblende porphyro-blasts Woonasquatucket light gray, medium I n north-centra I R. I. Precambrian Younge r tha n the Formation grained, indistinctly found f ring i ng t he Absalona Formation (Quinn 1971) foliated lind Absalona Formation l a ye re d gneiss and schist composed of microperthite, albite, quartz, muscovite and biotite; originated as crystal t uf'f' and lava flO\vs II of 6

MNPS-3 FSAR TABLE 2.5.1-5 (C~nt) Distribution Thickness Cft) Correlation Ahsa!onn Oil r k gray b jot i te A large mass in north Pre cam h ria n Overl ies the Nipsa-format ion schist or gneiss centra I R. I. chuck gneiss ( Qu inn 1971) with po rphy rob l a s t s of In i c roc line; other minerals are m i c r-ope r t h i t.e , albite, quartz, and biotite. along with some muscov i te, epidote, and hornblende; quartz grains i nd t ca t c a sedimentary origin Nipsachuck G ray to light tan, A mode ra t e sized a rea Precambrian Gneiss fine to medium exposed within the (Quinn 1971) 9 r a ~ ned fo I i a t c d Woonasquatuck Forma-gneIss. lineated tion with biotite streaks. a t s o rnicroperthite, a I b i te-o I i goc I a s e , quartz, and muscovite Blackstone Series: Sneech Pond A great variety of A number of exposures Precambrian May be Member of the Black-Schist rne t.a mo rpho s ed sed i- th roughou t no rth- 8,500 s t.orie series (Quinn 1971) men t a r-y and vol- e a s te rn R. I ., pa r-canic rocks. chiefly ticularlyaround q r a y to light Sneech Pond 9 ree n ish, fine gra i ne d quartz-mica schist, with interbedded quart-zite, greenstone, qua r t z c h t o r i t e schist, ampn i bo l ite schist, f e l d s pa t h i c mica schist, marble and serpentine Quinnvi lie B I u j sh to light Exposed along the Black- Precambrian Member of the Black-Qua r t z i te gray, medium stone and the woona.squa- stone series (Quinn 1971) grained, massive tllcket Rivers west of to thin bedded the Narragansett Basin qua rtz i t e , VI i th interbedded green-ish quartz-mica schist 5 of 6

MNPS-3 FSAR TABLE 2.5.1-5' (Cant) 1 i LtlO I og~ Distribution Thickness (ft) t-111ssey Sf'ook G ro o n i sh LO gray, A rew scattered areas Precambrian At least Member of the u r a c k-Schist fine 9 UI i ned and along the western edge 8,500 stone series {Quinn 19-(1) thin bedded of the Na rragansett chlori t e qua r t z Bas in of northeast R. I. sen i s t a nd til i n bedded Cjllartzite, biotite schist,

                   ~lrnenslorre, marble, ho rnb t onde schist, steatite, a nd serpentine Hun t i n9 II i I I Da r k green, fine               Exposed primari lyon           Precarnb ria n                t1ellltler of t ne Black-Greenstune        ~JrCl i nou greenstone           Hunt ing Hi II and                                           stone series (Quinn 1971)      t ha t rc s u I Led from         scattered in small areas low grade meta-                 west of the Narragansett mo rph i stu 0 f b a sa I tic    Bas in roc k; III i ne r a I S a re a mp t) i b 0 t e , p I a 9 i 0-c t a s e . and epidote, w i t h chlorite, bio-Lite. a nd qua r t z :

occur's a s volcanic and shallow intrusive bodies 6 of 6

MNPS-3 FSAH TABLE 2.5.1-6 ROCK FORMATIONS OF CENTRAL MASSACHUSETTS Thickness Distribution ( ft I Co rre I a t ion Wi I I j am sbu rq Co a r s c q r-a i no d . musco- Appears east of Mt. Toby Devonian (?l Cu t S Be I c he r t own Granodiorite vite-biotite grandio- and south across Amherst, t o na I j t e (Lme r s on 1917) r i t e 'vi i ttl pe qtna t it e s c a t t e r ed outcrops in

                       ;1 n d CI I b i Lev e ins           central Mass. - largest ne a r Ha yde nv i I Ie; a I so fourtd in north-central Conn.

Be J ctH: r lO'W11 l3ioti I.c:-tlOrnhlcnde- A discordant north-south Lower Devonian Intrudes rsrimfield Complex QlliHLZ diorite, gri-lO- trending plutonic mass s ch i 5 t.. Arnhe r s L s c h i 5 t-(1llIersol1 1<)1/, d i 0 rite. a uq i U~-LWil r- cx t orid i nq from t he Mass.- ell t s C r <I ~ ro1 t . F 0 rma t ion lllolllpson et al iWJ grandiorite and N.H. border almost to 1968) lesser p y ro xe rie Belctlertown ho rnb I end j t e ua rodw j ck B I Clc k 9 r-an i t e 9 n e iss. In a symmetrical ba t ho Li t n Lowe r Devon ian Related to tile Kins-Granite c onunon I y po rphy I' i t i c , from Marlboro, N.H. to man qua r t z rnonz o n i te (f"mcrson 1917, composed of ol'tho- Monson; about I. 1TI i 105 of Now lIolllpshire (?) l homp s on et a l c l a s e , qua r t z , bio- wide and about 50 mi les 1968) tite. magnetite, and long hype r s t he ne ; very CO<l r s o 9 ra i ned AlIllle "S t set: i s t Quartz-muscovite-bio- Th i n , ne a r l y north-south Devonian Intruded by Belcher-(Emo r s on 1917) t i te s ch i s t I oca I I Y trending body from N.H. town t o na I i lie s : becoming a gneissic to Hampden and into Conn. unde r l a in by Crag q r-a n i t e I ike rock t-lt. Fo rma t l o n (t*lt. Toby quad) C ra gMt. F0 rma-: Hade lip of t ou r un- The amphibol ite can be S j i l l r i an t ne top l a ye r was tion narnc d mcrnhe r s : iI seen j n t he ea s t side 0 r Devonian named by Erue r s on t 1917) (Efllen;ofl 191/. qua r t z i t e , ("I m i ca Conn. va I t ey ; scattered as Erving no rneb r c no o I homp s o n eta I ~ ru ywa c ke , a nd il o u t c r o p s can be seen on s c h i s t - I i c s on t.o o of 1968) 9 re e n i s h 9 r ay , we I I both sides of the Poplar me t a q r a ywa c ke : na s been f 0 I i ate d iHfI phi b 0 l i te Mt. gneiss co r re l a t e o with t lie C I 0 It 9 h q LI ;-1 r t zit e 0 f tho Si l u r i a n and tile ° Littleton Fr/l. of the De vo n i a u ; overl ies Be r n a rd s to n Fm. in Central !-lass. 1 0 f 3

MNPS-3 FSAR TABLE 2.5.1-6 (Cont) Thickness

                                                                                                             --.J.LlL_

ri t c hbu r q Ma s s i vo , I i yilt Large plutonic IHClSS ex- Devonian Re t a t e d LO the late Cra n i t o co I 0 red, mc d i um tend i ng no rth from Devonian Plutonic (Lmo r-son 1917, 9 ra i ned llIUSCOV i te- WO rces te r series of Page(1968) Page 1968) b jot i t o - m i C ro-line g ra n i t o Ayc r Grano- Ma s s i v e , I i gh t Borders the r'lerrimack Upper Si lurian Intrudes tile Oakdale dio r i te co I 0 rc d , men i urn syncl i no r i um to tile Lowe r Devon ian q uu r t z i t o a nd the ( Ellie rson 191 ( . g r a j ned musc ov i t c- east from Conn. Worcester phyl lite; Page 1968 biotite-microl ine into N.Il. r e I <l ted to t he Lyons and Faul granite N.H. Plutonic series 1968) Hubb a rd s ton Very coarse grained In elongate mosses tren- Si lurian - Granite 9 ra y-wh i t e. hi 9 hi Y ding north-northeast in Devonian (Eme r s on 1917) feldspathic granite; south-centra I Mass. near much va r i a t i o n in Sturbridge, HOiland, composition esplcial- Brookfield, and New Iy ne a r contacts Bra i n t re e Brimfield Coarse gr'airlcd, red- A large mass exists at the Si l u r i a n Possible equivalent Schist brown lIlu::>covite Mass.-Conn. border in a Devon ian to Worcester phyl lite; (Efller'son 1917. schist containing band about 12-14 mi wide, correlated with Tatnic Dixon and much biotite and which pinches out near Hi I I Formation of Lunugren 1968. pyrite and weathering Bolton Notch and reappears Conn.(Dixon. 1976) Dixon 1976, to a rusty color south in a narrow band Skehan 19(8) 1-2 mi wide from Rt. 85 southward, pinching out again near Deep River, Conn. Wo r'CCS t o r Fi::>sile, s o tL , black A nea r Iy no rth trend i ng S j i l l r i an - Possibly equivalent Phyll i t e s hn 1(; or pllyll i te. ITIClSS extending from Devonian to Br'jrnfield schist (E/lI(~r'son lC)17. e (I dHJ 11;1 C (; 0 U S 0 r Worcester to N.H. Skehan 19611) gri'lpllitic, t.o a sericite schist Paxton QU<t r t.z Quartzose scn i s t , Very extensive areas in Si t ur i an Possibly equivalent

 ~chist               sometimes rich in            centra I r~ass. in trough                                           to Oua b b i n qua r t z l t e ,

(Emerson 1917, diopside and other of Me rr i ma c k sync I i no r i urn: Oakdale qUJftzite. f<od'Je rs 197U) ca l c , - s iii c a t e 5 widens to the south into nnd/or Clough Conn. quartzite 2 of 3

MNPS-3 FSAR TABLE 2.5.1-6 (Cont) lhickness Distribution ( ft) Co r re I a t i Of) QlIabbin ,.10s t common I y 0 wh i te A thin north-south trend- o I'd 0 vic ian - Possible equivalent Qua rtz i t e granular quartzite ing strip extending from Lowe r S i I uri an to Oakdale quartz-(Emer'son 1917, Northfield to Palmer ite to t ne east; Hodge rs 1970) part of Merrimack Group (?) Possible e qu i va l e n t to Clough quartzite Oakdale Fino groined, equi- A somewhat linear N-NE Ordovician to May be p a r t of qua r t z i t e q rn nu l a r , reddish trending mass bordering Si lurian Me rr i mack Group (Lme r son 1911, brown qua r t z i I.e the Merrimack syncl inorium Skehan 19G8) on the east from Conn. to N.H. Nonsort Gneiss Co a rse 9 r-a i no d , b i 0- A north-south trending Ordov i c ian Probably equivalent (Emerson 1917, tite - plagioclase plutonic mass extending to the pre-5i lurian Thompson et al gneisses witt! horn- from the Mass.-N.II. border lIighlandcroft 1968) blende amphibol ite almost to Belchertown Plutonic series layers and boudins Of) na 0 i 0 rite f) i 0 rite \v i ttl d i 0 rite Along the edges of the Ordovician Now con side red a (Emerson 1917, schist and diorite f>lonson gne i s s portion of Monson Rodgers 1970) ap lite gneiss; may represent dikes or mafic in-trusions into the Monson gneiss Pup I a r Mt. Gray, well ro t i a t e d , Large area in Central Pre-Middle Not known, Oldest formation in Gneiss micaceolls gneiss, Mass. [I long east side Ordov i c i an but qua rt- Pelham dome complex (Erne r s on 1917, composed of biotite- of Conn. River; runs (Sa I k 1957) zite veins Balk 1957) muscovite, quartz, from Northfield to up to 400 ft feldspar; contains Belchertown; about are present lenses of amphibol ite 8 mi les wide 3 of 3

MNPS-3 FSAR TABLE 2.5.1-7 ROCK UNITS EAST OF CLINTON-NEWBURY FAULT SYSTEM, EASTERN MASSACHUSETTS, AND NEW HAMPSHIRE Thickness Distribution -If..U- Co r re I a t ion s White Mountain Plu- Mil Ii I Y a I ka / inc rocks, Most members of this series Mesozoic Intrudes Paleozoic tonic-Volcanic sycniLc5 and granites, are distributed as stocks rocks So r i c s mostly intrusive but in centra I N. H., but ( f3 i I lilly 5 1 CJ~)6, a t so volcanic ma t.e r i a l se ve r-a l are scattered in CIla pma n , 068 ) southeastern N.H., Vt., and southwestern Maine Climbr j dq e Sf a t e , shale, argi I- Occurs in Boston Basin in Carboniferous 3,500 Ov c r l ies the Roxbury 1\ rCJ i I I ito I ite, and some inter- Eastern Mass. Conglomerate ( Ellie rson 191 ( ) beddcd sandstone; green j ~tl and ye I IO'W-ish quartzite Roxbury con9 I OHiC ra t o , with Located in Brookl ine, Carboniferous up to 3600 Generally correlated Conglomerate layers of sandstone and Dorchester areas with ca rbo n i fe ro u s (Emerson 1917. Hnd slate, mostly rocks of the Rodgers 1970) massive conglomerate ~arragansett Basin Mattapan Volcanics Flows, volcanic Name from Mattapan, Mass. Ca rbon i fe rous Eruptions continued and Lynn breccius, and pyro- during deposition Vo/cClnics clastic sedimentary of t lre Roxb u ry (Emo r s on 1917, beds; mainly fel- Conglomerate; Shride 1976) sites and melClphyres lithologically associated with and comparable to the Cllt by intrusive Newbury Volcanics re t s i t e s and q ra no- (Chapman, 1968) phyric rocks Andover Granite White to dark gray, Occupies about 8 100 sq Devonian Intrudes NastlOba Gneiss moderately coarse- mi area near Andover, Formation; (Lme r s on 1917, graincd, biotite- '-1a ss. includes Gospel Skeha n 1968, muscovite grClnite, Hi II gneiss Bcll and Alvord commonly fol iated; 19/6) composed of feldspar (microcl inc and albite), quartz, muscovite 1 of 5

MNPS-3 FSAR TABLE 2.5.1-7 (Cant) Thickness Oistribution -lCU-- Co r ra I ;l t i on..§ Nowb u r-ypo r t Quartz Ned i lim ~] r a i ned, somc- Linear m<lss nenr Stoneham Devon ian Co r r o t a t t ve w i t.l: New nt o r I t e wtl<l t ~)rll'~ i s s ie, qua rtz a nd a I a rg e r ma s sin 1I;IOIp:.;l1ire s e r i o s of (Oi" ings 19~G, d i 0" i i.o , con sis t i ng northeast corner of Mass. f:) i I ling s (19~6) Emerson 1917) of ;lnde!i;ne-labrCl-do('jl.e.orttlOcla!ie, qua r t z , and horn-blende Nmv'lHII'y It ows , b r e c c i a s , a nd locClted in tOWIlS or Rowley S j III r i an- 14,700 Rescfllhle volcClnics of VO I c a n i C~> t II f r S r a r I!] j "9 i n a nd Newbu ry , Mass. De vo n i a n ~ i rII i I <l r- age in (Em~I'sotl 191/. composil.ion from southeastern MCline Sh r i de 1S116) rnyo I i t.o a neJ 1),1 s a I t a nd i rI New 11<1 mp-hu t, pn~doJllinately s h i (0 e : p o Ssib lye 0 r n rhyolite; inter- laLed with Lynn Clnd b e d d c d s lra l e , S i I t- Hnttapan volcanic s t.o nc , I i nie s t o no , complexes (Chap-s ornc fossiliferous ma n 1968) He r r i moe I, C ro up s r a t.o s , siltstones, In sou t ho a s t e rn N. H. Ordovic ian- 18,000 Consists of the (Bi II ings 19~G. phyllites, biotite and adjacent Maine S j i l l r ian Berwick Forflli'ltion, Hussey 19(8) schists, qua r t z m i c a e [I i o t Formation, and schists, Quartzite UtC Kit t e ry q ua rt-a nd a ru i t Laceou s z i t.e : the EI i o t fm. quo r t z i t.c has becn correlated with the Worcester phyll i t e in central Mass. and the Water-v i I r e Fm. in Ma i ne "ye Formation Fo r-rna t I on divided in- In southeastern N.H. o rd 0 vic ian- 4,OCJlJ Ttre upp e r memb e r is ( 13 i I I j ng 19~)G, to a lower meta- in a bClnd stretching S i lur i an correlated with the Hussey 1968) sed i men La ry memb e r from New Castle to AlTIlIIonoosuc volcanics (gr8ywncke and slate) Hampton Fa J Is and the lower . a nd an tipper meta- member with the At b e e volcanic member Fm. or western (felsic volcanics New Ha mp sh i roe w i ttl graywacke) (Billings 1956) Ta drnuc k Br-oo k Chiefly aluminous In northeastern Mass. Ordov i c ian 3,000 Schist schistose rock inter- f rom Law renee to ( Ue I I a nd A I vo rd s t r a t i fie d wit Ii sub- Shrewsbury 1976) sid i a ry a mph i bo I j t e a nd thin quartzite beds 2 of 5

MNPS-3 FSAR TABL_E 2.5.1-7 (Cant) Thickness __ iI..1J _ Na s nob a Sequence of i llLcr'- Extensive exposures Ordovician :3 ~, 100 lo rtua t i o n s t ru t i r jed me UI- in northeastern Mass.- ( Skull;] n 1 ~6H , sc;oirneJltary <lnd meta- and extending into N.H. Bell <Hid ,/\tvuni VOIC,lIlil; ro c k s : cun-1976) s i s t i nq or b i o t i t o-ridl grwisses, diop-s i d ic , a mp h i b o l e , a rrd b i o t i t c r-ich qnc i s s e s

                               ,I n d sell i s t. s , (lin p t1 i b u I -

it o s ;llId C:ClI c - s iii c a t e b(~;l ri nq 9118 i s s e s and schisLS r i ~;II B,-o()l~ Crro iss I iqht ~JI'ity, fine-to- In northeastern Mass. Ordovician 5,000 Co n to rtna b I y ove r 1,\ i fI ( Be I I iHH1 A I vo I'd mcd i 1I11l-g 1',1 i ned b i 0- no r t h -ce n t r-a I George town by Nashoba 1976 ) t i t.c qun r t z p t au-e Qund to Maynard quad iocl8se gneiss Ca p e Ann Plutollic Ser-ies: Quincy Cr<lY to I i9tH gray, Forms s e ve rn l hi lIs in s. Iur i a n- Cons i de red to be C; ra n i te flied i urn ~l r a i ned. ma s- no r t he a s t e rn n. I. and o rdov i cia n p a r t 0 f Cape Ann (Emcrson 1917, sivc, consisting of in southeastern r-1ass. Plutonic series, Be I I a n d A I v 0 rrl m i c r o p o r thit e , q u a r t z , above i t along with Nahont 1976, Quinn 1971, r i e b c c k i t e , a c qi i t r o q a bb ro , Sa r ern gabbro La rtrna n d nd w i t.h veins and p a t c ne s diorite and Cape Ann MCi rv j n 1971) of F f uo r i t c q ra n i t.e ; in R.I. correlated with East Greenwich Group S,I I oru QlI'.II-LL:-'11.I9 i t.u d iori t e , I r r-equ t a r masses in Ordovician Rel~Led to Quincy Cab 0 nH1 i 0 r i t. c qua rtz-~]<'tlb rod i 0 I' i te, Bo s t o n area Granite, Cape Ann ( [III c r son 1 9 1 I , of t e n p o rp ~l r i tic, G r a n i t e and t ne Shridc 1976, sometimes gneissic Na ha n t, q abb ro Sket1;H1 1968) (Shride 19/6) Cape Anll Grilnitc Gray o re dorn i n a n t l y Cape Ann area, north Ordovician Related to Quincy (Dennen l~nG, lin fa I i <t ted f i ne-,lted i urn or Boston G r ,1 nit e r Na r1 ant s h r ide 1 9 76 ) to co a rs o g rCl i ned gabbro (Shride 1976) t euc oc ra t ie (j I ka t i 9 ra n j t e to (l I ka Ii qua r t z syen i te Sl1cl',./ s tle e n Gne iss Heel i lIIn-u reI i ned, i n- In northeastern Mass., C<lrnbriCln- P ro b a tl I Y Call fu rma h Ie ( Be I I a nd A I vo I'd e q u i q ra nu l a r , HlLlS- f r om no r t hc e n t r a I o r-dov i cia n wi t h overlying rislJ covite-biotite- Hending quad to Brook gneiss 1976) qUilrtz-ol i~(),;I(lse Hudson quad gneisses 3 0 r )

MNPS-3 FSAR TABLE 2.5.1~7 (Cont) Thickness Distribution ( ft) Co r re I a t ion s Mil 1"1 boru Th i n-eb e due d strati- In eastern Mass. Camb I" i an F 0 nlla L j Oil fie d ClUl pili b 0 I i Lei n-( Be I I a nd 1\ I vo rd t c r s t.r-a t t r i e d with 1<)76, Sket1(l1l and biotite-Illuscovite-I\bll-mollstafa qll<1I'LZ gneisses and 1976 ) s chi s t s : ttl e lowe r mctnh c r COllS;5tS of qua rU:-lJ i 0 L i te-mll5-c o v i t o sell i s t and

111I pili IJ0 I e - b i 0 t i t e-pl<J~iocICJse-qll(lrtz gneisses 'With some ma rb l e and aruphibo-lite I3l1rl ingt.un Qua rLZ i i.e , qua r t z- I\long Bloody Bluff fault Camb r i a n- 100 Rests unconformably 10 1"11I::1 t ion fa I d sp a I' gne i 55, in Lexington quad, Mass. Ordov i c ian all an eroded s u r-( Be I I a nd A I vo rd m i c a q ua r t z feldspar e

fnee of the Middlesex 1976) glle iss, arnph i bo lite, Fel Is volcanic me t arno r p ho sed a rko s e complex and conglornerClte Creen I o a r 1>lollnta in r inc-gr<l i ne d , very s out.h of t he Bloody B Iliff Cambrian- 15 Contacts not we I I 10 rrna t i o n t h i n I y I ,I min ate d fault in Lexington quad , O rdov i cia n exposed ( Be I I a rid 1\ I vo rd d a 1'1, g r-e e n to g r e e - Ma s s . 1976) nish-grClY rock consis-ting mainly of amphi-bo l i t.e Br-Cl i ntrue Slate c rccn i sh. gr<ly, to Sma l I bodies near Brain- Middle At least Overl ies Weymouth ([merson 1917, dark gray, non- tree; general t r'end is Camb r i an 1. 000 Formation Theokritoff 1968) c a l c a re ou s slate; E-W foss i i i ferous Creenisl1, gray, or very sma II p a t c h (less Early Cam- One member Overl~in hy Braintree WeYllloll ttl Formation dark red slate with than 1/2 sq mil ne a r b ri an a t least s l a t c : Hopp in ([merson 1917, c a I c a r eou s lenses, Weymouth and Nahant 600 slate is a member Theokritoff 1968) nodules a nu argilla-ceous I imcstone beds; f05S i i i fe reus Northbridgc Grnnite Consists of 8 varity In sou t nea s t e rn Precambrain (;r18 iss of gneissic rochs Ma s s , (Quinn 1911) 4 of 5

MNPS-3 FSAR TABLE 2.5.1-7 (Cont) HI i c kne s s Oistribution ( ft ) De(1tIClfll Co a r s o biotite gran- A large massive budy Pre c a mb ria n Intrudes r1iddlosex c; 1'<HlOd i 0 rile odioriLe composed of wh i ch genera Ily sur- Fells Volcanic com-(Lmo r s o n 1917) m i c r-o c t inc, p t aq i o- rounds the Na r r a qa n s e t t plex and Westboro c ta se , a nd c s f nu , Basin; in the s ou t h- r () rrna t ion qu"rLZ. ell/or; t e , eastern part Of Mass., e p i d o t.c . and k a o l in; i t extends in a general i t is CIIL in s e ve r a t no r t.he a s t- SOLI t hwe s t 1'I,lCeS by d i ko s and direction and is 115 s t ()c I~ S 0 f rei sic mi les long and about nra t o r i a t 20 wj l e s wide at its mCJximum t'1 i d (1 I e s (~/, I (~l I s A vo t c a n i c p i Ie, com- Occur's in an intermittent Precambrian ~,OOO Co r re r a t e d with tile Vo l c a n i c COlflfJll::>< IJOSo(j or t cn t i Is of belt extending from the mafic upper part of ( no I I a nd A I vo rd me t amo rpho s ed r t ow coastl ine in the Ipswich the BIClckstone Series 1976) rocks, coarse pyro- quad s ou t hwe s twa rd to of H. I. c l a s t i c do po s i t s , and the northern pa rt of t' t ne gra incd tuffs; R. I. most of t hu s o rocks

                                  ,11'C c omp o sed ilia in I y uf hornblcnde and pl£lgioclase wo s t b o ro Fo rrna t ion        Varying types of                  Extends intermittently           Pre c amb r i a n - 3,600          Con fo rrna b lew i th tile

( no I I a nd A I vo r o qua rt z i t.c s , along with from the northeast overlying Middlesex A ry i , I i t e , me t amo r> corner of the 80ston Fel Is VOlcanic com-1916 ) p lio s cd s ha l e , and North quad s ou t hwe s twa rd plex qllC1rtz bearing calc- to the northwestern si I i c a t e strata; all part of R.I. of t he qua r t z i t c is fine g ra i lied a nd c qu i q rnriu l a r : upper part consists of quartzite a n d feld-spa ,'- ho r nb I ende q nu i s s 5 of :>

I,NPS-3 FSAR iABLE 2.5.r-8 DESCRIPTIONS OF LINEI'ENTS FROM LNDSAT PHOTOGRPHS (Shown on Figure 2. S.1-10) Lineament Lengths Bearing (mi1es) Explanation 1 N24E 14 Southern g miles follow stream valley; northern 6 miles is a geologic contact 2 N38E l0 GeoJ.ogic contact 3 N49E 13 Southern g mies is a geologic con_ tact, northern 5 miles fol1ow a roadway 4 N48E 22 Geologic contact r¿hich coincides with a faul_t along northeastern 5-mile curved portion 5 N42E 13 Geologic contact along southern 7 miles and foll_ows faul_t alono northern 6 miLes 6 N24E 16 Fau1t and geologic contact 7 N29E 10 Southern 5 miles is a fault; entire length is a geologic contact 8 N40E 32 Entire length coincides with a fault and sections are also geologic contacts. The bearing of the northern section curves to N2gE 9 N30E 45 Southern 29 miles is a geologic contact,. northern 16 miles coincide

                           çith a fault 10      N30E      43        Thrust fault, and in sections     a geologic contact 11      N32E      lZ        NormaL    fault and geologic contact 12      N34E      lB        Norrnal   fault and geologj_c contact 13      NI?E     14         Geologic contact 14      N14E     16         Geologic contact and topographic expressJ.On 1of5

MNPS-3 FSR TABLE 2.5. l-8 (Cont) Lineament Lengths l.lo. Bearing (miles ) ExpLanation 15 N26E 2I Thrust fault and geologic contac 16 238 38 Thrust fault- for entire Iength with geologic contacts in sectj.ons L7 I'115E 33 Geologic contact and follows a roadwav f8 N15E L4 Geologic contact and topography 19 N32E 11 Fault and geologic contact ZO N38E 13 Geologic cont.act Zl l'158 35 Geologic contact plus sections that foLlor¿ a fault 22 I.l36E 11 Low angle fault and geologic contact 23 N22Vl L4 Stream vallev 24 N38H 12 Northr¿estern 5 miles are a geologic contact and entire lenqth follows a stream 25 N27W 12 Coincides with a stream vallev and follows a road 26 541,J 15 Stream valLev and railroad tracks 27 N-S 15 Geologic.ona-.a 28 N12E 11 Stream vallev 29 l'708 16 9,lestern 6 miLes is a stream valley; eastern I miLes is a geologic contact 30 ll28E 13 Geologic contact and segrnent of Triassic border fault 31 }llsE 15 Northern 4 miLes are due to topography, southern 11 miles coincide with a fauLt and a geologic contact 32 N06E L2 Geologic contact and fault 33 25E L2 Geologic contact along diabase intrusives for southern 6 miles

                               ¿ot3

I,I'JPS-3 FSR TABLE 2.5.1-8 (Cont) Lineament Lengths No. Bearing (miles ) Explanation and stream bed along northern 6 miLes 34 N15E 4I Geo.ogic contact along basalt extrus ives 35 Nl6E 16 Geologic contact; also foLlows road nd stream valley 36 I\39E 11 Topographic expression 37 N20$f- ll Geologic contact and topography NIOE 38 N2BE l8 Fault and geologic contact 39 N38E 16 Geologic contact and river valley 40 N18W L2 Stream valley 41 Nl?W 11 Strearn valley 42 NllE f5 River valley 43 N15,1 to 19 Geologic contact NTOE 44 N20W to 10 Geologic contact NI 2E 45 N14E 11 Geologic contact and fault 46 NllE LZ Stream valley 47 N15E 16 Geologic contact and possibly segment of Triassic border fault 4A N18E 15 l.lorlhern 4 mrLes is a geologic con-tact; southern 11 rniles is a stream valley 49 I'l-5 to 67 Geologic contact and Connecticut I'I25E Va1lev eastern border faul-t 50 I'1388 13 GeoloÇic contact 51 i.258 1l Stream valley 3of5

M.IPS-3 FSR TABLE 2.5.1-B (Cont) Lineament Lengths Bearing (miIes) Explanation 52 lt221 lZ Geologic contact and fault 53 N071., lB Topograplric and stream val_ley 54 N20E 16 Geologic contact and fault 55 t77ht L4 Honey HiIl fault. 56 t{-S 33 Lake Char fault 57 !23W L4 Topographic expression and northern 5 miles follow stream valley 58 N50E LZ penn Central railroad tracks; southern 3 miles foI1ow road\.ray 59 'Il8W 12 Sections fol.Iow roadway; inlet and pond orientation due to topography 60 N34E 13 Northern 4 mi.les follow a fauJ.t,_ southern 6 miles foIIow a geologic contact; a road and raiLroad tracks also coincide v,ith the lineament 61 N3BE 11 Geologic contact and raiLroad tracks 62 N40E 14 Thrust fault zone 63 N22E 16 Southern 6 miles follow a fault, northern l0 mi.Les is a geologic con_ t.ac t. 64 N19E 30 Geologrc contact; southern 9 miles al so coincide r.rith a fault 65 NZ6E f 6 Roadi.ray and topography 66 NlgE I7 Topographrc expression 67 N-S 4,4 Geologic contact 68 N06E 29 Geologic contact 69 N40E 14 River valley 70 N15E i0 Rive r ,¿a I ley 7L N05W L2 River valey 4of5

I'INPS-3 FSAR TBLE 2.5.1-8 (Cont) Lineament Lengths No. Bearing (miles ) Explanation 72 N32E 2l Northern 6-mile section and a central 4-mile section follow a stream vaIIey 5of5

I*Ii*IPS - 3 FSAR TABLE 2.5.2-1 MODIFIED MERCALLI (MM) INTENSITY SCALE OF 1931 Intensity Description I Not fel t except by a very f ev under e spec ially favorab Le circumstances. II Felt only by a fev persons a t res t, e spec ially on uppe r floors of buildings; delicately suspended objects may sw i.riq . III Fel t qui te noticeably indoors, especially on upper floors of buildings, but many people do not recognize it as an earthquake; standing motor cars may rock sligh tly; vibration as if truck is passing; duration estimated. IV During the day felt indoors by many, outdoors by fev; at night some awakened; dishes, windows, doors disturbed; walls make creaking sound; sensation as if heavy truck we r e striking building; standing motor cars rocked noticeably. v Felt by nearly everyone, many awe ke n e d , some dishes, w i.ndows , etc broken; a few instances of cracked plaster; unstable objects overturned; disturbances of trees, poles, and other tall objects sometimes noticed; pendulum clocks may stop. VI Felt by all, many frightened and run ou tdoors; some heavy furniture moved; a few instances of fallen plaster or damaged chimneys; damage slight. VII Everyone runs outdoors; damage negligib I.e in buildings of good design and construction; slight to moderate in well built ordinary structures; considerable in poorly built or badly designed structures; some chimneys broken; noticed by persons driving automobiles. VIII Damage slight in specially designed structures, considerable in ordinary substantial buildings with partial collapse, grea t in poor ly buil t s true t u r e s , pane 1 '.,:a Ll s thrown out of frame structures; fall of chimneys, factory stacks, columns, monuments, walls; heavy furniture overturned; sand and mud ej ected in small amounts; changes in we Ll '..later; persons driving automobiles disturbed. IX Damage considerable in specially designed structures; well designed frame structures t hr own out of plumb; great in substantial buildings, with partial coilapse; buildings shifted off foundations; ground cracked conspicuously; underground pipes broken., 1 of 2

llNPS - 3 FSAR TABLE 2.5.2-1 (Cant) Intensity Description x Some we I I built woe den structures destroyed, most masonry and frame structures destroyed with foundations, ground badly cracked; rails bent; landslides considerable from river banks and steep slopes; shifted sand and mud; wa t e r splashed (slopped) over banks. XI Fe~'J, if any, (masonry) structures remain standing; bridges destroyed; broad fissures in ground; underground pipelines completely out of service; earth slumps and land slips in soft ground; rails bent greatly. XII Damage total; practically all works of cons true tion are damaged greatly or des troyed; waves seen on ground sur face; lines of sight and leve 1 a r e dis t o r t e d : obj ects are t hr own upw a r d in to the air. 2 of 2

tlNPS - 3 fSAR TABLE 2.5.2-2 LIST OF OPERATING SEISMIC STATIONS Station Location Latitude (North) Canada fvlon t real, PQ Connec ticut Bt"ookfield 41°29 1 3 5 . 0 11 73°23 1 0 1 . 9 " Ells\.Jorth 41 ° 50 I 04. 7 II 73 ° 24' 40 1 8 " Haddam 41°29'08.7" 72°31'23.6" N stonington 41°28 1 5 0 . 7 11 71°51'05.7'1 Storrs 41°49'54.0 11 72°15 1 0 2 . 0 " De Lawa r e Newark Maine Allagash 47°04 1 5 4 . 0 69 ° 0 I' 24. 0 II Caribou 46°55'57.0 68°07'14.8 1 1 Dickey 47°03'30.8 69°05 1 5 6 . 2 " Dickey (Kelley Mountain) 47°07'49.3 69°09 1 0 8 . 8 1 1 Dickey (Carter Brook) 47°05'15.2 69°10'07.4 1 1 Dickey (Rocky Mountain) 47°11 1 1 7 . 2 69°16'35.1 1 1 Dickey (Browns Brook) 47°00'40.7 69°15 1 5 4 . 0 " Dickey (Two Mile Stream) 47°05'20.4 69°29 1 4 4 . 5 " East Machias 44°44 1 2 1 . 0 67°29 1 2 2 . 0 " r*lilo 45°14 1 3 7 . 0 59°02 1 2 5 . 0 " Turner 44°15 1 3 4 . 9 70°15 1 1 8 . 3 11 Massachusetts Duxbury 42°04'07.0/1 70°46'04.0" Fall River 41°43 1 71°07 1 1 7 . 5 11 Gloucester 42°38'25.0/1 70°43 1 3 8 . 0 " Harvard 42°30 I 23.0'1 71 °33 I 30 .0 11 Quabbin 42°27'23.8/1 72°22 1 2 5 . 8 11 Weston 42°23'04.9 11 71°19 1 1 9 . 5 " Westford 42°36 1 3 8 . 0 " 71 ° 29' 26 .0" New Hampshire Berlin 44°35 126.1 11 71°15'23.0 1 1 Center Sandwich 43°48 1 5 7 . 5 " 71 ° 27 1 4 3 . 2 II Durham 43°07'21.0" 70°53'41.2/1 Goe Hill 43°52'12.0 11 71°07'08.4" Hanover 43°42 1 1 9 . 0 " 72°17 1 0 8 ; 0 1' Laconia 43°35'27.6" 71 ° 29' 24 . 0 II Hou l tonbo rough 43°43'37.2" 71°19 1 1 9 . 2 " Oak Hill 43°16 1 4 5 . 0 11 71°30'19.9" 1 of 3

HNPS-3 FSAR TABLE 2.5.2-2 (Cont) Station Location Latitude Longitude (North) n'/est) Pitcher Mountain 43°03'43.0" 72°08'08.9 11 Holfeboro 43°36 1 1 4 . 4 ' 1 71°05'56.4 11 vlhi teface 43°52'06.0 11 71°23'59.0" New Jersey Green Pond 41°01'03.6/1 74°27' 39.0" Long Valley 40°48'34.2 11 74°45 1 0 5 . 4 " Ogdensburg 41 °04' 74°36 1 5 9 . 9 11 Paha Quarry 41°00'26.3" 75°05' 09.0" Princeton 40°22'00.6/1 74°43' 04.2 11 Tabernacle 39°51'51.0" 74°39 1 4 6 . 2 11 Ne\-l York Alfred 42°13 1 3 1 . 2 " 77°47 1 4 9 . 7 " Alexander Bay 44 ° 19' 21 .0" 75°55'40.8" Airport Hangar 43°50'28.7 11 74°29'49.1 11 Bangor 44°39 137.8" 74°22 1 4 3 . 8 " Blum 41°19'46.9" 73°57 1 1 8 . 0 11 Blue Mountain Lake 43°52' 04.8" 74°24 1 0 7 . 2 " Crystal Lake 43°51'04.7 74°26 1 5 6 . 4 11 Croghan 43°54 1 1 8 . 0 75°24' 45.0" Castle Rock 43° 52' 26.9 74°27'35.9" Dannemora 44°45 130.0 73°50' 08.4" Dunderkurg Mountain 41°17'39.9 73°58 1 2 9 . 9 " Dersam 42°50 110.7 78°10 1 0 7 . 7 " Delli Paoli 41°15 1 1 0 . 0 ' 73°54'39.0" Down Hole 42°49 123.4 1' 78°46 I 0 1 . 8 t1 Eagles Nest 43°51'34.6" 74°28' 54.6" Gobbelet 41°19'46.0" 73°55'19.0" Girl Scout Camp 41°15'58.0" 74°00 1 1 4 . 0 " Hamilton 42°49'54.6 11 75°30' 53.4 Indian Point 41°16'02.0" 75°5S '54.0 Hanhattan 40°46 1 5 1 . 0 ' 1 73°58 1 2 5 . 8 r'lassena 44° 59 154.0 74°51'43.2 Over Castle Rock 43°53 1 0 5 . 4 74°31 1 4 5 . 6 Osborn 41°21'37.0 73°55 1 2 5 . 9 Palisades 41°00'15.0 73°54' 32.9 Plattsburg 44°50 102.9 73°33 1 1 7 . 9 ' Pottsdam 44°34' 20.9 74°58 1 5 8 . 1 " Sanborn 43°10'25.8' 78°52'13.2" Stoney Point 41°14 1 2 7 . 0 " 73°58 1 1 6 . 0 " st. Peters School 41°18 1 0 6 . 9 11 73°53 1 2 6 . 0 " Scherman 41°13 1 4 2 . 0 " 74°00' 50.0 11 Stiles 41°11'19.0" 74°00' 12.9" Table Rock 41°08 1 2 9 . 9 " 74°13 ' 19.9" Ut owana Lake 43°50'16.2" 74°32' 36.0" vlegel 41°21 1 3 2 . 0 " 73°53 157.9" 2 of 3

HNPS-3 FSAR TABLE 2.5.2-2 (Cont) Station Location Latitude Longitude

                                   -(-No-rth)                 (West)
 ~'l indham                     42°20'15.0  11 74°09' 09.0 11
 ~'l i 1min g ton               44°23' 27.5 11        73°51 1 3 4 . 2 "

Hard Pound Ridge 41°15'16.7 11 73°35'08.3 11

 \,/ est Vall e y               42°28'15.0"           78°34' 06.0" Pennsylvania Be a v e r                     40°42 1 80°20' Erie                           42°08'                79°58'59.9'1 Abington                       40°06'59.9"           75°08 1 State College                  40°47'42.0"           77°51'53.9" Vermont Colchester                     44°34'39.6"           73°08'45.0" Fletcher                       44°43'22.0"           72°57'06.0" Harlboro                       42°50'18.0"           72°48 I 03. QI' Hiddlebury                     44°00 1               73°10'52.1" Hontgomery                     44°54 149.0" 72°37'40.0" Hontpelier                     44°16'42.0"           72°36'24.0 11 Source:

Chiburis, E. C. 1969, Seismicity of New England (In press) 3 of 3

MNPS-3 FSAH TABLE 2.~.2-3 CIIRONO LOGICA L CATALO G or EA!lrt-IQUM',E ACTIVI IY \-I/HIIN 200 MILES OF THE. SITE Intens ity >111 (Mf'1). No Limit 011 Magnit ude Or' j 4 L a t i- l.ongi- InLen-230.5 r i IIIf~ tilde tilde sity

  'y~g-.r         Q.<u~                                                                               MclClf1 i -         Geog raph i ca I jY~~;      1     ~~..!U         L(j~                                                                                    '1ornp. fl t l!:!!:lL     !...ude-H*...      __IQ.~£.UU_f1_

l'jMI L9Y-i1C cml 41.5 72.5 VI I 1 ~ /II 111.5 72.5 CT - Mandlls , E. lIaddam I~R4 I~ I .5 72.'"; VI V CT - Moodl/S , r, /jadd~rn 1 ~J92 J~ 1. 5 72.~ V CT - f'1oodus , E. Iladdam 1627 C1 - f'1oodus , E. Haddam L12.6 70.8 VI MA - Essex 1(>113 March 15 1?Of) 112.8 1('jI'3 J uno 1 1 1800 11?.8 7l1.8 7fJ.8 IV IV MA - NewtJII ry lui}] No vemne f' 8 II? 6 70.9 IV MA - Newllil ry 16',)8 Ap r i J 11, '*1A - Oa rive rs 11?5 7().9 V MA - Lynn 1(168 Ap r i I 3 1110() 11;>.3 71.1 IV ,..'/\ - DosLon l(J77 (){~cernt Je r: 13 /11.1 7",. 'j IV C1 Starnl'o rc1 l{Jn~ r e h r ua f'Y lR II? I l(1C)B

                                                                         /f I. H        IV                             1'1/\    -   ll(tflV(~rS 1/02
                                                         /11.11         73.'j n.5 IV                             CT       -   ();t flt", fOY 1 IOf)     .June 2"1 111.1/                          IV                             C1       -   ()i1rlllll ry
                                                        '1;'>.1,       71.1             IV                             rM       -   Uo ~ t.on J 11 I                                                 111.1/          t s .>>          IV                             cr      -    ();l flllIl  r'y 1/?7        r~{Jvern be r     111      (JJIIll          11;;.8         71l.6 1 I? I      Novelllh e r      III H-   11113   'J       11;'>.8 VI I IV
                                                                                                                      /-1/\    -   C"IJ(; Ann 1127        Novemh er 10'"             U11')

1.1.6 HA - Cape: Alln 1 127 Novemb er 111'"

                                                        'I? .8         70.6            IV                             ,.,A     -   r.<l fll!    Ann 22UO             ll~ .8         {(J.6          V                               1A     -   capo Arm 1127       Novemn e r         111*... 16211            II~. 8       7ll.6           IV                            ,.,,,     -   Ca fH:       /\nn 1/27        Novemuer 2/,...            1000             112.8          7U.6            IV                            1'1 A     -   CapH All II 1 If! l    December           jlt                       11?8           7fl.6           IV                            t*lA      -   C;1pe        Ann 1'/27      Decemb er 1611-                              42.8           7().6           IV                            11A           Cape Ann 1 1?.7     Decemb er 19'1+             1 'JOII         112. B       70.6            IV                            MA        -   Cape        Ann 1  le'7    Decoll\b e r      ;)f) H   OJ)/)            ";'>.8          70.6            IV                            1-1 A     -   Capn         Ann 1/'?.8     Jaolla ry         ~*       (J J()f)         I,r. .0         71l.u           IV                            I1A       -   Cflpe        Ann 1728       J() nun ry 18*             02/10            112.8           71l.6           IV                            f1l\      -   C<tpe A/ln 1728       reb rua ry ?1l'            O:?311           1/2.8           7/).6          IV                            t"'A       -   Capp. Alii I 1728        feb rua ry gil             1130             112.8           7().6          IV                            MA         - Cape          Ann 1/?8 1128 Fel> I'll(l ry 1() It l1;1y     16*

21130 11?.8 7IJ.6 V t'l/\ - C(lpe A/ln 11(->.8 70.6 IV N/\ - Cape Ann 1/28 '-Jay 24* 02 /lf J 11?.8 70.6 IV MA - cape Anll Amendm ent 3 1 of 22 Auqu s t 19/33

MNPS-3 ["SAH 1AIIU:. 2. ? ;>-:~ (COrlt) (J r: i 1./ I;, L i - L o uq j - In 1.£)11-I i mr: tI 'UI: tl/lJi: sity M:lljrl i- (;I~oq 1';1 pll i ca I Vfla r /);IJ(: { lJ.I (; ) (!!}!l_~ M(JOIr~ IIt. 230.5

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tl? .ll Ij? a

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70.6 IV IV r1A MA -

                                                                                                                                                    -    C;lpU        AIIII ca  Pf~      AIm II?B 1/?(I
                      .lilly I\llqllS l.

3()1I (-"1+

                                                              "..1 0 / )

II .~ I'> II? n 7().6

                                                                                            */().6 IV                           MA      -    Cap': I\nn II?     B                         IV                           MA - Cil p(~ 1\f111 I tv>>

I I?<j l eb rua ry 10* Ha rell 30'" 11,1)() llJOO

                                                                             'I?r..

11?8 70.6 lfl.G V IV MA MA -

                                                                                                                                                    - Capl:

C"pl: Ann

                                                                                                                                                                      /\/111 If?fj        Allgust t,                                             111./1         13. '.J            IV                           CT -         ()illlllli ry 1 I?CJ        S(!P f.("/lhu r            1 C) 1+    ;'(HO            II;'>. H                r.

()(; l.ohe r: 111*

70. IV r1A - Capl! Arlll

        'I'll)                                              ? 1.1/)          II;>. H         71) . 6           IV                          ,-1 A -       Ca pf~ Ann I I?\)        Nov(~JII !wr (.>lylt                   I,WII           I';> .11        Ill. t,           IV                          I'lA -        C,lpf: Aur I I rv>>         /)ecomh e r: 1)*                      I J 100                         70. r.
        , no          t eb rua ry ?II*

II;'. B IV ,.,1\ - Carll; I\nn 111011 11(-'. Ii 71Lli IV MA - Capl: Ann I no Inhnl<l r'y ?OH- ll')1J1) II?, e 70,6 IV ,.,1\ - Cill ll ! I\nn Ino '*1<1n;l. CJiI 1 g/l~) /I? Ii l!3n I\p r i I ?IIH-

                                                                                            !O.6              IV                          ,.,1\    -    Cap(l.       AIHI II:W         (}CC(llllh e I' [It 111011 II I ?l)

I,;'. B 70.6 IV HA - CflPI~ I\r IrI I,? is 10. (j IV MI\ - Cilpf: Anll I 13lJ /)cCClII!> C r ~)I/ lIBO I/;! .a /(1 . (j IV MA - Cape Ann I /:S , ,I,HIII,I ry nil (J()( )1) /I? n 70.6 IV r-11\ - Cape Ano 1 I:S , .ra nuu ry 1')1t IHlIlIl II?, Ii 70. (j IV 1'11\ - (;tlpr) I\/In In1 .J Mil 1(1 r'y £:>:SH- (J '}I III I,;'. n 70. (, IV MI\ - C;lpU AII/I Inl .July 16* llHJlJ 11;>.8 70.6 IV f.1A - C;lIW Ann lIn Octobe r n* 1111011 II? U Ill.6 IV MA - Capr: Ann In;! I ell r-II;I r"y I <) It II/llll) 'I;'" II 1(1. (> IV r*1A - (;" pI: 1\/111 ltV' Novl:IIII)(~ r ~I 31+ (/'>1111 I,;'. B I () . 6 IV MA - Cap': Ann 1 / \() 1 13() I flb r u a roy 1 '~ Oc LollI! r 1:>* It ~. ~ql 'J (J(d (t

                                                                           /I~' *
                                                                           /1;'.8 II      /0. ()

10.6 IV IV

                                                                                                                                        /11\
                                                                                                                                        /.11\

C;,I' f: C;'(lI: Ann Anll 1136 Novf!/fll w r ;>.l It (11Olt 11?8 III. () IV MI\ - Cap(! I\nll

      ,nf          I nh rl/;l r'Y 1 1 *                  ;' I 1')          /I?     n       Ill. ()           IV                         1'-1A - <;;'rw AnI) 1 13 I       Sep I.omhl: ,. ; '(J *                 } '):.'0        1';).8          JI). t,         IV                         /'IA - CilPI) A/III I r sI      J)(lr.(!rnIH~ r"          I C)         /J    I J(l      II (J . II       1/1 . ()         VI I                        NY - Nll'W Yo r k                    C i i.y I I JC)     AliI) I/~; l. 1"1                      () IHI           I,;.'. a      /0.6              IV                         r'11\ - C"pl: A(\(I 1 fli I      / Chl"lIi!      ry      ')            ;'I)'}I I        11?8            Ill. (;           IV                         MA        -     Ci1(1I:      Ann t {II t     Dccc/IItw r' 11                        1 50(J           11?3            11.2              IV                         t1A       -     [los Lon J 1 1/      .JIHIC        III                       I .} 1~)        II~'. )         10.9              VI                         /*11\     -     Capl! AIIII
 .f I

1 filII .lillie II. ~?()ll I/? 'j 111.9 IV t1J\ - Sa I elll .o. 1 II/II .lilly I /1/. ) 10. <J IV MA - Sri I nrn 1/'.>5 NClvemb e r' IH O() I? 11?1 10.3 VIII r.,A - \'a I'I! Alln Amendm ent J ? of' 22 August 1953

MNPS-3 FSAR TABLE 2.5.2-3 (Cant) Ori 9 l (l t i- Longi- Inten-I i me tilde tude sity Maqni- Geoyra pllical

  !..Y-fl.!-           QE..1~                LV~~J                      (dey Wl                                                                             Moment             t 230.5 l~                        illl:1L_    tlldett~      __1 Q~-.tl~>_n_                                .LQ.y~~,..f..!!!l 1155           No vembe r          18*     1029       112.7 1 15~)         Novemb er 23*                                         70.3        IV                       MA        -    Capo Ann lIl?!       11?.7 1155           Decemb er 20*              o1 1~       I,;>. 7 70.3       V                         1'1 A     -    Cape Ami 1 15 I        July 8                       1915      11?3 70.3

71. 1 IV IV I'1A - Cape Ann 1759 Feb rua ry 2 0700 4?3 71.0 1M - 80S Lon IV r'1A - Boston 1761 r'1a ret: 12 0715 1~2. 5 1"161 I-1i1 r ch 16 112.3 70.9 V /4A - noston 1 7() 1 Novemh er 2 o I<Hl 71.1 IV 1'1/\ - Bost.on 113. 1 71.~ IV 1/66 Januar y 23 lPOl) Nfl S of Co nc o rd II J. 1 70.3 IV 1766 feb rua ry 2 H[ Po r t Iand 42.0 68.0 VI MA - orr Cape Cod lf66 August ?? 111. ';) IV I 166 Dccemb er 1/ 11/18 71.3 RI - Ne'Wpo r t 1 169 Octohe r 19 A.I".

I~ 3 . 1 43.1 70.8 10.3 IV IV Nil l'1E Portsm outh Po r t I a f1(1 1 /69 Octobe r 19 1700 l13.7 70.3 IV HE - Po r L Ia nd 1/80 Novemb er 29 42.) 70.9 IV t1A - Lynrl 1/83 tiovemb e r I/H3 2/1 111. n 7 11.5 IV tu - r'1or'r'

                                                                                                                          '-10 rr is    CO.

1 /P.3 No ve mb e " NovcmlJ~r

                                   ,HIli-
                                   .~ ()

lJ?{JlI OVi() II I . (j

                                                       /11,1) 7 /1 . ~

7/1. I) VI IV NJ II.J

                                                                                                                     -- 1n       j 5 rr is Co.

Co. lUn 1 1<) 1 No verube r

               loY 16 3(111-   II /011 13()/)

111.ll 111.':> 7 11. ? 7?5 IV VI IU cr

                                                                                                                    -- f1oo<Jlls l'1or',.is    Co.
                                                                                                                                        - E. lIaddillll 1 191         r*lay 19*                   011111     111. )          7? r;       IV                       NJ       -     Ho r I' is Co.

1 If)2 1192 Augllst 29 1t Octohe r 2/1* 03lJll (J()fHI 111. ') 111. J 7'/.5 7'2.'; IV IV NJ CT

                                                                                                                          "'0 r r is Co.

Noudlls . L Iladdarn 1793 1193 J<lnll<lr y 11* July 6* 13()() 111.5 72.5 IV CT - 1-100(1115 , r, lladd<l1Tl lWO Ij J. 5 72. ') IV CT - r'10oltlJS, E. Haddam 1 Il)/I 179 1

              ' ' a r'cll Ma rcn 6*

7* ll)ll( ) Ill. 'j 72.5 IV CT - 1'100d1l5 , [ . uauc am O'IOU til. ') 72.5 IV CT - r*loOcJllS, L uadd a rn 1791~

      '                     9*                                                                            Cl - '1ooc111S, [ Haddam          .

l-1a reb 1900 ~1.5 72.5 IV 1794 /'old rch 1O-H 01100 41.5 72.5 IV CT - t~oodLJs, E. lIaddam 1800 December 20 43.7 72.3 IV NH - NW of Ne'n'port lRon Decemb er 25 41.9 71.1 IV 1-1/\ -- H<l rf:~lam-Taunton lOU1 r1a rcti 1 ;;>030 LI3

1 70.8 IV Nii Portsm outh leo3 18lJ5

             .Ja nua ry lH Apri I 6 1115f1 lljl')

112.5 t12.5 70.9 70.9 IV IV 1-1 A lolA Salem Lynn 1805 Ap ri I 25 ~?.5 70.9 IV ,-1 A - Salem 180] Januar y 111 OliO!) 113.0 71 . 1 IV Nil - NHa r Exe t e r 1HI) I M<iY () 18()(I 143.5 'l().? IV I'lf - SflCO n i vc r lHIO Novemh e r 10 021') 43.0 70.8 V Nil - Port.slfl ollth 181 11 Novemb er ;-'9 001 /1 113.7 70.3 V t-1E - 'r/illdharn Amendm ent 3 Of' 22 AllqllSt 1983

MNPS-3 FSAR TABU. 2.5 .2-3 (Co nt) () rig l .. t i - I o nq i-T i file Inte n-t.ude l ud C y~}!! r R{!t~ 1 !..!'.(; ) sily Mity ni- Geo q r a pll i c a I

                                                               ~fLlU           L<J!l.9-J{l       Lf1!:1J__

un7 182 3 Oct ohe r 5 16 115 42.5 71.2 VI 1.!W.-~~ __-1..v..ca l..iJ W_ MA - Wobllrn r'l()rfl(~n l l!.! YI!~ _Gml I 230.5

                    'ola rc:tl 7          l~O(J               /13. 9 IB?3                                                                     70.0              IV j 1I1Y    23          115 5               II;~. 9        70.6             V Mr:     -    Bru nsw ick lR27 lB?B Aug ust      ~3                           111. 11          72.7              IV NH     -    Ofr HAmpton Jill Y     25         i  iun               113. 9           10. 0 CT      -    NW of' Nww Lon don 182 9         .Janua ry 1                                113. 1 IV                      f1f     -    Bru T/sw ick 182 9         Aug llst 21 70.8              IV                       Nil    - Portsmouth 21 115                4 11. 2 IB37 1B3 1 JiH1Uil r'y 15 Apr i I 12 Olo n                42.5

69. 8 70.9 IV IV r*1F.

tM

                                                                                                                                - Ga rd i ner
                                                                                                                                - Lyn n 16 /10                                                   41.7             7?..7            V Jari lla ry 16       2{J()(J              113. 0           7').0            VI CT      -    ua r t ro ro lH/,O         Aug llst 9            203 0                Ill.5           72.9             V NY      -    tie rk i mer 18 /10         Nov emb er 11 CT      -    Har tfor d 3<). 8          15.2             VII 18 /13 .

1B 113 foIa ret! 14 Oct oue r ?II 4 ll.4 72.5 IV N.J - \-{oucJbll ry VT - N or r-1ontpe I ier 184 5 /'1.1 71.2 IV Oct obe r 26 231 5 I~ 1. 2 t'1A - Can ton 18 /,5 Nov emb er 73.3 V CI - n r i dq epo r t 1'3. 6 1.f} /16 May 30 72.3 IV Nfl - leba non 1l3:HJ JI? 7 70. 3 IV lRI1 6 Atlq llst 25 094 ~ 4~'. 5 IU.8 f1A - Cap n Ann lu l , 7 reb rua ry 2 11 /'.2 U<). 1 V t*1A - t-1a rll Iehe a d 18 /17 Allg llst 8 l';IlO II 1

1 IV t'l[ - Cam ete/l IB l17 Sep tem ber 2 IJ(). 2 70.7 72.0 VI V

MA CT -

                                                                                                                               -   Bre wst er SOLI U,e rn 1847           Sep tem ber' 29                           40. 5 1 BIIB 184 9 Sep tcm be r r.;

oc t ob e r B 0 / 10 0 Iln. 4 71'. 0 7 11 . 0 V V NY - New Yor k Ci I.y NY - Ne\o' Yo rk City P. r*l, L12. ~ 11.4 IV 185 2 Jflnl lClr y 1IJ , 1/, () 41.2 rM - Mid dles ex Co. 185 2 Nov emb er 28 71. 11 IV RI - orf Coa st Ollll ? 43.0 7U. 9 V NH - Exe ter 1B5 3 r-l.. rch 12 (l70( ) 43.7 7 'j.5 185 3 Jul y 1 7 103 0 113. 5 7U. 2 VI IV NY - t.ov v i I Ie 185 3 lH53 Nov emb er 28 43.0 11. C) IV ME. - Po r t t a nd Nov emb er 28 0/j/4: > lj3. 0 NH - Ant r' i III 1H54 Oct obe r 25 69. 0 IV MA - Cap n Ann 030 0 1'2. 9 72.3 IV Nfl - KefH IC 185 / Uec omb e r 11 153U I, :3 . (j 7IJ. 8 H~55 Janna ry 16 230tJ 4/{.O vi .o V V Nil r'll

                                                                                                                            --    Nor th HCimpton o r t s r r e ur lB55          Jan ua ry 17          0020               Ull. 0             71 .0 1855          r ob rua ry 7         ()113/J            42. 0 IV                       HE -         ut i sr!eto 7 11.0           VI                       NY      -    lIud son VAl ley 1855          Dec emb er 17         190n               43.3               73.7             IV                       NY      -    'ria rren 185 6          Ma     rch 13         03u u              41.4 18~7           Ju Iy 1               03 115             I~  1. 5 72.6 72.5 IV IV CT      -    HClddClfll CT      -    Haddam       -  Moo dus Aruenc1rnen t 3 II of' 22' Allg ust 198 3

MNPS-3 FSAR TABl. f. 2.5.2- 3 (Coutl Or i 9 I.it L i - l.onqi- InLcn-1;1110 tude tude s . ty ""i/9 n ; - I y~~"[ Gcog ra ptl j ca I MClIflerr t Q'!-tQ IVl~) iq~~ L<:lQL!tl if-tr1L .!JL<,1_~~~ 230.5 _J.!).£.a.-1i"!)"~~__ LcjYrJ(~ 0~ll lB57 De c ernb e r' ?3 1830 41~ . 1 71).2 VI ,..,[ - 1r.~ 7 IH'.>7 Decemb er

              .June    21
                                ~8                  11 /1. 1 111.4 7n.2         IV                        ,.,[   -

I.ewisto rl Lowi stan 72.8 IV CT - NCH"L1, t1avBfI 1 B'JE\ .Iu l y 1 II 3 /1 ~ 111 . 3 73. () IV cr - IH60 r"'C1,'dt n (J~)3() rlcw Itlt ve n IB()/J M0 I ell rua ry .3 () 1IJU 1-1 A - Off" /' ro v i rice town ljl.~ J8/0 f Db r ue ry 8 72.5 IV Cl - 1100dliS - r. lIaddam I~ II. J 69.8 IV r1[ - Ca ("(J ; no r 1811 Jllly 20 Q3.2 1 ill1 71.5 IV Nil - Co nc o rd OCl.obe r 9 1/1/1II 1U/2 .July 11 1(}2~)

39. I 7').5 VI I Dt - Wi I ffI i Il~J t on I,!) . 9 73.8 IV NY - Nnw Roche I Ie IB72 Noveml Jer ]8 19/)/1 lR III .Ja nua ry ()
113.2 "11 .6 V 1m - Co nc o rd "3.6 71.2 IV NH - ~'ol retJoro 1 H 111 .Ia nun ry ?~ 1 lOll 11?.6
] 8/11 71./1 IV MA - l.owr: I I J;lnll<l r'y ?6 11S III Novemh er ell
() 1(11) /11.0 II?. t 11 , r) IV rill - r1il flclle s t o r 11l/l1 Dcr.emtJ C r II ()]?~ 1//1. :; 1{).9
71. R V IV 1*11\ - Sit II~JII- N e'Whll roy lfU4 Deccmb e r 13 NY - New York c . r,y
/111. <J lJ.8 V NY - Nf:W Yo rl~ City 1875 .Iu t y ?R n.n lHl~ Decemb er 1 Ill) 1(/
I )C)/H) 111.<J V cr - N'vl or To r r i 119 LOll uno Sep romho r ?? IlIIJIl II? <J 7?.3 IV Nil - K.I:I:IIC 111. ') i I.3 V HI - N(~'rIpC) rL 1B 17 ~ep t.umb e '0 III 1/1 '.>(j HU8 feb r ua ry '.> 1111.3 7/1.9 V ru - BII" I i Il~J t on J (,;>r) /11). U 13. (\ V N.J - o r rsno r e 1818 oc::tobe r II () 13 18/9 r"'n rc h 2{) (II)] (, (J III . 'j
.19.2 1/1. (J V NY - uuu r.o n V<J I ley 1819 Octoue r 26 7~) . ~ V NJ - sou t ne rn 1).130 J13.0 11 .5 IV Nil - "'anehe s t e r 1~H30 f1ay 12 12 /1r) /I? . { {1. U V MA - Bo >> ro r-d 1881 Janua ry 21 02 110 I~II. 0 7rJ.O IV !4E - BCl u HlO1 .ru ly ]9 IlH?5 'I? . 8 7().9 IV rM - Ncwhur y 18Hl Oc lobe r 6 (J~()3 113.2 71. () IV Nil - Brist.o r lBB1 Oo t o b e " 3 , 0(,1111 II i.? 11 .1 IV Nil - Co n r.o c o o k 1B8?- I\p r i I 17 lS/OlJ /13.2 7,
I IV Nil - Itopk i n t o n 1882 UecelTlb e r 1<) ??c'~ 113. ? 71. /1 V Nil - Concor d lftH3 1eb rna ry I) ?(J()) 113. () 7 J .2 IV Nil - 'vIo I r(~ho ro 1883 r ell run ry 28 033IJ 111. I) 71.3 V HI - COflLoc Newport liHVI .ianua ry HI U10t} /13.2 71.7 IV Nil - ook 1A8 11 "'~y 31 '11).6 7'). ~ V PI\ - I\llento wn 188 11 AlIgllst If) 1 C)(l f /111.0 7/1 . () VI I NY - New York C; ty Amendm ent 3 :) or 22 I\ugllst 1983
H/'IPS-3 FS/l.R 1 M3L L 2.5.2- 3 (COIIL) Or";9 I ill i - I Ort9 i- l n t e n-I i fill ~ !.ll<ln !.lIde Srty Yll(l r r-1Cl911 i- (;eu!j ra pt. j c a I r-Iornt: II t [L(lt!-~ ( Ill~:) 1 ("I"!~.~"_"-U UJ~t9-.!o. l t:!~J __ 230.5 i!.!~Je* . *. _J ()(:.il_.~LCJI' ( dyr.1Cl.c nl) I fiftll /l.llf}IIS l 11 IIlJ. () /11. () V NY - Ncw Yor'k City 1HEFt Novemb er 13 O()~() 1 B/lIl N()v(~UIl Je r ?3 1 13lJ 113.2 113. ? l1.6 71.7 V IV Nil - GOrtell n1 Nit - Co nr n- rd 1URI, lro c emb e r 11 () lOll II J. 5 71.~ IV. t1lH6 Nit - Ce n t.<< ro 11(1 rbo r Januar y 6 (1) 1 (J II?.9 71.5 IV Nil - Merr'iUl ,ICk 1EW(1 .t a nua ry 1 f ?? 1 /1 tv IHB6 .t anua ry .:>> ')l": ll~. 8 II 1 . () 71./1 Nil - Na shua IHO(i scp t.emtie r ~ //1,1) 7:!.8 7?fj IV NY - IloPf~'Wf! I I .Jc t . 11381 ,)ul y 1 lJ?()() IV Cl - MooclllS - r . Iladdilfll HH38 /l.llgllst 15 011~ II J. 2 4 /1. 3 11.5 70.0 IV IV NIl ME Concor d Wayne l1W9 N,! r c h 8 HW9 1'1;1 ro t1 8 2 J/I() II:S.5 llU. () 71.6 7(j.O IV Nil - Frank' i rt WBY Auuu s t 10 111. II V 1'/1. - Lancas ter 73.1 IV NY - La ko Geo rge 1B91 Hay 2 ()(IIO 113.2 1891 ""Cly 30 (J(HUJ 113. 1 71.6 V Nil - Ne a r Co nc o rd
71. 5 IV NH - Nea r Concor d lR92 ()ec(!Iuh e r 1B93 /-1<.1 rGII <)
11 1(>30
£l53ll /1 11.
111).6 3 71. -I IV Nil - Be 1.111 ehern 711.0 V NY - lar;3 1HC)11
' '(I n;tl 1II ArH" i I 1(1 /I..r*l. /I? .3 111.6 n,7 IV r-1/\ -
Ne*.-J York City I e(~d s 189 1* ne c ernbe r 11 Ij? ?
"2.~
13.8 IV CT - oodus , f. IladcJarli IV NY - S of Albany 1W6 Scp i cmbn r 1 11119 IIIJ. / 7JI.8 VI NJ - Hi gtl f3rjc:Jge lHY6 Oc lobe r 2~ If):W /1 11. 3 11.8 IV Nil - He ttl I ef rem 1 gt) 7 July 1 Ul)21.1 II J. 7 71.6 IV Nil - Herod i ttl 189/ 1898 Se p t ernbe r ') Jllne 11 06 j ':> 1/1. ? 112.8 72.r.> 72.6 IV IV (;T VT
'-1oodus , E. H(lddiifll B ra ttl e bo ro-Ve rnon lwm Septem ber 17 1'J'j11 11 11. 3 69.1 IV 1'1 [ - 13!-: I f"il:; t.
1H99 r-l;-ty I I U 11~ /11.6 72.6 V (;1 - "Ioorlus , E. Itaddam 1H99 191)3 Octobe r ~
.ra nua ry ? 1 11:W /1..'-1. /4 /1 * ()
11;>.1 69.5 70.9 V IV
l -- ,.,A Wi s c a s s e t Hhilrn<t n 1903 .J a nna r y 2? /4? . (l 71.3 IV M/I. - At t lebo ro 19( )3 Ap r i I 2 /1 1230 1,2.7 MA -
\.P)() 5 r-1;t rch 5 71.0 IV "le r r j ma c k v>> Iley 022',) 113.6 7::'.3 V Nit - Le!><lrlo n 1C)05 .Ju/y 15 1() 1fj LIII. ? 7(1. u VI r-1r - Sn!Jl>a t us 1905 A1I911S t 30 lOllO lj3. 1 7U.7 V Nil - Rock i nqham Co. 191)5 Novemb er 26 0030 Ill. :> 71.3 IV RI - Newport 1906 Hay 8 1330 lj 1.:> 7';.5 IV CT - T-!oodus , E. Haduam 1906 Hay B 1 /11 1 38.7 /').7 IV III - Sen fa rd 11)06 Octobe r 20 141~ 43.~ 7U.~ IV r1[ - Saco 1907 .Janua r'y 21, 1130 112.8 7 /1.0 IV NY - schene c t ady Amendment 3 6 of 22 !\Ugllst 1983
MNPS-3 FSAR TABLE 2.5.2-3 (Cont) or t9 l.a t, r- Longi- Intert-Tillie t uo e tilde sity r-1;1gn i-X:~~.r: pa te Gp.ogn lpttical r'1llmp.1I t
~J 1J~-li l 04~ 00)__ ,tllde~ 230.5
_.!-~)(;() t i 9.~~_ 1 ()Ol iJJ.Y'~ __(~.'.1.!..1
.June 29 43.~ 7().~ IV ME - Uidclefo rcJ 1 I)() 1 oc t one r l() OlJlO II? 8 11,0 11)08 r el> r-ua ry 5 U/O()
V MA - Newbllr y Il?3 73.2 IV 1()OB '--lay 31 1 /II? CT - Ilolls<l tonic va i r ey 1 (JOB Novemb er 23 1111.6 75.5 VI />/\ - At l cn t own
]J()() 113. 'j 11 , /
lfjl() .Ja nua ry 23 IV NH - F r a n k lin () 130 113.8 7ll. II IV !'IE - Wi nd II(Hn F)10 /\11911 $ t 21 18 112.7 11 , 1 IV 1<)l!) /\lIgllF, t 311 ')') IIdll ll'~ . II t>. IV M/\ - I.,c rr j ma c k Valley
11) 11 Han:" ? ;>1)(1 113. ?
1 Nil - La kf~ Suna p e e
11) 13 /\ lI 9" s t 11> (I ~ 1 ~) 11 11 * ()
71. 111 , () IV IV Nil - (;OIlCO rd 1£)13 November 3 1 /130 NY - La kr: Placid 41.5 71.5 IV RI - 1', i fIl.J S LOWI! 1S)1? rp.!,nla I"y ;'1 {J?f.H 11::'.8 7] , 1 IV 11)16 ,J;lIlll(lr y ~ 1 V)6 113
7 13. I
'*lA - '*1er: r i ma C k Vnl ley 1')16 I cb rua roy ? 1 ce<<
V NY - I a kr: Ce o rq e 1 >>1 6 I cb r un ry :~ Ijlt?'O 11;">.9 I' 74,0 V NY - 'o1olw'Wk Va IlelY J<)16 "ulle B ? 1'J 111. 7 11
0 n.ft V nv - Hotl<l'Wk Va I Iuy J 111.0 IV NY - ~J(~SLc;tJest.er Co.
1916 No vcmhe r' (J ();..>:\? II .~ , 3 II , / 1911 ['cunlil r'y ]D (J1)UfI 'I?, ~ V NY - (; I e~" s r n I Is
11) 1B /\11l}l! S t ?1 ()') 1 1)
III. ) lfJ,5 IV CT - r'llJodlls, r. Haddam 1£)19 ,JIlfIC 11 (J 111 (J JII'.2 VI HE - Hr idqtl)(I- Nor",ay F)19 .July 23 1 1 ')( ) IU.') Id.l II) . ()
-/fJ. 3 IV I-If. - B rt III ~','W i c k IV /.,[ - Po r r.t and 1<)?() ro1:lY 23 OEl ()f) /11 . 1 I 1.
11)('()
~) IV rill - cor.co I'd .J une 7 (lRUn Lj .~
1 / f) , 'j IV /11 - SilC()
1~?1 J a nun ry 1') 1 ()()11 '11.3 13.'1 IV I~Y - r, I (! fl S F;) " s 1921 .J a nua ry 2() 1()?1 Januar y 21
? :~II(J /\.M.
Ill) . () 1'.J.lJ V NJ - H i Vf~ r 5 i de 113.3 '13.7 IV NY - Glens Fa I Is 1<)21 .1111 y ?9 211/1 lit.. ) 711,lj IV NY - (jlells r i1 I \ 5 1<)?2 Hay 7 ?2'/() I,,) ./1 71.// IV NH - Pittsf ield 1£)(:.>2 f)ccCIIIIJ C r g ?l?'j IIJI.4 I ~j. 1 V NY - S of canton 1925 192?
.i a nun ry Ma r-c n 9 7 1307 1'2.6 4;'!.9 lfl.6 71.5 V
IV f-lA rm -
- Cape Ann Go" f I S F' a I Is 1<J?5 Apr; I 2/1 (J I~) f> 'I] .7 IfJ.U V MA - Wa r'Atlam 1925 Hay II 1 7) 1 112.5 70.9 IV l*lA - Lynn 19?5 Octobe r fJ 115) 113. I 71. 1 VI Nil - Ossipe e 1~25 Oc LuIH~ r W 213() 11 /1. I 7().2 IV r*lf. - l.ewist on lCJ?5 Octobe r 31l A.ro1. 111.5 72.5 IV CT - ro1oodus, t. IIClddarn t l) ? 5 Uov0.lIl her 111 1311 11 LI1. / I? II V cr - N or Ilch r on 1925 tlovernb e r 1 t, O()?'U 111. B I? 7 IV CT - ua r t 1'0 rd Ameudn ie n t 3 of. 22 August 19H3
MNPS-3 fSAH fABlE 2.5.2- 3 (Cont) Or' ;9 La t i- LOflgi- Inlcn-rime t.ude tilde sity Hagni- Ge()~ rap n i c a I Yl~~_[ lC)26 .j a Oal~ nua r y II nne} .tQ~q _!'JJ 41.6 (_<J~-.!.ti 71.8 It!.M-L-IV J;llde~~ ._!-gca t. !.<!!!- CT - VO IWI t.OW'1l
'1(Jm(~n t 1 Qyn.Q_.~,!IJ I 230.5 1926 .Ja nun ry 26 231/0 IIf).O 7~). 0 1926 Januar y ?I A.M.
V NJ - tlest-er n 11 /1.3 711. J IV NY - Sa r a n a c Lake J926 Marcn J8 1926 MilY 12
?W9 (J330 112.
110.9 B 11. B V Nil - Nnw Ipswich 1 C)? 7 73.9 V NY - New Roche I Ie r.IJa rch 9 O/,U& 113. 3 11.)27 1()27 1"" June 1 rc h 30 P.,*,. 1223 41.7 i'1 .4 72.8 IV IV Nil - COrlCO rd CT - New f3 rita j n
/10.3 7/4.0 VI J NJ - Toms River, Sandy Hook 19?7 August 20 1Cj2B Januar y 13 ll.)~()
11?3 41.2 71.0 71.6 IV IV MA RI
-- Qui ncy Block I s Iand 1<)?8 Ap ri I 28 2207 /13.2 IV 1Cj2<) reb r na ry 5 1YU9 11 11 . n 71.5 Nil - Conca rd 1930 Feb rua ry ]/1 0615 43. /1 -IlL 3 IV HE - Auburn 71.7 IV NH - Fnlrlkl in 1930 Ma r ch 19 U01';
1931 Apr; I 2() 1 9~)11 43.3 113. II 71.6 73.7 IV VII 5.0 Nit - Conca rd NY - La ke George 1931 July 1 O?ll~ /11.6 7 J ./1 IV CT - NeW' ,., i I ford 1932 Decemb er 7 OJ15 II/I
Lf 7/1.1 IV NY - Gab r i e I s 1933 Janua ry 11 U530 41.6 10.9 IV MA - NeW' uec ro rd 1Y33 .J a nua ry elj O?()11 IW. ? 7/. '1 V N.) - Trento n 1933 Octobe r 29 r. rJJ. 43,0 74.7 IV NY - St. JotHl5V i I Ie 1fJ 3/1 1934
.Janua ry 30 Allgust 2 1lJ 30 11158 /11.8 42.6 7'2.6 7fJ.7 IV IV CT MA - S Windso r - Cape Ann 1934 August 2 1/,f)9 43./ "10.3 IV ME - Po rt: land 1()34 August 3 1()35 Apri I 24 U230 Ol?'1 /13.7 42.2 70.3 IV ME - Po r t l a nd 11)36 Novemb er 11) 70.2 IV r1A - Ofr Cape Cod 1931 02'10 113.6 71.4 V Nil - Laconi a 1937 July 19 03lJ1 Ill). 7 7J.1 IV NY - Ncw York City July 27 0910 111.8 72.4 IV CT - Manch ester 1938 June 23 03?7 11?6 71./1 IV r1A - Che I lOS fa rd 1938 AlIgllst 2 lJ902 /11.1 71.7 IV (;1 - GreonW'; en 1<)38 August 23 U33G 40.1 71,. :> V NJ - Nea r Trento n 1938 August 23 11.6 2.1IxlU ]A 0501/ III). 3 71j.3 /.j.8 NJ F reurio I d 2.6xlO 2A
'938 August 23 0703* 40.3 71~. 3 IV 4.6 NJ - rreeho ld 2.8xH) 2A 1938 August 23 (Jl)( )lr* 1111. 1 7/1. 5 IV 11.8 NJ - Tre n ton 1939 19 110 Novemb e r 15 Januar y 2B 0253
? 311 3/).6 tll.6 7fj.2 70.8 V
V 2.6 NJ MA Salem OllZ7A rds Bay 1. j x 111 2 B 19 1'0 Uecernu e r 20 Oecemb e r 211 OT27 43.8 71 .3 VI I 5.8 Nit - Ossipe e 9. (1;,-,1 () 7.1 1940 1343 43.8 71.3 VII 5.8 NH - Ossipe e Amendment 3 8 of 22 August 1983
MNPS-3 rSAH lABLE 2.5.2- 3 (Cant) Or'ig Lrt t i- Longi- Inten-lime tude tude sity y'.~a 1""9n i- Geogra phical Moment r Oa t_~ i.!!l~J .l~t~UJ L(t~.9-lil l!:1!1l- _tJo~~c~_~ _h~!.£a t i 0Q._ \ 230.5 1YIIO Uly Il_~ _~~I!l Oe cembe f' 21 IY56* 113.8 19'11 71.3 IV 3.9 Nt! - Ossipe e Januar y 21 0227 113.8 l.()xIO ]/\ 19 1 Oc t ob e r 11 08 1 ~) I,~. 3 71.3 IV IV 3.6 Nfl - Ossipe e 1.6xlO 2B 19 "112 r'la retl 8 2337 7?3 3.0 1M - Stu!'lJ r i d q e
'~II .2 J ')'12 OctotJe r 2'l 112"1 II J. 0 1() . LI IV Nl - LeW'i s Lon' 75.3 3. II PA - S t ro llfj s bu f'g 1 1)!l3 r.,Cl rc h 1/1 1IHJ? 113. "1 71.6 1()'I/I Do cembo r 1/1 (j 31 /1 3.9 "Iii - '10 ru d i ttl 111.6 IV 19 117 .Ia riu a ry II 18~1 111. r, 72.8 CT - I'le r: j den 19 118 '*lay II (J223 7J.6 IV cr - Green\o lictl 1YI,9 .l\pri I 17 111./1 71.8 IV BI - WesLe rly lJ015 1,1.6 71.5 IV RI - N. k i nq s t on lYJO t1a rch 20 2~I)r) 111.5 IY';{) 1a rch 29 1,, 1, J 1).8 3.3 PA - NW of sc ra n tori 19~1 .I a nr ra ry 26 1I327 111.0 111.5 7:1.6 IV IV
(;l - GrnflllW 'i ch 19~1 Ma r c h 31 (JJ~() 72.'j cr - r'loodtls , E. HaduafTI 19~1 June 1U 1720 11?2 41.5 12.2 71.5 IV IV 4.6 1'1 A RI
-- PA Imer KingsL on J ()~) 1 Sup tumue r 3 ?120 1Y') 1 Novnmn e r t?3 '11.2 7/1.3 V I~
II NY - Roc;klc wd Co. 1 . IIY. 1() 7 A 1~')2 August fJr)/1 ')
"1 '1IJ.6 7).5 IV PA - .l\111~rILO\olrl 19~)2 CJctohe r 8 ?) (J(J(J ? 1111/
Lll. l) 7 /1 . ) V NY - .John s town 1()?3 1a rch 27 (JHSO II , . 7 111.1 7/1 * (J 7:~. ~ V NY - Po uq n ke e p s i o V Cl - s t auuo rd 1 l)r) 3 r'1a r ch 31 1?~3 Nay 11 1?5R (/(j 1 3 If '\. / 11 1I . (J
/l.fl V 1, . lJ VT - Brrllloo n 1 ()r) 3 AlIqllst 11 ()II?? 111.lJ 7I. 1 IV Nil - COII'dil Y 19')11 /II . tJ IV NJ - Be r'qnn Co.
19'}11
.Ja nun ry ( () 7 c~') IIlJ.3 t c: lJ VI I' /\ - Be rt.s Co.
Feb r-ua ry 13 112.? 72.6 IV /01.1\ - Sp ring fie I d 1 ')')11 feb rua ry ~1 c! ()lJlJ 195 11 f eo rua ry 2 /1 111.2 1':J.CJ VI I P.I\ - Hi ll'.es-B arre tl155'M 't 1.?- 1').9 VI PA - Hi II'.es-Ba rre 19 Cj /l r~(J rch 31 (125 Ilf)* 3 7/1. 0 IV NJ - CapASllndy Hook 19'..>11 19'j11 Jllly 29 Augllst 11 1956 Ij;'>.l / II. 7 V ~.() MA - Arm 03 l,0 I~ () .3 76.0 IV PA - Ue rks Co. 1,)~5 1 ()'j5
.I a n u a r'Y Jarilla ry <:'1 211 0300
('8 ,,1I "0. 3 "3. I) 7G.O 73.8 IV V I'A tty
-- Be rks 1'1,. I La Co.
1955 .Ia nua ry ?1 11122 4.3. lJ ts.<< V NY - I'let I lit 1957 r"a rch 23 190? '11).6 711. 8 VI LI.8 NJ - scnco ley's 1'Il.n 1957 Apri I 21~ 00'11 l~ II . II 7?.0 V VI - St. Jonnsbu ry 19 1) 1 Apr i I 26 1 )II () 111.6 69.8 VI 4.7 I~E - Po rt I ano u. 1 x l(J ] ? 1 cJlj8 t'l(ly 6 1 ()I){) '1t'.7 73.8 IV NY - A I b a ny 1 ()')R Sp.pt.em ber
)1 1'} 1 fill) Id.6 'Ill,;..' V I'lr. - Cn pr: fli7<lbp .ttl JY?B Novemb er ?33(J 4 11 . U 7 1 .:/ IV Nil - \.Ioodst uel<
Arno numen l. 3 I) of ?2 /\ ll~.J II st 1953
MNI'S-3 rSI\R f/\.BL[ 2.~1.2- 3 ( r.on r, ) Or i 9 L rt t i - Longi- Inlcn-
"I i mc tude tude sity Mil(JrI i- Geo~l r a p h i en I Yl!.~ ~'!..te !.!l.Ji~ 1 LtJ..Q..L!il r'lo,"r~ rJ L 230.5 (deq Wl ~l_ .tude H-I+ _--,.:-oca t i Oil l.~!YL!~._clIIl 1961 Septem ber 11) 0216 40.8 7fj.r.> v PA - t.en i gtl Valley 1961 Decernb e r 27 17U6 110. ,
1962 I\p r i I 10 11130 III, . 1 7/1.0 V NJ - fleming LolI 1962 De cemb e r ?9 19 73.4 V 5.0 VT - Middle bury 4?-.B 71 .7 Nil - ()(i V Nfl shua 11)63 ,-1" rch 2 20?1, L'1.5 75.7 PA - 1()63 July 1 19~Y 3.11 sc r.mt on 42.6 rL8 3.3 NY - AlbHny I I J(d 0(; t otre r 16 J '.;31 ll~. r.>
'*1 A -
19G3 7n.8 V 4.2 Octoha r 30 ??36 11;1. 7 7U.8 "1<1 rtJ I enead 1 . I>>: 1()) A 1963 Decemh er I, ?132 IV 1-1/\ - orr Cape I\nll I) 3.6 71. 6 IV B.()xl0 /\1 1'JG/I Apri I 1 11?1 113.6 71.5 IV
3. 7 Nil - lacon i a llJ6 l1 June 16 110.9 1.8 Nil - I1cf"!ld ith 7 /1.3 19()/1 IV PA - Easter n June 26 1 ;'>0 11 tj"3.3 I1 .9 1964 V 3.6 Nil - \-Ii) r ne r Novemb e r 1 I 1 loa II I . ? 73.7 1 ()()II Novemb er :3lI V NY - '-1t.. Kisco (jIU', 'I? .13 7/1.9 196~ JClnll<l ry 3 l/O') ll"~ . ') zr . ')
2.6 'N - N or Cooper stown 1C.J65 Septem ber :)9 ?(J')1 41.4 7/1. I, III IV 3.0 Nli - L<lCIHI j (l NY - Go sllen-M i dd I e town 1965 Oc Lube r: 21, J /11'.; I, J * :3 7().1 1965 Df!celllh e r 8 (llO? 1,1.7 V '~A - Na nt.uc ke t 19()6 Apr"j I 28 l;..>U? "/1.1 71 . I, 7 1.9 IV HI - \-/ei rw i o k 1(J66 OCLoIJ er 23 2 :J( 1) 11].0 IV Nit - l3f~ r I ton 1967 reb fila r'y c" J 3 1,1) 7 J .8 IV 3. 1 Nil - ',I(l n c he s t e r 41.11 11. II V 2.11 HI - Na r rag a fl set t Bay 11)67 r~;IY 15 221" "/.3 1')67 .Ju l y 1 4 11. tj 69.9 3.2 ',IA - Nf of Prov I nee t own 1()6 7 July (;0.9 2.0 '~f - AIICJlIst a 1967 .Ju t y 1 1 11"./' 11 11.4 69.9 ()9.9 1.9 ,~r - August a 1967 July 1 I~JI
II 2.0 HE - A11911sta 69.9 2.5 ME - August a 11)67 1961 July
.ru t y 1 /1lJ9 4 11 .
4 11 . /1
/1 69.9 69.9 IV 1.9 3.2 I'IE NE - August Augllst a a
1967 .j n Iy 1~)3 3 11 /,./1 69.9 1.3xlU 2B 1967 July l~~~ 4/,. II 69.9 III 3.2 HF. - August a 1967 Ju Iy III 3. 3 ME - A U 9 usta 1 (j(J() 4 11,4 69.9 III 2.9 ",E - August a 19<J7 Jllly 1 1{j(l ( l,ll,l, 69.9 V 3.8 r-1E - August a 1.OxJ0 2 A 1967 July 1 1611 '1
'1.4 h9.9 \ II 3.5 l'lE - A11911sta 1<)61 1967 JlIl Y 1 Novernb e r 22 161C) 221lJ ~/l. /1 1'1.2 69.9 73.8 V 2.9 ME NY -- AlHJlIS ta Westch ester 1.0.
1968 Novernb e r 3 U033 41.4 7? ~) V CT - Moodus , [. Haddam 1 ~){)8 ue cembe r III ()91? 39."1 71j. I) V 2.5 NJ - SE of Camden 1969 August 6 1602 43.8 71./' V Nil - Ossipe e Amendment 3 10 of 22 August 1983
MNPS-3 fSAR TAI3LE 2.5.2- 3 (Cont) Or' i 9 La t i- longi- Intf:lrJ-Time tilde tilde sity M;Jgni-Y~~1..r pate Geoq r a p h i c a I I'lolllent
.1 !LTC} l.~
1969 Ot:totJe r 6 t!j.Q..9...Jil 1l:1!1L gl(Je*~ _'-.Qca t L~'~I.... __ l.cjY-~!~_~!'!.l \ 230.5 41 . 1 71/.6 IV NJ - Ogdens bt I r'~J 1970 Septem ber 19 133:'> 112.9 71.9 IV 1971 M<1Y 23 002 1/ Nil - Gr-e cn f' i e I d 43.8 111.5 V 3.9 NY - B I Uf*~ Mtn I. a ke 19/1 M;,\y 2'"_J ()9?9 1'3.9 7/1.5 1971 June 21 02 /18 7 /1.5 V 3.6 NY - OIIW 1'1'.n t a ke 1911 .Ju t y 10 CJB1 /, 1'3.9 IV 3.3 NY - Olue r--lt.rl t.a ke 19/1 0(; tube r 21 (11)5 1, 113.9 11, . 5 V 3. II NY - A I ue l-1tn Lake 1<)71 Decemb er 20 111111 4;>.7 43.9 71.2 V r1A - Lawnlnr .t! 111.5 2.0 NY - Bluc r*itn Lake 1972 lcb r-ua r-y 13 (Ill? 11 11.3 111. /1 1972 reb rU8 r'Y 15 23)2 2.? NY - Tup p e r La k e 41.3 7j.6 2.6 NY - Pound Ridge 1C) 72 a rch 15 1210 J. 7 1 <J 72 .June 16 CJ9UI II 11?.8 7LI . 7 73.9 2.6 NY - Old r o r'ge 1972 Novemb er 5 2?29 43.9 7 11 . II 2.0 N't - Sc ho ne c t a dy 2.3 NY - Blue Mt.n La ke 19/? necemb e r H ()3Ill) Ij o.1 76.2 19/3 .Januar y J() V PA - i.ancn s t e r 02//1 41. II 71/ . o 1.5 NY - Peeksk il I 19/3 reo r ua r'Y ;>8 1~U3 r-ta r c h t ()~~1 OIIO~
}() . 'I 113.8 / I)
11 "1/1. ~
V 3.n 1.9 NJ - r of' Hi l mi nq t o n tN - 13 I II (~ r-1tn Lill'.C
/)1.
1() 73 1-1<l rell 7 (I I )Il/. 113. C) / ~)'. 0 2. /1 NY - N uf Old Fo r'~e 13 June 11 lone 11) 1 I) 13 July 10 (JI,:W II J. 9 73.9 t>>, 7-.8 tri - [ or BllW 1-1t.n t.a l<<: 1 cJ1 3 .Iu I y 1~ 08?O 30.7
/13.9 II IV tU - r of' Wi t rn i nq t o n UL 13 7", II 3. II NY - Billc 11t:n I a ke 11) 1973 .Ju l y 15 .lilly 16 11)J? 4.3.9 / I, . I, 3.? flY - Bllll) r-1 t.n 1.;1 ke OH/.1 /':1. H 7 /1 . ') 3. 3 r~Y - U I liP. Mtn lCilw 1973 Octooe r 21 nC);>r) II:~ . n /11.5 2.? NY - B t uo Mtfl La kc 1 C) / II 1"<1 rch 19 I J 3 C) 4 /1 . / 1 I ~). 1 2.1 NY - S or Potsdnl n II) ll.,
197 11 Nn r cn 22 ro1a reh 27 (J O(J~9 1UII 4/1.4 11 /1./' 7'). 1 7'j.l 2.(1 2.0 NY NY
-- S of PotScJH{(/
S or Po t srram 197 1l Apri I 7 1)03 '11LII 7).1 2. 11 NY - 5 or potsdam 1974 191 1! Ap r i I 7 Apri I 8 20?8 L,11.4 75. 1 J .7 NY - S or POI.Sdl.l1 II (J /03 4 11 . 11 7r.;.1 1.6 NY - S 01' Po t s da m 1914 1974 Apr i I 8 I\p r' i I 9
?-2118 1 71 I! 1 .?
4 1** 4 7/ *. /) 7'.i.l 2.1 1.7 NY NY Stony Po i r i t S or Potsdam 191~ Ap rt t 9 1 71~ "3 11/ / .4 7':;.1 1.4 NY - 5 or Potsdam 1974 Apr i I 28 11119 39.8 71).6 IV Dr. - Wi(1111)IlOingLonL(lI,8 1914 JUlie 3 1832 II/I. I~ 711.0 1.9 NY - Htn 19711 1()74 June SepLem oer 11 19JI~ 20)11 tll.6 1'3.8 73.9 711.2 VI 3.3 2.2 NY NY
- Wappingers - UllW Mtrl La ke f a II s 2.3y.1O ll3 19 711 Septem ber 15 111() 1 113.9 73.9 1.7 NY - Schroo n Lethe Amendm ent 3 11 of 22 August 1983
"INPS-3 f SAr~
I ABU 2.~.2- 3 (r.oru ) 0, i ~J l.a t i- I nng i- IIII.Clll-I irrw tilde tilde sity "'ilCjrl i- Geog rapt. i c a I t..,°
'f~~ <:!J: Q~~ L I 230.5 fill !II Ll}l-.~J. l~N-.lil Lc1Q.9.-11J H!.!:!.L_ 1.~~g!..~ _'. (!c,;!!.ti~J~)_ _ I 5!Y!'~--.£I!1J 1f) II' 1C) II, Se p t omb e r: 18 Oc t.o be r 1 (J(i?]
(/63(1 113. II 111 , 7 73.ft 71.6 2.5 NY - ,I S'rI of L kp- (;l~O rqr: 1() f II 2.5 HI - 'r/esl. 'Wil rw i c lc No vomb e " If) (If)? 3 IU.5 7/1 * () 1 ~ fl, No vcnrbc r ;,>2 ()I)~() /,/. 3 /II , () 2.3 nl - St.ony C ro c k
}(JlI~ neceinb e r ??
2./1 NY - I.Ci kc Placid
?1)lI(, I,? .11 6\).8 :~ . () MA - Nr or Pr'()V i nr.e t own 1\) II' ()ecelllh e r ? I (11,?9 11?3 J () 11, De c embe r 77 1/1~1
11. 3 ;>.1) MA - NClf:rJII.:lm If)l~ I cb rua r'y ~)(J /)l~(J6 1'?2 I~ n,3 71 .3

13. e 2.2 M/\ - Nendtta ul 197Cj Mii ret! 3u 2.9 NJ - SClflc1y Hook 1915 Ap r i I 29 1 (JOe'
{Jf)~J II/I.n 111.6 7
'1,2 2.0 NY - Nowcorn lJ 73.9 2.3 NY - Wappin gp-rs f (l I Is 1f) lCj June 15 oaon 1\J1~ .JlIne 22 1 J 50 '11.6 Ij j . ()
71,9 2.0 NY - w<t I"lP i nue "S r Cl I Is 1f)75 .July 11 () 111/1 11 / 1. 3 7') , " I. Y NY - Old I () r~e 1() 15 July 19 73.9 2.8 NY - Wi I III i nq t.on 1(J75 2()')9 '1 J. 4 73 .8 III 2.3 NY - !'1;-ttlOpac
/\ugust II o/I~e 113. e 7 1.1.1 2. 1 NY - Bille Mtn La k e JCJI'j Augllst ?? 1 {II CJ 73.9 1 l J 75 AllC)lISt 2(>
111.1 2.3 NY - Li1 ke Oe rore s t
??.In /11.2 71.2 ?. 1 nl - Snund 11)15 Septem ber II 1 (>1)'1 IIJ. I) 1() 75 Sc:pt.cm bc r <>3 1'..>1 J I, :1 * <J I',. I 7 11 . 7 1.6 NY - H<tqIHJt .tP. I a 1',0 1.6 NY - HarplC tte La he 1 t) fli 0(; t obe r l!) ()/j '..>/1 I,l,. ? ., I) * ? IV 1.9 I-1r. - Sa bb a t u s 11)15 oc t.obe r 11) JI)~13 LI/I.1 7fl.? III 2.2 ,.", - SA hb a ttl s 1975 oc t obe r 2 11 117{JH 111.6 7 /1.0 II 2.0 NY - Wtlppin gers r a I Is
11) f5 1 C) t>>
Octobe r 2/1 0<.; totH! r: en 1l1/13
? I/I~
111.6 111.6 7/1 . \I 7 11. n II II 2.2 NY NY
-- Wappil Wilpp i n~Je r s fa I Is lgers I a I I:>
1915 No vemb e r ? (j1,fJ9 111.7 7 11.0 II NY - Wappin gers Fn /I ~ 1 ()15
11) 15 Novemb cr 211')11 113.9 7 /1.6 IV 3.9 NY - Ra qrre t t o L.a I(.c: I~
0 x 1 (l '} /\
Novemb er l/) 0302 /11.2 7 /1. '1 1.8 NY - Grnenwood LCl ke 1975
]1)16 Novemb e r 16 r en ,"\Ia roy (j 1113 IIH()?
I~ 1 . II 11 11 . () 71 . () lO.? 2.1 ,..,A - BU7za rd s Bay lYl6 r e o rua ry 6 2.3 ,-1 ( - I ev is Lon
/)9 I ~, II 1 . -I 72.2 1.9 CT - t-1n n s fie I d 11)16 March II 1620 111.11 1916 f-1;-t rch 6 OIl 11, 70.3 2.7 M/\ - Nil II i.uc ke t Sound 1 Jl 6 l
Harcn 6 OH2 f) 111.2 111.6 73.8 2.3 NY - Os s i n i nq 71.2 V 2.<) RI - Po r t. smou t.h 1976 14;) rch 1 J 03 j ~.~ 111,6 71.3 1.8 RI - PorLsmouth 1.)x101 \1 19/6 ,-1(1 rch 11 ;! 101 41.0 71~ .4 V 2./' NJ - Riverd ale 1 I} 1() r-1rl ret) I? l/1?H III. 0 "1/1. 1, 2.e N,) - R i vo rd a I P. 1f) 16 MC1 r ch 111 231e tll.7 10.0 V 2.8 MA - S. ClliJ t.fld "' 1() 16 Ap r i I 6 ;>1/J'.> 19/6 /\p r: i J 30
'11 . ~ 72.5 1.8 CT - r. lIadd;I'"
19~o '11.5 72.5 1.8 GT - E. lIil d d am A,"cndm en t 3 12 or 2? August 1983
MNf'S-3 FSAH TI\H I r 2.1).?- 3 (Cont) () r i lJ lilt i - 111f19i- IlIlell-I i (fl' ~ I.II(1C llldo sity Xl~il !: Magni- Geo(j r a nh i C<l I ()'!t~ (IJICJ ( cl~!L!U r-1I)III(~n t. L(~~~U
\ 230.5 H1I11_ r~I.('.e*lt* _._ LClg (J tl () l.!__
1l) /6 L~!Yllf~ _(~m l Apri I 30 21 )/111 I, , . ~) 7'1.CJ 1 09 CI - f.. Ha drt am 1 <J u. May I) 1.1~() 1C) 1(, I1.. y 111 113.9 7 /1.1 1 00 NY - R;lljllel .u: () 11'1 111. 1) I rl ke I C) 16 7 1 . (l IV ? I - Mny 1 1 () 1 '.Jlj MA New Ilc:cl fll rd 1<J 16 t1ay 11(J.5 73 08 1,9 NJ - Ofr Sandy Honk 11 1 3 1lS II (J * 'j 1 -n<< ..Juno 12 ? HJIl /111.2 noB coB Nol - or r SarllJy Iluok 71,6 2. '1 Nil - r r(J neon i A I') Ie) JIIIIC~ l/f 0'.>3 1 ,, /1.2 71,6 11] /6 ,1IHIf: 16 1 1)11 1) 1.0 Nil - I r a nc o n i ,) lInG 11]/0
,lui y 28 O?()/I 39.B 113.2 7(J.~
7u.2 co9
;?3 NY r-1L - S or IOIlU I s I arid - Ofr SW Coasl Sop t nmbe r 1() O{)') 1 "/1. /1 1916 Scpu:m oer W /) J I') 1'].8 1').3 1. I NY - f(Jwa r-d s l/l.2 J,6 NY - S[ (/r Blue t1 lrr l" 1<.0 ,() 16 Sr~p l.ellJlH~ r ;.>? 1J90'1 .1 1') 1 (j 1l) / ()
Nnvnlllll o r I') 1',?CI 111 .
'1:1. r, 7'1 . () /1 J, l.ft 1*~
NY Nil
-- t nd ian Pt No vomb e r I.C1C(HI i <J ;,J(J 11/1/1 J II 1 . () is .>> -
1 I) 10 '*lllvelllt wl' .
')') ;>;'/,C) /Ll o~) 71 J, 1 * ') NY YOJlher s
( 1 I) /6 /)(!<:f~llI/)e r l.R Nil lacon iii
'; 1 t, J(> Ill>. H {/I
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(, I) /1 11 1(,;, ~' 111.f1
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111.1 113. ') tu . I, 1;' .3
? ') ,..,1\ - S 0/ "";1 r Ulii I s Vi 1I(:ya I'd 2.1 VI - I.. a k{: La i r I OC ll.J {( June 1U 1r'IH 'I u. { ( 'I . I) 1.1 N.J - " i ~l" Br'iclge 1Cj 11 1() t t .lu l y 1 1£)ld ll~ .9 Ill. 1 ?G NI\ Ca pr: Ann ICjl1 .JIlI Y C SI:P u~lIIllf~ r: ;>
1 111 II n , I I II. l) ?. :~ No) - 11111111' t.on J 9/1 ~eptelll tlG r il~) ~ 1 III 0.1 r~. f) ? ./1 NY - rncl**.sk i II H ~:\ ')1) 113. () 1(J. 1 1. a ME - Litl.le Ossipe e Pond 1 () 11 Se p I.l!rnt>n r: (JB I (? 1 1 C) ( 7
/1 /1. 11 11.9 3. 1 NY - Wi 1111 i rill t o n Oc toile r* 1'1 l)(){ II} 111 * (, 1'1
lJ 2.2 NY - Nt!wl)(1 r'q 11 I () II 0<:i.obe r 19 (1f\(J I 11'1.1 71),6 1 .3 NY - NI of 'r/<lterto'w'rl 1911 1C) 11 Oc totH! r 21 O()?2 JII. I 71/.6 1, ) NJ - Sp;Irt.(1 Novomber 1() (J? I) r) Ill. (I II.~ 2.2 NY - t'lo n 1.1111 k Pt 1() (7 NOVI!!/ll le r: ;. 7 1 r) 1 /11.0 111. 2 1.8 N,) - O;d~ I ;r 1111
]I) f7 I)cr:r~rnlln r II ? J'..J 11 Ill). H /'1 . ~ I. R N,) - SCIIOO !RY'S Mt.n Arne lid /Il(~ II t :s 13 or ")') (,.L AlIqllS l 19K:;
,.'tlI'S-3 IS/\H 11\1\1.1 ?~.?-J (Cllllt.)
() r i Cj I ;1 t. i - I 0 II~J i - IIII.(!II-I j IlIl ~ t. II( II ~ 1.11( Il ~ ~:, i t.y 'LHjll I Y(~;I r j - C;I: I) q 1;1 pI' i r: i I I f):JJ. o ( IJ I r: ) ( rI I! ~J N.J { II I ~~J . r/) {1-11-1) ___ !_ fl~ I ~l ~ It I 1l_1~;~.~ i III I r-1(llllf ~ I) l. 230.5 (llylil: __elll) 1 ') ( { ()(lC(:IIIIH ! r II ? :I')(J IIlI.n (II. B l:'. 1 N.J - Sclll)ll lcy's ',1 f II II) ( ( 1)1 ! r: I ~ 11I111: r ( , I (') I IIIJ. Ii J ') ( 1 f)I:C(lflll) (! I' ( 1)1IJ'I Ill). a (I, . II a I . () N,J - Selillo I ny's ,-1 f fI
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1. 1) N.J - Scll()1l I I:y IS I~ 1.11 1'1 ( ( I ) I ~ r : ( ! III I II : r ;'1) 1 /11 /1
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1. 11 N.J - SCIIOCl I(!y' s 1-1\.11 II( . EI 1") ( I /)(~c(:lIIhl! r ;)1) 1') I') II J.?
1 . () N.' - S(:II()o I ()y' ;; 11.11 J ') { ( 1I . I IV L? Nil - 11111- i 01 :1;1: lid H! r , .J I'd') /111 . II I II . II II LOll II) 1/ 1)(~r:(!/IIh(! r: ~. t, I ()')/I /111. n
1. 'i N.J - ~;t:l1l1O I cy s I '-11.11 (I,. B 1. ( NJ - Schoo' cy~~ I '-1l.n 1 1) ( I III ~C( ~1lI1>l: r ;. I I ()'I 1 '111.1\
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'1. 11 N.J - SI:ltllCl' ()y' S 1'11.11 IV 3.;'> 1-1, - () l. i ~; I i I' , II 11 ) ( 6 .Jallilfl ry II 11)?Hlt II -~ . IF) TO , ~ I :..'./1 HI - o\. i ~,f' i I: Id I () (n .ra nu.i ry III 11111 ( II I . _II 1() In .J;I'"I;1 r'Y I') II (II I III.HI n.I'1 1\ . 1)')
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PUB .J;u II ril r .y 11\ ,? II 11f'.I)H 1 . () NY - \-II ~ :', l. I' () i II I. (It I;'. J ') J
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1 ') III I (!IH'II;I r-y 1 1) ( ) I).~ ( 111 . ."ill t s . r;<) NY - I Ilrllp 1< in' ~; ellVn 1 I) I1l I !!tH'II" I'y I'] (I');' 1\ II (J
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? 1 NY - lIiqlllill HI ,., i I Is I')(B 1-1:'1"1:11 .11 1 I,;' f i'.'1 Nil - N\-/ I) r '-1;IIIC III~!; t.r: r 0230.5 IU. III ( I . ():\ ;'. ( Nil - 1)1I1111i1 rt (; l ~ II I.l ~ r:
J () (11 Cl"
/\p r: i I 3 /V)( 11(I.rd {II. (1/1 .f' . () N.J - orr salllly HOOK J C) IIi /\p r i I ;)() 11'11 /, Vi 1 C) III r*1i1Y 1H (11 ?I) 111.
1 . 0;' 11 . () I J* I HI - II , oc I, I;; I ilrld SOIIIll! I') (U ./11111 ~ II II {II. VI 1.') NJ - B I /lom i 1I11d:1 I (!
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/1 . \IS I. n Nil - Hi /111 i P(:~;lld~c(:
I'IIR .Junn '3 () ;'(11 :\ II 1 . llll 1'1 . ?Il IV-V ;> * ') N.l - 1\(:I.\,{cI :rl Mil /I""illl illll! ();t1\ I "luI I C) (A J 1111(: :311 ;>;) :If) /1 1 . llH /II . ?IJ ? ;> NJ - Clakl;II, lin I. \'1(l(~11 d
~1;ltl\.J:J h :lnd 1 f) (n .iu r y ;>3 ;' '10;' III. :l:' /'1 . !).\ '.) *J NY - I*(l(!!-.sh i I I , I) 1/\ ./11 I .y 'r'l> I )11 I f 'lll . II (I ( I . I I ., ./1 1<1 - COli t ifll:lIt.:11 ~j III ~ I I If) Ifl .lilly ?H t>>,
1/1 11 /1 11l1.'iB ~ J ? ./1 III - COil t. j IICII t.. I SIll: I" A/Iln r ll1Jne" t. .1 /\ I iqu S l. 1<) l\ .l
MNPS-3 FSAR TABLE 2.5.2- 3 (Cont) Or i g L:l t i- LOrJg;- Inten-Ti IIIf~ tude I tude sity MClgni- Geo9 r a p h i c a I Y_f:~U: Ili;l ~~ UD.0_ Momerlt 1.~9..-lU (tJeq Wl Ul!1L_ l!1Q.e+C~ ___ -1()c<i.~LQD_ 1 f) 10 i d_Y!!~_fm.J August 6 1(J1,9 l12.115 71.06 1918 August 6 1301 112 .I~") 71 .Oll 1*.6 MA - W;:l kBf j e 1<1 19/8 AUgllst 7 (J638 4 l l . 37 72.6 11 1.8 MA - \-!::Jkcf j e I d 1978 August 1(J 2112 1.8 VT - NW of Mo n t pel i e r 1978 August 17 211.1 Iln.46 43.52 71 . 13 3.5 HI - Contin ental She I f I 71.56 1 .9 Nil - Winrlis quam 1918 l(J7A August 25 Septem ber 1 2(J01 lH33 112.87 70.83 2.3 NH - Sn a h r oo k I 1~/8 So p t e mb e r- 3 1 ?II J 42.118 111. .3f> 11.46 71.37 2.0 2.8 l'1A RI
- Boxbo roucn-xc ton - tsnooe Island Sound I 19/8 Septem ber 19 0 1111 40.Y9 73.87 1918 Oc tobe r ?II 0337 1.8 NY - Yo n k e r s 4 L 10 12.98 1.9 VT - SE of Br is to I 1978 Octobe r ?l 23,)?
19/8 Octobe r 29 ?359 111.51 71.01 1.9 MA - SouLh of Dartmo uth 1978 Octobe r 30 0632 43.9 11 1/J. 40 2.~ ME - c re sen t Lake 1 ') /8 Octobe r 31 0316 43.97 1,1, . no 70.111 1.6 ME - C r-o s e n t Lake 1\}78 Octobe r 31 70.43 1 .9 ME - c rp.s e.n t Lake (JIJII\) 43.99 70.1.~2 2.0 ME - ere sent l.ake 1979 J<HIII>-.<< Ill) . 33 71. "12 2.27 NJ - Off Sa nd y Hook Janll<lr y 30 1(,:W lll). 3~ 7 11 . 2 () 19/9 .Ja nua ry 31 3.~ N.J - CIlp.£:!)cquake
? 1I1? lU.38 7?6 11 1.5 "'e VI" - t uo i ow 1919 Feb r ua roy ? II n . t ! of, 1£119 reb r-ua roy 1 1 02?6 (J/?1 IJ 1.19 711.
rs.r: 1.9 NJ - CheSLe r 1 1) 19 11" r c h 10 Z.O tJY - Nf!C1 r: C ro t on f<eserv oir 0 11119 11{J.72 7 1, . ')(J 3. 1 NJ - Be rnn rc s v i I Ie I I) 79 1979 Ap r i I Apri I 23 18 lI2 .11~ 113.9') c>>. r> V II . () Me Mf. - B<l til OliO') 4 J . Oil 71.2 11 I I I-I V 3.1 Nil - Candia 1979 '-ICly 4 190? 1)1/9 May 1 ? 2212 II 11.09 73.23 1.3 r~c VT - Nor t h of Middle bury Illl.09 f:~ . 21 1.4 Me VT - North uf MicJdle bu,'y 1979 June 20 1920 41. 3) 711. 35 NY - Goshen 19/9 July 9 O~II? 113.39 11. 45 2.4 NH - South of L(lconi a 1979 July 28 ?329 43.29 70. l l l l 3.5 HE - SE of Kennehunkpo rt 1979 Septem ber 4 1979 oc to be r 1 lJ/3H 1950 4 1.58 111.65 73.54 73.92 2.8 CT NY
-- NY Horde r poughk eepsie 1979 Novuem ber 2/J 001 I 42.22 "/1 . IJ4 2.2 f<1/\ - QlIinr.y 1979 Decemb e r 1 16111 L11. 3~ 7 11. 36 2.0 NY - Pine I s I and 1979 Oecembe r 1? 083 11 l11.L15 7?.01 1.2 r~c CT - SE of NON ierl Amendm ent 3 15 0 f 22 AI/gllst; 1983
r'lN ps- 3 rSAI( I ABU. 2.5.2-3 (COIlL) Or' i <j I nt j - I (In<) i- InLon-I illlP t urlu . t.lIdr: 51t.y r-1;)9/1 i- Geo(} f'ilplll ca I r-101l1l: /I L
)II ~;I ~.
P~t~ (In C) .LrJ(?~I.}U 1 d~~.!l...b') u~tu ___ t,"cLq!~ ___L ~> ~:_~ t,j. (!!!-_ (<lYriC':' _s~u 1 C) fC) lJeC;(~mtH~ 'W 1 11 I I) 1 1)IlO .Ja nua ry 2 r OJI? 111 . G 1 II J. O?
11. l? , II 2.2 NY - 1*1t.. Kisco
!')HO .J a film r'y 1I 1013
{? II) I . f) l-1e cr - Ne a r Nu rW jell 1 ~JH() I nl> rlln r'y C) 111 I
/11 . 31 II J. ')0 n.93 7().16 2.0 NY - I'(!cksk i I I I <)gO r eb rua r-y 29 05';3
2. I~ r*IF - WC)~; L of B i c1dl)fo rei II? .118 7 11.2U 3. 1 NY - cat ~ I~ i I I 191W I~il ret! 2 11 )11 /1/1.c1 t>>, Uti 2.8 I'A - Ah i 119 tori IIJIHJ Mal"{;tl ? I 111(1 IIII. I 7 1'}/S1l 1).07 3.:> P/\ - /\l>jrl~LoJl 1 'JUO
"n:h r-1an:t! <j 11 1 I?II O(J()(I 11ll. 1a II) * (J / 3. 1 I'A - AI! i rHI Lon l(mO Mii rch 11 16 I ()
Iltl. l'j II() . ? ') 7 '}.O<) 3. 7 PA - All i r19 Lon {II. YY c.R P/\ - All i rl~tcHI l()fW r-1a ret! 25 1111) II 1111 . C) 1 1(J80 AI' r: i I 1 (j1111B 11). fJ2 c.B N.) - IIi! j fll! S 11Il r'C) l cnln Ap r i 1 5 I I I, C) 11:3. all 3C).83 11 . ItO 2. () Nil - Nt of SqtliJlII Lake 1 11.0? 2.9 NJ - SOIIt.1I of so >> s i cJ{~
!<Jl'3(J 1 1.m O Ap r i I Ap r i I 7
2':) O<.JJ() (III? .3 113. 13 72.22 7 /1. 3 7 2.7 Nil - W05t of II j gill and La ke 111.35 2./1 NY - r I () r i da 1 1JllO ,.1ay ;> l~?J 11t1.16 I ()HlJ 7 11. 9 9 2.8 PA - I <llll)ho r r ic (At! i flU Lon) l<.JBO I"tty 2 t'1<lY 1 1 C)( I? 1l/13~ II (J
III .02
(:'11 {') . IJ3 3.IJ 1'/\ - JClUliso ll [Ab i rrq t o n ] 13.81 2.6 NY - /\ rc s ley 7.30.5 11)80 (.1;IY 1? () 138 111.?ts 7 11.1 11 ?./l NY - lIa r r j man 11J8() lay 20 2133 111.3S 111.31 2.6 NY - Flo r i da 1C)BO Il)/HI t-!;Iy 21
.)IIlIC (,
1922 1J I~
/13.01 IIJ. ~() "I? ,1,0 t-s.es J.6 Nil - NW of Keene I ()BO IV 3.:> NY - Bo o nv i I r o .runo 29 1l.1?') I~ 1 . () I 7? . 1? 1.S cr - N of No rw i ch 1 emo 01;>9 .f uuo 21) 111. l i o 7?OC) 1.8 C1 - N or No r'W i ell 1981l June 30 210 11 4/1. 11 {?~9 1. Cj VT - S or fo\(J/I t pe lie r l 1JB (J .ru t y 28 (IC)II J li1 . '>>? F?ljl) 0.1'3 Me C;1 - Mood II!';
19£311 A[/9I1S l 2 1 121 II () . /13 7 11. 1:> 3, 1 N.) - Keypur t lCjBIl AllgIISt 3 111119 11/).6 11. n 2.2 I-1A - S of' 11il rt ha ' S Vi neya rc1 I<JHO A1l91/5t 11 ! II)LI 43. ~II 1 1) . 16 3.3 NY - Boollvi I i e l<JBO Allgust 3D U919 39.8 11 711.86 3.0 NJ - 14ed 1'0 rd 1 ()[W Sc~pt.ernbc.:r I, ()/130 /11.11 13.7E1 3.2 NY - Tho rnwo od lC)HfJ Sep r.ombe r' ') ?3'j9 111 .6/ 1??':J 1. g <:1 - SW of Wi I I i rua n t. i c 1980 Scp t.emb e r 21 ?fl5c 113.63 711 . 0 2 3.? NY - PaW'l Ba ko I'S r., i I Is 11)80 sep telJllJf~ r' ;,,-/ (J( )1111 ill.')'1 r~. (l9 ?? NY - i rig 19BO September 28 2220 l13.71 7'1 12I ,J.O liY - 5l or Blue l-1Ollfl\..nin Luke Amendment 3 16 or ?2 August 198,)
MNPS-3 FSAR lABLE 2.5.2- 3 (Cont) oriq La t i- Longi- InLen-Time tudc tude sity Magni- Geoq ra ph i (;8 I 1::~l~.-r DatQ MOfllerlt l!!I~l ldeg N) (lleq W) iJ::1!iL 1l!.de*~ _L~(;at iOll_
.L~.!y'!1 e crill 1980 Octobe r )1, OH19 /13.87 1 11. 47 1.0 NY - Blue Mounta in I a kf~
1930 Octobe r 15 1702 /11.2') 1980 73.80 1.5 NY - W of Cru tori Rese rvo i r Octobe r 2/' 1121 1,1. 32 1980 Octobe r 2S (JOl,1
7'l.81 2.8 CT - NE of N(~W' 1I,1ven 1980 Novemb er 5 2:>40
/'1.3 J J13.66 72.88 71.36 2.7 2.7 cr - NE ur NeW' It'lven NH - No r the rn Lake Winnip esauke e 1980 Uovembe r HI 1502 112.0 "11.3 1950 NovclIl her ) ~ 1723 III .37 1.6 MA - N of North I\ttleb oro 1<)00 Novemb er 23
71. 01 1.6 MI\ - W of Cut t yf u m k ISland 1950 uec embe r 12 0039 230 /1 112.62 L,1. 3 1 71.39 ts .91 2.5 2.3 M/\
NY -
- Annsv S of t.owe I I ille ( Peeksk i I 19fW Oeeernbe r 2~ 165B I )
4 JI . l 0 72.09 2.5 VT - NW or Ne'Whu ry 1981 .Janua ry II 0917 1981 februa ry 9 03 113.89
/1.3.22 70.01 2.6 r1E - N of Brunsw ick 1981 r'lCi r c n 19 0851 )/1 71.58 1.9 Nil - NW of Concor d 1981 Ap r i I 4 092/,
IIll.9/'
/,1. ~9 74.36 71.21 2.0 NJ - Boonto n 1981 MHy 18 0722 41 . 10 2.7 RI - Portsm outh 74.20 2.1 NJ - Ramsey 1981 June 21 O~()/~ 7 /L 59 1981 June 28 41.07 1.8 NJ - Denvi I l e 1981 Jul y 31 22 112 1?S1 /13.57 /HJ.2
71. :>5 75.0 III 3.1 1.8 Nil PA -
- WNE ofor Lacuni a Ph I aue I ph i a j
230.5 1Y81 August I~ 0201 Lll .54 72.47 III 2.2 CT - 1981 August 10 N of Moodus 2306 4 /1.07 73.54 2.2 NY - Mi nev i I Ie 1981 August 11 0/12 1, 11/'.08 73.55 1981 1.5 NY - Mi nev i I Ie AUYllSl 13 1')')0 41. 13 70.61 1 .8 r*1 c MA - S or MA r t ha IS Vineya rd 1981 August 17 01?1 /,1. Lj2 72.73 1981 August 18 ()o?5 0.8 f")c Cl - NE or NeW' Haven 1'?32 7/1.27 1.8 NY - Windham 1981 August 20 1600 ItO.3 75. 1 2. 1 1981 August 21 1981 August 21 1629 0)?2
43. 8 7 74.16 >1 NY - Blue Mounta in La ke 43.60 7'1.09 1.6 NY - Ba ke rs M i 1\ s 1081 August 28 l:)~() 41.,08 73.52 1.7 NY - Mi nevill e 1981 1981 August 28 August 3U 22 /13 /1/1. 1() 73.51 1.8 NY - ,..,i nev i I e J
151 1 43. 10 70. 1 1 2.ll ME - SE of Portlan d 1981 Sep t.embe r 2 1n?-~ 1981 Septem ber 4 0659 411.33 43.33 71.95 1.9 NY - S£ of" l.orJg Island 1981 Septem ber 12 02 1111 71.69 1.9 Nil - NW or Concor d II I .51 70.61 2.1 t-1A - falmoll th 1981 Septem ber 21) , 91~B 41.6 70.9 2.2 MA - New Bed r o rd 1.7 f1c 1981 October 12 1/t58 41.5 73.2 2.0 CT - Woodbury Amendm ent 3 '7 of 22 August 1983
r-1'~ PS- 3 rSII.R TABU. 2.5.2- 3 (COrlt) () r i CJ La t i> I.ongi- l n t.e u-t illln tilde t.uue sity M;I~}11 i- C(!()Cj rap" i en / Ye~.!: lliJ_tQ l.YJ..£l ""olllen t U~. 1.~! Q.9--.!U 1...t!!il_ .t!..!...<Jg!_~ _Ioc~ t i Q._n_ .LlIy'r~£ ..fill) 1981 Octobe r 21 16 119 LI 1. 1 72.6 3.6 1c 3.8 CT - Nonh of Long / s I and SOlrfHJ 1981 Octohe r ?I ?O'jl 41.6 12.6 2.0 Nc CT - W or 'oloodllS 1981 '.9 Octobe r 27 OO?7 11 11. 2 71.5 2.1 He Nil - Wh itA MOIHltCl ins 1981 2.3 Decemh er 13 1 (i~)5 l/1.07 7.1.54 1982 Jollllar y 19 001 II 111.5 1.0 '*le NY - Ro c k l a nd t.a ke 71.6 II. 7 Me NH - W or LacolliC l 1<)82 .Ja ru ia ry 21 0]01 ,.1. l?6 1 ~.Ja2 JClrJlICl ry 22 nO)'1 L13. '~ 1 0.5 Me CT - Ne a r lfadcJrlm 1982 .f a nua ry 27 1GI13 7J.6 1.7 !'Ie Nil - W of LaconiC l 43.5 71.6 2.8 Me 2.B N~l - W or LClconi ;t 1982 .Ia nua ry 27 185() til. <) 71 .0 2.8 Nc 3.0 Mil. - E of 'la urr t o n 1982 .Ja nua ry 2/ 193]""- 41.9 71. (J 1.6 1c MA - [ of Taunto n 1.6 1<)82 Jalluar y 2/ 2(J119-H /11.9 71 . () 1.3 1.')
'*le Mil. - r: of Taunto n 1 1)e2 .Jaru ICI r'Y 11 1()~7 111 . ~
230.5 1~.m2 r ell rua ry l'j ?,O13 IL~. 7;'.1/ (J.~ 1-11: CI - N~;l r t-100c1IIS I 7 1. ~) 1. <) 1C Nil - Sf of COIICO ro 2.1 1~82 I ell rua ry J() II J I~B2 r e b r-ua r'y 17 ( )()O5
? 112
I) l?.')
71.6 ().~ He; CI - Neil r '*loodlls 113.6 1.1 /*1e; Nil - W or Laconi a 1.R 1<)82 feb r-ua ry ?~ ()9?11 II 1.19 73.07 0.6 r*l<.: CT - E of' Bridge port 1.1 1<)82 Fe b r-ua ry 26 ?2()11 II :~ . ()C) 11 . ~4 1.9 NIl - S of Conco r d I1)H2 Ma rch ') (121 ? 43.3 71.6 1 . :) 1.6
,.'c Nil - Nea r Concor d 1982 'o1rl rcn 10 1113/ 41.09 73.54 1.5 ,-1r. NY - Rockla nd t.a ke 1982 Ma rch 10 2016 42.4 76.4 3.0 "1c NY - SE of I t ha c a 2.7 1982 Ma reh 12 ?204 113.5 71.6 2.3 ,-1c NH - W of l.aconi a 2.4 1982 '-1a reh lS 0359 4 /1. 1 73.5 ??. '-1c NY - Southe rn La ke Challlp laill 2.3 1982 Ma reh 17 061,7 1~2. 5 71.2 1.9 t~c MA - Bu r I i ny ton
1. 7 1982 r-la r-c h 21 1629 tll.7 72.5 (J.B "le CT - [ or l-1aflcI1 8!.;ler 1982 Ma r-cn 22 ul09 lHI.5 73.8 2. 1 He NY - SW of Long I s I and 2.3 Amendment 3 18 of 22 August 1983
"1N ps- 3 FSAR TAC3L[ 2.5.2- 3 (Cant)
Or i 9 L,lt i- L.orlgi- InUHl-I i IlIf: tude tilde sity Ytl~lT g<.U.~ MCigni- Geo9 f<I pr: i CCl I t-torne nt (\JlG) L'.!~-.m LQ~_!L l 1l1r1.L .lJ.lde-ll~ __ Locat,..UJ!_1_ 1982 L9..Y!.!c em 1 r'1n reh 26 1457 4 /1 . ~2 67.51 2.3 He r*1E - NE of China 11)82 MCl rcn 29 2.3 OS/37 40.05 72.B'j 2.2 Me NY - South of l.ong I s I ilnc! 1082 Apri I 12 ~214 2.3
/10.1 7 11.1 2.1} '-1c NJ - NE of Toms Hi ve r leW2 May ~ 17 13 11 /, 2.9 43.9 7fJ.4 2.5 Me ME - S of Glouce ster' 1l)H2 May 29 1 'j 1 /1 2.3 42.3 72.9 1.7 1.9 Mc MA - Kniqllt Svi I re Re s e ('VO i r I 'J82 MClY 29 1736 II;~ . 'j '11 . 3 1.3 t*le MA - N of Bed fon!
19ft2 May 3U 1. 1 113 /1 41.l.i 12.3 11)52 1.6 2.0 Me CT - NW of New London Jllne 2 1)321 1982 I<;B2
.June 12 June 15 1')26 111.45 112.17
74. Oil 7'j.36

1. 'j 2.5 Mc t-le NY NY
- Ro New Pi'! I t z xbu ry 1905 112.5 70.9 1.9 MA - Swamp scott 1<)82 J tlf/C 17 (1802 //1.5 72.5 2.0 Me 2.2 CT - Nea r Moodlls 1YH2 July 8 ()0~6 42.76 73.5 1.9 r'1e NY - E or 1 roy 1<J82 July 8 2.1 0352 4'1.68 68.28 2.2 t*1e ME - NE or Frankl in 198(> July 19 2.1 1 C) 3(J 411.60 68.29 1.8 t-1e t-1E - E 0 f Graham La ke 230.5 1982 July 22 2.0
20. /1') 111.05 7 11.06 1 . 'I r"c NJ - Ramsey 1982 .July 23 W)~2 111.5 1982 August I. 1')52 111 .2 72.47 7':;.6 2.~ He; CT - Ne a r Moolliis

3. /1 r"c PA - Ea s t e rn PA 2.9 1982 August 1.\ 2\33 113.0 71.6 "' .8
~,c NH - N'r4 of Manch ester 2.n 1982 August 9 0951 42.'10 73.75 1.7 He NY - N£ of I/udson 1982 August 9 1.9 1 ~(J~) ~3.6 72.0 1.9 r-ic Nil - N of New Londo1l 2.4 1982 August 12 1659 43.5 71 .9 2.~ He N~t - ow of Danbur y ?.7 1982 August 1/1 0528 112.4 73.8 1.6 He NY - S of Albany 1.8 1982 August Hi O'1?6 11?59 71.36 1.5 He r~A - s or Lowe I I 1982 AlI911st 1£5 O113f.J 41 . (J8 7/1.07 1.9 NY - WSuffer n 1982 August 3D (11 117 IJ3 .11 71.6 2.0 r"e NH - of Laconi a Amendm ent 3 '9 of 22 AllgUS t 1983
MNI'S-3 I SI\Il IAOlf 2.).2-3 (COflt) () r:; ~1 l ill;- I ony j - r nt.e n-I i nu: tilde tlldo sity Milqlli- (;f~O~J ra p h i c a I N()(II(~ Ill. YQ.rr.r p,,~ LV, L(d i~Q.!L!il (deC) W) l!1!'!.L- ,t~J(lc~~ _1. (~£a t i (!'_'_ .LQy'rl~~ _~!!!l 11)H? AIl~}IIS t 311 ;??(J') It 3.0 7'.; .1, 19B2 /\1I~JI15l 11 1111(,
2. ~> t1c NY - f,W or UtiCll 113.2 7 11.3 2.U l-1c NY - NW of Sacantl aqa Hust-~ rvo i r 3.(J 1IJH2 Se p i.nmbe r 11 1I')?fl 113. ~ 11. '> 1 . (i 1.1) 11c Nil - W (Jf l.a c o n j ,I IIJH2 Sf~P tp.mlie r J% IJlJ?(, If J . <; l3.~ 2.IJ 11c NY - r or Kin'l:;1. 0(l ivaz Sep I.emtw r 1/1 ??:n 'I/I. 3 71.B6 2.3 Ne Nil - H of f ra nco n i a I <JII2 IIJR?
Sl'p1.mn he r Sl~fl t cmb o r: ;)1 1 11 ~' 'U {K I"l. 3 11 . H { 2.1 Me Nit - W or r r a ncnu i (J J<)ll?
;> I ,~ / 11 / 1. 32 7l.fW C.O /*le Nil - NW of' fl'ilnco nia S(ll' I.(!f/l/)e r :->/S 111 1111 II I . ') / '? . ') -lI.'.J t*ll; cr - Near /"'(lodlls 1 ()U2 lCJH?
S(~P t.omhc r ?B Septem be r ?B JIll) I
;'??la 111.'J 113. 11 7"c... r.,J
73. ()B
-1.3 /1(:
c.? Me: r.1 vr -
- Ne a r l'1uoulls Manelr estor 2.1 IIJB? S(!P temlJll r ?<) 11 /1 1') II I . ') J 7?. III 0.7 1"11; (;1 - Nell r MoodliS I cm 2 Sop tOlllhn r ;>1) ;';'{)j 11 11.3? 71 . H / 1.<) r1<; vr - SE or Sl. Jotlnsb lff'Y II)B?~~
Oc Lollo r: I llJB2**

0<; lohe I' III
() '~', 1 f)'JlI '.> I,;) . I,;' .6
~ "I;). / 1.9 t*le t11\ - No r t.hnmp t o n 7:1./ 1. B 1-1<: NY - /\ll):lIIY 1 (JH?*'K* Oc!.ohn r ?3 III) III 11 11.1 ts .: 1. I r1c NY - Wi till: rl)(~f~
I ')R?*** 0<: !.olle: r ;.>/ ; '0;" I II;> .11 'l 0 . I ? C) 1,1t: 1<\/\ - Ofr r;;tpr: AII'I 230.5 l<)B?**
oc r.cbo r ;>1\ O??(JH II? 1~ 70. III ?El l'le; M/\ - Off Cape /\1111
?3 1*1e:
c.? He 1l)£3? K--H* Novnlllb er (H') I I,;,>. 11 I(). 1 1 ? ,I, r*1<; 1*1/\ - orr l;rtpo Anll 2,0 IlJH2**
No vnmhe r ()lIW ,,(> .os TO. 11, 2, I He t1/\ - Off Cape /1,1111 2.2 1 1)82***
Noveml Jer O() I.') I~? . 1)6 7U.'JO 2.2 Me MA - N[ of Plymou th 2.3 1()B;.>*IH f Novemb er t, oVj() 111.79 71.JO I. R r"1c HI - W or P roy i nr.noe l IJB2*** Novefnh er G (13 1) ;>.. I . () He HI - W Of Provide nce 1()B2**
Novelllh ur 6 (111):~ H 1.6 I<\c: HI - W or P roy i rJ(~nce 19R2**

Novemu er' () lIB3? 111.16 70.?7 1.6 ,<\c ,-1/\ - SSE. of t-1(1 r t ha ( s Vi Ilcy<l rd 1.6 1962**

Novemb e r 9 03 , , 2 11?51 72.2 2.2 Me MA - S or ALtIOI
2. 1\
?IJ of 22 !\ I I ~J II s t 19 eLl Amendment .3
MNPS-3 FSAR TABLE. 2.5.2- 3 (Cont) Or i 9 La t i- LOrJg;- lnten-lime t ude tude sity M<lgni- Ge o q raph i (;<1 I "lornert t, Y~~t! r !!.QJ~ 1.1!l~ J Ldeg.1H U!QilJ il @.L t!.!Q.~~.~ __Luca t i o,!__ ( clY'.ICl. c,;!~l 1<;82**1t* Uovemb er' 11 ll5?2 I~ 1.52 72. /15 1982**
Novemb er 21
-0.9 Mr. CT - Nea r Moocliis U /13 43.16 72.12 1.5 Me rm - NW of Hiyhla nd La ke
1. 7 1{JB2*** I>ecembe r 225? 143.6 71.5 3.lJ r..,c Nil - W of Laconi a 2.9 1982**
Decemb er 230')1l l13.6 71.5 2.1 Me NH - W of Laconi a 2.2 1982**

Decemb e r 2 2U36 ll/I.2 71. II 1./1 Mc Nil - S of Franco nia 1 ~Jn?*** Decemh er 3 l)c~g-K- l13.66 71 .61 1.8 r'le NH - NW of I.aconi a 1 ~.H~2*** Decemb er' 3 03n(j1l- 113.62 71.56 1.7 Me NH - NW of Lflconi a 1 C)R2*** Decemb er 3 1<jIll 11 11 . 1 7 71 .61 1.8 Me WI - Wh i t c MOllnt<lins 1982**

Decemb er 6 2:n() ~3.60 71.52 2.2 Mc NH - NW of t.acon i a 2.0 1982**

Decemb er 13 1520 42.59 111.06 2.11 ,-1c 2.2 NY - W of Albrtny 1982**

Decnmb e r 13 15')2 112. )4 7 1L 0 9 -1.7 f-1c NY - W of Albany 1982**

Decemb er 13 1552 112.58 14.05 2.2 Me NY - W of Albany 2.2 1982**

ne ccmb e r 20 1U19 111.') 72..5 0.5 t--1e CT - Moodus 1 <Jli2***
1982**
Decemb er ;..'1 Decemb e r 23 1(j Ii (I 1931 1/1.26 q2.1 73.6 71.7 1.7 1.0 Me Me NY MA
- r of Katonah - Whitin svi I Ie 230.5 1982**
Decemb e r 30 1920 Q2.2 73.5 NY - Nea r Hudson 1'J83**

1'J83**

Januar y ?7
.i a nua ry 29 2110 I11.5 ll 72./17 -0.5 tolc CT - Nea r Moodus 013~ 112.54 71. 3 I1 1 .8 nc MA - r"'ayna rd 1983**
Februa ry 2 130() 41.56 71.44 2.2 Ie nl - NW of Ne'Wpo r t 2.2 1983**

reb rua ry 2 1520 43.3 71,9 1 .9 Me VT - E of St. .j o hn s bu r*y 1953**

feb rua ry 3 l'jU> 111. )7 72.37 -0.1 r-1e CT - Ne a r Moodus 1983*** Februa ry 8 1110 43.23 72.0 1.7 Me NH . W of Conco rd 2.0 1983**

Februa ry 9 222/1 42.52 72.23 1.7 1c MA - NE of Quabbi n Res e rvo i r 2.0 1Y83**

r o o rua rv 16 1619 11/1. o3 71. 37 2.0 r'1c Nil - White Mount;.l ins 1983**

Feb rua ry 19 O~II5 4(J.6 74.5 2.6 r"1C NJ - W of New l>rurl$w iCh Amendm ent 3 21 of 22 Augllst 1983
MNI'S-3 rSAR TABLE. 2.5.2-3 (Cant) Of i ~J La t i- l.ongi- Inten-
'I i Inl! tude tude s Y!}.!!.r:: Qate j t.y r-1a9n i- Ge()9 rap II i e a I MOIIIl:llt j-!!'!.~.J. (deg N ) 1~.Ji1 (Mr'lL l.!.!ge** Locatio n (dyne ~~'!.l 1983**
feb rua ry 21 2113 39.9 73.0 2.8 2.6 r1e NY - SouLh of Long Island 1983**

rebrua ry 25 0230 41.6 71.0 1.6 Me MA - SW of New Bed fo rd 1983**

feb rua r:y ?6 1.8 19:>9 41.6 73.7 3.0 Me NY - Sf of Pouqhk e e p s i e 2.9 1983**

feb rua ry 26 2016* l~
1983**
MiJreh 13 1303 1.6 11].67 73.5
71. 31 0.7 r4e NY - SF of Poughk eepsie
*2.8 Me Nil - Lake Winnip esauke e 2.9 1983**
March 14 06 /48 3.115 I~ 70.88 1.8 1.9 Me r'lE - West of Sanfor d 1983**

Mil rch 2/1 11127 112.96 71 .71 2.9 Me Nil - W of Ma riches lC! r 1983**

Ma ret! 27 2.9 O'l II~) 73.57 1983** * '"a 41.09 1.0 '*le NY - Ossini ng rr;h 31 1721 42.9 73.9 2.0 Ie NY - NW of Schene ctady l r) R3* ** tip r j , 3 0526 43.9 71.5~ 1.4 1e Nil - NW of Ce n t e r Sandwi ch 11)03**11- Ap r i l :> o to I 19H3**

I\r r i (III ?II 111.11 73. )3 1./1 nc CT - Nt of SLilmfo rd I 6 11 /1.29 '/1 . 1)/1 1./1 nc Nit - Nr of /*lOllro(:
1983**
Ap r i I 7 2()3 11 111.67 1983**

Apr i I 2~ 1 (}(J 7 73.67 1.0 '*le NY - SE of' Po uqlrkc e p s j e
/.JII.2 71, 'I? ?O Me NY - S or Long Island 1<)83*** fl.pr j I 26 l l J3 G 1<JB3*** Apr; I 27 //1 * ~3 /.3.6/1 1. 11 r,le NY - N(]Cl r' r:lll~rs()n 230.5 1CJ83**
Apri I 29 IJ 1')8 III. III 7C. '.)8 -u ./1 nc cr - sw of r'loodlls 012;> 111.61 7~J. 511 1.3 t1e C1 - Ne a r [a s L IIrJmpLon 1983**

tip r 1 . <J j I 29 17 3/~ 42 71.1 1./4' 1 . II no lA -S of B rock ton 1983**

Apri I 30 1638 112 71.1 1.6 Me 1.8 r-1A - S of B rock ton 1983**

tip r i I 30 16/40 42 71.1 1 . II Ne /'1 A - S of Brockt on 1983**

1.5 May 23 0836 41.3 70.5 1.:> Me MA - S of Ma r t ha IS Vineya rd
1.7 NOTES
A f t e rshoek s
** t1agnit llde is NUlLI i Magnit ude (I1n) unless no tud
na t a for earthql laj{cs after Septem ber 30. 1981, by (Me) - coua Magnitll~le Weston Observ atory Networ k) (Hid are prel iminary (from tIe unpubl ished as of June 1, 1983.
Amendment 3 22 of 22 August 1953
MNPS-3 rSAR TABLE 2.5.2-4 LI ST OF EARTHQUAKES WI TH I N THE 50-MILE RADIUS La L i- Longi-lime tude tude Intens ity Y~<l.[ tl~J~ Llll..G..l lQ~g--!il l~_J:H _J1' 11_ Magnit ude** !9~(!1 iQD 1 ~)6H lll. 5 72.5 VII cr - Moodus - E. Itaddam 15"1 /1 In.? 72.5 VI C1 - Moodus - E. t1addrtm 158/1 Il1.5 72.5 V C1 - Moodus - E. ltaddClm 1592 111 . ? 72.5 V cr - 'o1oodus - E. Haddam 1"166 Aug 2~ 41.5 71.3 IV RI - Newpor t 1791 "lay 16 1300 111.5 72.5 IV CT - 1oodus - E. lIaddam 1 fC),? Oct ?II (lCJ()!)
111. '} 72.ry IV C1 - 100dllS - E. lIaddam 1 I'}:S ,I;" I JJ lllJII* II J.'J 7?."" IV Cl - Moodus - E.. Haddam 1 I'J \ .Jill (l (I 1 1(If I K III.') I'?'j IV cr - oodus - E . ua du arn 1 lIn "1;1" (I() 1~!)(JM 111.'.J t> ~) IV C1 - 1oodus - E. Haddi'lm 1 I (JII 01 230.5
'*1;1" ()/lllft"" 111.') I?? IV Cl - Moodus - [. Haddam 1 Il}11 "1" r lJ9 I (JOU* Il1.5 72.5 IV cr - Moodus - E. Haddam 1 /9 /1 ,.1., r III 0 1100* 111 . ~ "12.5 IV CT - r100dus - E. Haddam 1827 Aug 23 41 . I~ 72.7 IV Cl - NW of New London 1837 Apr 12 .7 72.7 III V CT - ua r t, fo rd 18 110 Aug 09 2(J30 41.5 72.9 V CT - Ha rtford 1852 Jan 10 1140 111.2 71. II IV 111 - Ofr Coast 18:>() Ma r 13 0:300 l11.4 72.6 IV C1 - fladdrifll 1857 Jul 01 U3/~5 41.') 72.5 IV Cr - ltaddnJn - Hoodus 18?7 Jun 27 41. /1 72.8 IV CT - No r th Itflven 1858 Jul 01 03 115 111
3 73.0 IV CT - New IfAven 1860 Feb 03 o 1(JO III .5 72.5 IV CT - Hoodus - [. Haddam 1583 reb 28 0330 I~ 1 .5 71.3 V n/ - Ne.. . . port Amendment 3 of ~ August 19ti3
MN ps- 3 I SAH IAULE 2.?2- i l (ConL) La L i- Longi-Tillie t udn tilde tn t en s i t y ygi!.!'.: Oat.Q 1!U~1 i~e_llJiJ 19.~5L'd.l .-i!:!!.1 l__ r"<J.!.lnj \:.~~~_~_~ ';()~;~ t.i (~r~ 1886 Sep 05 111.5 72.5 IV (;1 - Moodus - E. lIadcJam 1891~ Apr 10 Ar" 41.6 72.5 IV (;1 - r100ulls - E. H~du(lm 1891 Sep 05 41.5 72.5 IV (;1 - f100dlls - r. Iladdilm 1899 May 17 0115 41.6 72.6 V cr - Moouus - f... Haddam 1905 Nov 26 n030 i11.5 71.3 IV HI - Ne.....por t 1906 May 08 1330 111.5 72.5 IV CI - Moodlls - [. Haddam 191"1 Feb 16 119110 It 1.5 72.5 IV cr - oodus - E. lIadd~m 1925 Oct 30 AM 41.5 72.5 IV CT - Moodus - E. Iladdam 1925 Nov 111 130 11 111 . 7 72.11 V CT - No. or Hebron 1925 Nov 16 0620 111 .8 72.7 IV Cl - Ha r t r o rd 1926 .)ClII O'l 41.6 71.8 IV C1 - VOlunt o..... n 1927 Mr:t r 30 PM 41.7 72.8 IV C1 - Ne..... Uritai n 230.5 1928 Jan 13 19~O ~1.2 71.6 IV HI - Block Island 193 11 Jan 30 1030 111.8 72.6 IV CT - So. Windso r 1937 .Ju l 27 0910 111.8 72. II IV CT - Manch ester 19 11 11 Dec 11j 0314 41.6 72.8 IV CT - Meride n 1948 May 11 0223 II 1 . l~ 71.8 IV RI - Wester ly 19 119 Apr 17 0015 111.6 71.5 IV R/ - N. Kingst on 1951 Jan 26 0327 111.5 72.5 IV CT - Moodus - E. Haddam 1951 Jun 10 1720 41.5 71.5 IV 4.6 HI - Kingst on 1965 Dec 08 0302 41.7 71. 4 IV HI - Wa rw i c k 1967 Feb 02 1 :'PIO 41.4 71 . II V 2.4 HI - N;1 r rn q a n s o t t BCiY 19613 Nov 03 0833 41.ll 72.5 V cr - '-loud II S - I _ I/addam 191 11 Oct 01 0636 111.7 71. 6 2.5 HI - W. 1-/;11* ..... i ck Amendm ent 3 2 of 5 AUgllSt 1983
MNPS-3 FSAR TABLE 2.5.2- /1 (Cant) I. rI t i - long i-r i rn(~ tude tude Intensity YP~I_[ Q.<.~~~ lY.!~J l~_lil (deg W) _-'.J.1!iL_ !i(~9!~i.J:J:!deltH !('~~~L{)!l 19/5 AllY 26 2218 t11.2 71.2 2.1 1<1 - SOllll(1 19/6 reb u6 091~ tll.7 72.2 1.1) Cf - ans r i o Id 19U> Mil r 0(, 0829 v tll.6 71.2 2.9 1< I - Po r t smo u t.}, 1976 M<l r 11 ()33~* 41.6 n .3 1.8 HI - Po r t smo u til 1916 Apr 06 21()'j 41.5 72.? 1.8 (;1 - E. Ha dn a m 1976 Apr 30 1905 111.5 72.5 1.8 (;1 - [ . ua ddam 19/6 Apr' 3() ?ll/ill 111. ':) 72.5 1.9 cr - [ . llCldd;tm Ii) UJ Dpc 11 l(l"lIJ 111. ~ 72. 1 II 2.2 Cl - No. or Cales fe rr'y F) /I rd, (I I lJ;' '.J(J 111 . (, I? . II 2.1 CT - a r Ibo r o uq h I () 1 1 "1;1" fJ 1 () f) 1I1I I . II (J I';. II 1.8 Cl - Ma r I bo rough l l) I { Uov Ie (J;"}') II 1. II 11.~ 2.2 NY - Montauk Pt. l l) III Apr' ;J(l (If)~ II I l l . :\') 11 .61 1. 7 HI - Block Island Sound 1 r) I H .Jur: 11/1 ? 3?') "31).Hl 71 ,(17 2.1 HI - Continental St,e I f 1 r) {Ii Jut ';6 1I 230.5 ()'I II! J * 'll) 71 . 11 2.8 RI - Continental Shelf 1918 Jul 28 1 11/1/1 110. )8 70.91 2./1 1<1 - Continental Shelf 1978 Aug 10 1212 JIO.116 71. 13 3.5 n, - Continenta! Shelf 1978 Sept 03 12 /11 41.36 71.37 2.8 fir - Rhode IslClnd Sound 1979 Jan 07 0922 41.73 72.57 1.2 (<.; ) C1 - E. GI <l S t oubu ry 1979 Dec 12 083 /1 tt 1./15 72.01 1.2 (Me) <:1 - Sf 01 lilll'wid) 1980 Jan 02 0312 111.62 72.10 1. n (I'lc) (;1 - lieil r Nurwi ell 19EW JUri 29 03?!) II 1 . f> 1 "1'2.12 1.? cr - No. of No rw i c h 19B() Jun ?9 tU;?9 41 ./t(l 72.09 1.8 CT - No. of No rw i ch 1980 .Iu t 28 OS 113 /11.52 72. lj5 0.8 (Me) cr - HoodltS 1980 Sep 05 23~9 /11. G9 72.25 1.8 (I - SW of Wi I I i Inn n tic AmHfldlllent J 'j \J' AII~IIS t 19ft3
MNPS-3 fSAR TAULE 2.~. 2- 11 (COllt) La t j - LOIl~j-I i 1I1l~ tude t.ude Intcnsity Y<;.9_r LJa~ l.!l-'-~J 1 de~L.l'!J. .L~~ _---'..!it!L- Maqll i tU(je~~ 1-~ca t Lq..Q 198U Oct. 2 11 1727 41.32 72.87 2.8 C1 - NE of New lIaven 198fJ Oct 25 OOlll lf 41. 33 72.88 2.7 1,1 - Nf of New ua ve n 1981 Apr 04 092 11 111.59 71. 21 2.7 RI - Portsmouth 1<;t31 AlIg 011 fl?Ol 111.5 11 72. 117 ? 1 ('-1e) (T - No. of r-loorlu s 1981 A1I9 17 (j 1~ 1 111. 112 72.73 0.8 (Me) CT - NE of Ncw lIavnn 1981*** Oct 21 16 119 111.1 72.6 3.6 (Me) cr - N. LOllg Island Sound 3.8 1981*** Oct 21 2051 Lll.6 72.6 2.0 (Me) CI - w. or '-1uodus 1.9 198?*** Jan 21 0301 LI1.Lt 72.6 0.5 (Me) cr - Nea r lIaddam 1982*** Jan 31 1057 1.1.5 72. 1* 0.5 (Me) (1 - Nea r lIaddam 1982*** Feb 16 Of. (J5 1.1 .5 72.5 0.5 (Me) C1 - Nea r '--1ooelu s 1982*** Feb 2~ 0921J 41.19 73.09 0.6 (r--1c) CT - E. of £3ricJyeport 1.1 1982*** ' 'a r: 21 1629 41.7 72.5 0.8 (r--1c) Cl - E of l--1a netic s t e r 230.5 1982*** May 30 1734 41.4 72.3 1.6 (Me) cr - NW of New LonOon 2.0 198?*** Jl.ln 1 7 0802 111.5 72.5 2.0 ('c) (T - Nea r Moodlls 2.2 1982**lf* Jul 23 05~2 It 1 .5 72.47 2.5 (r"e) C1 - Nea r Moodus 1982*** Sep 28 111 1111 41.5 72.5 -0.5 (Me) Ct - Nea r Moodlls 198?*** so o 28 11157 It 1 .5 72.5 -1.3 (Mc) CT - Nca r r--100d11S 1982*)+*)+ Sop 29 OIl 1') Lll. ~1 72.47 0.7 (t-1e) C1 Nea r r"oodus 1982*** Nov 06 0350 111.79 71.56 1 .8 (Me) I~ I - W or Providence 1982*** Nov 06 0352* 111.79 71.56 1 .0 (Me) RI - W of PnJV i de nc e 1982**** Nov 06 03')3* 41.79 71.56 1.6 (Me) HI - W of I'r'ov i ue nc e Amendment 3 4 of 5 August 1983
MNPS-3 rSAH fl\BI [ 2.5.2- l j (Cant) LiIL i- l.o nq i - I i mo tilde tlld~ I () t e n sit y Yea r::. Qa!:~ l.lJ.T5~ } ( !!~~L.N} tQQ..g ..Wl .-illLtL. _ !1.~g!~L~ \_lg.~_*-~. ~ ~~~JJ.9JJ 19B?*** Nov 11 ()~(j2 't 1. 1)2 72.45 -0.<) (fo1c) cr - Ne a r- Moodlls 1l)82~HH Dec 20 Hill) It 1.5 72.5 n.5 (Me) (;1 - Nea r Noodus 1983*** J;:H1 2/ 2110 111 . S'I 7?lll 0.5 ( nc ) cr - N0.a r Mood II S 1<)83*** Feb (12 t suo 41.56 2.2 (f1c) Itl - N'rl of Newport 2.2 1983*** Feb 03 1 ~)? () 111.57 72.37 -0.1 (Me) cr - Ne a r Moodus 230.5 1983*** Apr 27 01?8 111. 119 72.58 - () . II (Me) cr - SW of f-1oodlls 1983*** Apr 29 0322 It 1 .61 72.5 11 1.3 (f1e) cr - Nea r E. Hampton 1.9
!lOTES: .M- Aftershocks "Ht Magnitude is Nu t t t i Magnilllde (fv1n) un l e s s noted by (f1e) - Coda f1agllitude *** Da t a for e a r t hqua ke s after September 3D, 1981 are prel iminary (from the Weston Observatory Network) and unp ub t i s he d
" as of June 1, 1983. August 1983 Amendment 3 5 of 5
MNPS-3 FSAR TAI3LE 2.5.3-1 liST Of fAULTS
-:;(~n ~;U 0 r Amount of Ui~;pl;lt;l;I/l\;IlL in Ap p a re n t C" I C II I (l t o d I\LLit.lldn t lu: 110 r i /tHltnl [) i s p I a cume nt Displacement
!i.,-IIJ1 :S~_i-jh.<.:.-- 1)li; (*Jc!.f.'.c. ; ...._ ___ U:_ll _ __ --.tlJ-_L.____ .L~. . ~LLIQ!J r- 3 N28\-l lUI:: 3n-3~ OJ s c ha r-9c t.unuc I, ~1;lpped ;1 t tlll~ !Jl~d r o c k s u r' f<lC(~ turbine b u i Idin9 (NNl.Co. '97~) a r id ":J"in a t F i n a l e;,:ci.lvntioJ, qr;lde. Described in Se c t i o n 2.5.3.~. T-2 Nll3\*J iOL HiqllL l a t c ru I 10 Fucl bu i l d i nq , r,1alJPcd a t Lt18 1J,:drock su rr a c c con t a i n t rnen t s t ruc t u rc , (NNECa. ll)ff;) and ;\(.1'1 i n a t a nu d i s c na rqc t unne I ti n a t o xc a vu t i ou q ru d c
Described in Se c t fo n 2_~,3,2.
r -1 N02[ 90 Left l a Le ra I 1-2 1-2 s<< I'V i CO b u i I d i 119 r-ta o p d e n t t i l e b c o r-o c k s u rr a c o Clnd d i scha rge curine I , a nd (19<1 in (It fin,11 gr<tuc. turbine bu i l d i riq Displaced by T-3 (rmECo. 19-/~). 18 N07[ 68\-1 i.c r , 1'llCI'.11 1-2 2 Mi i t s t o ne 3 wa i-e ho u s c Ia rt t,l u n c o v e r e d i n LtIC wa r c h o u s e No.5 - Hi (Istone 2 No. 5 - ,., i I I s t o ue 2 c o nd e n s a t e condcnsJtc pol ishing pol i sh i nq faci I i t y e xca va t i o n . facility () i sell s sed in s e 11;1 ra t e re p o r t (NNECo. 1916) s uhru it ted to the r~ RC j n J 1I n c: 1 97(; . Left l a t.c r a l 1-3 2-3 Au>: i I j a ry bu i J \1 i ng n nd Number usc:d in the- "GcOlo~ic N03h' co n t a i rune n t s t ruc t u re !'lapping of r lre l3edrock Surface" report (NNECu. 19"15) co r rc s p ond s to joints LI61 and 1541 in this r e p o r t . 2 OJ s c ha rgc t unne I, Ve r-y til in. I i rW("1 I' ShCCl r zone 75 N05E 67SE HigllL lateral turbine bu i Iding "i ttl c ry s t a t I inc qun r t z coating su r ta c e s a nd chlorite st<lining. 2-3 COlllDinlllcnL berm, SfJ!OOttl surfaces \-/i ttl iron 368 N07'd 0\ ide SUI in i ng (Ifill \-1 i ttl SUlli(~ s011Un'/8s t s l de ch l o r i r c-c t av fi II ing Jnd some c roy s L Cl J lin c q 118 r: t.r: _ r*1(lPIJ(:d ;,1. t.t ic 11(;C],-ocl< ~l,,'f';,c(~ l:i9 1-1 [. l d t e r*,1 1 [) i SCll[lI'~JC t u n o o I, 508 N02H 77l c o n t a j ruue n t; b e 1'111 (W;LCo. 1<)7';)), r'1.1ppcd a t t11'.~ tll:drocf', :;llr'fdCC 1-2 3 D j SCII() rge tunne I r L(; r- L I il Le ra J (NNlCo. 1975), corresponds to containlllent berm joint 368, observed a t final grl-1de. 1 () f ~l
f-1NPS-3 FSAR TABL[ 2.5.3-1 (Cont.)
~(~rl :;c: 0 f' Aruoun t 0 f o i s p I a c ctnun t in Ap p a rent Calculated At.titude Lll(~ 11o r i :'tln t a I Displflcernellt l)ispl~lcernent L~I (I U* ~; IJTf~('~--"--r){R 1'1,\ n(: ______JLLL _ ____L.!:..L L___ U!~.!lt0!!
12lJR Nl?W l~L 1< i qtl L 1<\ t o r'il I -) r; L...:'> n i ~;Ctl(ll-~C t.urmc I. /-bjor-- ~;tll~"r' s p I n y i r u) o rr' ,IL t u rb i ne bu i Iding r-3. cxti i b i t s LllIC!'. wh i t o qua rt: COil t i [I~j ,'Ild CI r i I I i IHJ uf ~()I1,e q rcun c l ay and r r.uucut s or wCCltlwred roci.. I ?~)/I N(}')l (IB' It I qtll. 1,\ t.c 1',1 I 3- 11 OJ s cnn I-~C t uur re I Sin II () 1I 5, t i q II i.. II fl \. (l n , ') I 1\ <: II t i l i c l, \'/11 i t c II:'! 1 (lil i L(; f'i I I i ll~j wi t.h c l a y and' c n r o r . t o 1 ~~:! (l Nc.~\" I'JL 1\ i qill. I il L(] 1',1 I 2-3 lJ i s c hn rqc tunnel Sp l a y s off of' r-3. iron oxide s t.a i ne d s u r ta c e s w i t.n c I ay ri I lings 139L' NO'jF 7lE R i 911 L I a t c ra l Co n t a i nrne n t be rCII Set uf very <.;I()sely spitcecJ s o u t ho a s t side rr<1ctun:s. ti q h t. t.o 51 i q h t Ly open. very cougll a nu i r rc q u l a r S I I r f <I C o , S I i q II t ~; i i i ceo 1I s c o a t i nq and iron oxide s t.a i n i nq 15()9 N()6W 1< i ~ hL I <'1 t e 1",1 I 2 Delli i n e r (IIi z e d (1 n d r au t t s hown in this r-e p o r t refuel ing wa t c r tanks b u L dis c u sse d ; n d e t <1 i i i n "fault in ttlP. lJelllineral i z e d (J nd He f ue ling \*/<1 l.(; r La n l<. Area II r e p o r t (NNECo. 19'1'1). ~~2011 N 1 ')- 1\') - I( i ~J In, I" t C r (I I 1-2 Pumphouse Very I i n e a r , U I i 11 s pia y 20\--1 90NE from joint 22~U \-/iUI severely we a t he r eu que i s s , d ru s y quartz a nd a nqu l a r fr"9-merits in ,I si I i c e o u s ma t r i x fi II ing a nd SOllie; clay gCJllye. ??30 Nl1F c-3 1.5-2.5 Pumphuu s e sp t ay s trom joint 233s) a rid /-ejoins
\-1 i t h i n e xc CI vr t t. i CJ n . II a S it S i ITI i I (1 r f i I lin ~ L 0 j 0 i n t 2 :~ ::\ 9 '
1.5-6.5 pumpl101l s e II i 9 I. 1Y f r a c t II r c d r ~I 1.I I t Lon c 2339 rlllC n'j- f\igllt l a t.o ra l 2-13 fill ed 'II i ttl qne iss ,HId 9 ran i t c 901'-l\J r raqmcnt s rehca t co in a s i I i ce ous ma t r i x , urusy q 1I ~i r t z co J t s [II (] n Y sur f <:1 C U s ttJroll9holit zone rJllt there a r e only o c c a s i o nn ! rOCkCLS of c t a y q o uq c . 2 of B
rJlNPS- 3 rSAR TAULE 2.5.3-1 (Cant) SUIl:iC or Amount uf u t sp t a c eroo nt. in Apparent CalC:IIIHted Attitude the Ho r i z or. t.a l Oisplacement Displacement f ;r_ILL!' In:-ilke -!:iJi> __ . ~l~ !!"L... _ __l i t L - --LU..L_ 85W Right lateral 0.8 to 10 PumphaLJse Slightly s i ru ro u s , open 1.0 3 i nc ho s , highly f/'ICt.llfC:d ZO/lP. to 6 i nc he s w i do wi ttl very closely s p a o o d d r u s y q u a rt z fi lied fr a c t ur-e s . 76W Right lateral 1*1 Pump ho u s e l. i lien r open LO 2 i nc ho S, r ou q h s u rfa c e s , rr~t1(:;) Icd wi ttl d r u s y quartz fi II i n q c o n t a i n i n q o cc a s i o na t fragment:'> of qrie i s s .
">380 N06W 54N[ Hight l a t e r-a l 2 Pumphollse FeW I t zone e x t e nd s a long pI <HIC of fot i a t i o n and is fi l l e d with gneiss fragments in a ch t o r i t e stained si I i c e ou s matrix.
2818 N17e 77W Hight t a t e r-a t 1.5 Discharge tunnel Li ne a r , i to 6 in 'Wide zone of f rn c t u r o d rock v i t h d ru sy qua r t.z , becomes diffuse zone of fracture
<It middle of floor, heavy i ro n s til in.
2819 N15E 81N o i scha rge t unne I L i ne a r, rna in zone of rno ve me n t ,
1.~ to 2.0 ft wide zone of frac-t u r e d rock a nd drusy qua r t z , some CI<lY, t1cilvy iron stClin. Unable to determine sense or amount of movement.*
/231 .3 MINOR FAULTS (Displacement less than one foot)
N25W 70E rurbine l>ui Iding, S I i Y Ii t. I Y c: II r v i 11 q L 0 r i C () f v e r y discharge tunnel area C los r~ I y s pile o d f r il r. t.u r c S
s I i ~JII L I Y open w i t n \-/11 i I.e a rid p a I () q r"(~()1l C03 t. 1119 ;111(1 c ry s t.a I I i ne qll(ir"~z r i I ~ 1/19 voids, SIIIOOUI sllc!\crlslded surfaces, displaces T-J.
August 1983 3 of 8 Alllendmp.nt 3
lADLE 2.').3-1 (COrlt) SCII :;C U f Arno un t or [)ispl;lc0.l1a~nl. ill Ap p a re r r t e,l I cu : ,I t o d At. t i t u d o the 1101' i z o n t.. I [) i s p I ,ICLJIIIl~1l t [) j s p I ace men L L{I !.!-U:_ ~irJ.hQ ---- Q1-Q _ . I' _'i!.'l.?:... . _ ___LUl__ _____{LU___ U~ {WQ~} 81 N2~W 7lJ[ T II J'll i n o l>II j I din U , 51 i q h t. l y s i ru ro u r. , t i q h t w i t.h d j s cua rgc t unne I a rca VCI'Y ri nc Ur'.lifll)(! q'I~I'L/ (my I on i U)) d i s p I ac c s :':111.11 I l) r anit i c Ll i 1\(: N121:. Left l~ltl:f';11 U.l to ll.~ Cnn t a i nmo n t s t ruc t.u r e Li r11~ ; 1 r , I 0 11~J. C II I 0 J' i t i .<< ~ d s i i i c o ot I s f i I I i nq. ~;lIIO{J UI s l i q h t t y 'W1~,ILller'(:d s u r ta c o s wit h s I i C I\() II s i d e s , S- ? II
N 13\~ Left I <I t c ,"<1 I 0.') Cont<linrnent structure f{(: I a ted LO .i o jilt 1 ')11' round in !.til!
N13E a u X i I i a r-y b 1I i I dill CJ ' Ex t, c rlsi v c stro a I' z o r ie \-, i t n v~ ry c : o s c I y s p a c e d joint p l a nu s . lra c t u ro surfaces a ro SIIIOOt.tl w i t h some s t i c k o n s i d e s , S-33, Cr ys La I I i no qU<l,.-tz .1 I ~;O evident 'Within t.hc f a u l t . ~18 NU1E 51W I~ i gil t Iat e ra I 0.2 to 0.3 Con t a i nme n t s t ruc t u r e I>tensiv<~. lineal', srno o t h . c h ! 0 r i Lie c I ;) Y c o a t i 11 'J \Y i L t 1 s l i c ke n s i ue s , S-'YI <llId S-3e. 633 23C O. 1 to 0.2 Containment structure Sinuous, o po n w i ttl c l a y filling. srnoo t.h s u r tacc s with c t) lor i l U C U <:1 tin J . 1587 N31[ 'jOE R i ljtl t. I a i.c (\ I 0.3 Cou t a i nmo n t s t r-uc t u r e s t nuous . liUtH. 111'ok:)(1 in pl~CIJ~. :;1 i c kcr r s i cto s , s-rl. 10B8 NU9E 59H Lc r I. Ia te 1',1 I 0.5 o j ScllLlI'90 t unno I LirI8"('. tiqllL, su.uo t h su r r a cc s
'rI i til C II I o r 'i tic C II; I tin ~ d n d s I i c l: c n s i d LJs , S - f, ~~ .
1182 N12W ':J() Left 1;:\ t e I'd I 0.3-0.6 [) i s c ha I'CJe tUlIIIC I SIII;I I! ta l l 11(;:1 u r 1-:>. i r o u o c i d e s t.a i uo d SI:,"r<lCCS ",,'itt, some Cloy fi II i nq , 1219 NO~)\J 67E r~ighl t a t e rn t 0.2 Di SChCl rq e t unne I Ver'y s i uuo u s , s p l a y s off or r-3 s rno o t h , ~L1,'f';lces w i t h O.l-inctl c h lor i t i c c I ;IY f i I I I ny. LI of 8
MNPS-3 FSAR TAOL[ 2.5.3-1 (Cont) Sen$e of Amount of Oispincelllcnt in Appa ren t Calculated Attitude the Horizontal Displacement DisplJcement faul t ~trl kc- .Q....LQ Plane ( ft) (rt ) Loca t ion Remarks 1?20 N26h' 48E Rig tl t I a te ra I 0.3 Di scha rge tunne I Sinuous, very closely spClccd fractures - 2 to /1 inches wide w i th some clay f i I I i n9 and sl i c ke n s i de s , 5-112. 1489 N08E Left lateral 0.3 Aux iii a ry bu i I ding L i ne a r , tight, vc ry smooth surfaces with chloritic co a tin 9 and s I i c I((~ n s i d e s r S- 12 11
1494 N04E 59W 0.2 Aux j I i a ry bu i I ding Linear, tight to 51 ightly open, rouqh su r racc 'W i til ch lor i L i c cl~y coating and sl ickensides, 5-126, normal displacement.
11)24 N03W 47W Le f t I ate r a I 0.3 AliXi I iary bui Iding Linear, open, smoott! surfaces
'n'ith iron oxide staining ana sl i c ke n s i de s , 5-129.
1541 N01W 8~W Left lateral '0.5 Auxiliary building He I (I ted to j 0 i n t LI 6 1. Ext ens i ve , severely weathered zone, 0.' to 1.~ feet wide. Series or very closely spaced f ra c tu res with some qua r t z coating chlorite and some clay fitting. 1593 N01W G8E R i 9h t I ate ru I 0.1 Demineral ized and Linear, tight to s t ightly refue ling \fa t e r open, very smooth 5urfaces tanks a rc 'W i ttl wh i t e COLl t i n9 and prominent sl lc ke n s i de s , S-13U. 1940 N43W 11 W HII'llst LO 0.1-0.2 Engineered safety Low a n9 t e rcve r s o ret Lit t northeast features bui Iding "Ii ttl extens ive rractureo rock and clay in f'nu l t zone , Shows evidence of hydro-thermal a t t e ra t l o n , 71NE l~i911t I o ra t 0.3 Engineered 50fety Linear o x uc n s t v o ;-.1 igtlt.ly 19 L18 N05W <.:I t features bui lding open. smooth su r r oce s \-/i tIl iron oxide staining <lnd talc, chlorite, and green c l a y coa t i ng. II to O. 1 Engineered safety Tight wi lh s . I .ccous 2023 N18[ SOH filling, smooth s u r f a c c s 'With features building s l i c ke n s i d e s , 5-156. I) of 8
MNPS-3 fSAI\ TA~LE 2.5.3-1 (Cant) SU"SU (If I\mour. t of' Li i s p t u c ornc n t in APPil ren t CalculClted tile Ho r i zo n t a I Displacement OJ sp I a c ernen t ____ ..f!~.!.~ _ _---li!:_L_ _ .(ftl o to 0.1 Engineered safety f~()ll~tl s u r f'a c e w i t n 'White 2031 N08\~ 68E fe a t.u r e s bu i Iding 5 i i i c c ou s LInd d~1 fh q rCl1[J ch l o r i t i c fi II ifl9, offsets srna I I 9 ra nit i c <..l i he. 2221 tJ07 E. 51E t.e f t Ia t e ra I 0.1 to 0.2 Pllmphollse Extensive I i ne a r , closely spaced set or tr ac t ur-e s : open s t iglltly 'Wi til ctr l o r i t i c clay fi II i nq , smo o t h surfaces wi til 51 ickensides, 5-16u. 22 1'0 NOOE 81E RiSillt r a t e r-a I 0.1 to 0.2 Pumphollse S i nuou s , ve ry c I o s e I y s pa c c d fractures, open to 1 i ncn
'Wi th c ry s t a II inc quartz and clay filling.
2250 NOSE 85- 0.5 to 0.6 PUlTlpllOlISe extensive. sl iglHly sinuous, 90S£ highly fractured zone, fi I led
'With fr'actllr"ed grllnit.e and gneiss, clay gouge and drusy q ua r t z , a pp a r-ent reverse displacement.
80- ! a te r<11 0-0.3 Pumphollse Splays from jo;nt 221)/1 1,-1; ttl 2251 NtilE Left 90NYI ve ry l h ins i i i c o o u s COli tin 9 0 n sur r rl C t: s <l n d s on.e clay f i I I i rig . 70- Pumohou se [) i Sf} I () c emen t un known due to ?~82 N5- pegmatite bordering entire 2SE ~5SE C<lst side of fault zone fi lied 'With rr-a qrue n t s of q r a n i t.e a nd gneiss in a si I i ce o u s ITIC1trix. Oc c a s i o na t p o c ke t s of c l a y ~()uge. He a vy i ron ox i de s t a in i ng ttl ro uqh ou t zone. 2285 N35£ 8GE u to 0.1 PumphOlIse Sin 1I 0 1I S, 0 pen 'W i ttl f i I lin9 very rough su rf ace s v i t h crystalline quartz co a t i nq . G of 8
MNPS-3 FSAR TABLE 2.5.3-1 (Conl) Sense 0 f Amount of Displacement in Ap p a rent Calculnted Attitude the Horizontal Displacement Displacement Faul! Str; ke-fu Plane ( ft) ( ft ) Location R~1T1<l rks 2286 N21E 85W Right l a t e r-a l 0.1 to 0.2 Pumphouse SinUOllS very c l o s o t y spaced t ra c t u r-e s zone is 1,5 feet wide, ro uqh su r f a c e w i ttl c rys tel I line qua r t z Canting, oc c a s t orra t chlorite coating, some cray f i I ling. 2295 N26E 90 Right l a t c r-a l 0-0.5 PumphOllSO SplJyS from joint 2282 and rejoins wi tit i n I irni t of c xc a va t, i o n , Simi fa r: fi II in9 ,IS jo int 22tJ2. 83W Le f t I a te r-a I 0.8 to 1.0 Pumphollse Linear, very closely spaced fractures, t i qh t. LO 51 i q h t I y open, p a r t i a l l y r-chc a I ed witt! s i i i ceo 1I 5 f i I I i II ~J LlI; I leo n l,1 ins q ra n i t e and gneiss fragments and s orne d r u sy o ua r t z . 21121~ N1OE 88E Right lateral 0.5 to 1.0 Pumphouse T i gh t f a II I t f j I led \-1 i th o ro ke n and vea r.hc rcc rock a nd sm<111 amounts of clay. Displacement a pp e a r s to die o u t CIt the s ou t hc rn extent. Left latera I 0.2 to 0.3 PumphOllse Lt ne n r , t i q h t fn u t t w i t h 2/126 N20E 71W s i i i c i f i eu b r e c c i a ro.ie V~I ry i 119 from O. 2? to 1.11 i uch . N30E Right latera l 0.25 to 0.4 SinllOLIS tight ta u t t 2/127 65W splaying off' of Llliit J-2 112 11 with a 1 i ncr: wide si I icified zune, displacement dies alit to the sOllth. 90 f{iyht latera I o to 0.2 Plirnpholise S(1lilyS o r r of r ; ' l f l l
.J - 2 3 3 C). l i n o Ci r", () p (~n \-/ILtl dr'1I5y qll(-\,*!..**
fi II i r iq , 1'01l\)/1 SlIl'I'<I:.;eS. 7 of 8
MNPS-3 rSAR r ABLE 2. ~. 3 - 1 (Con t) Scn:>n of Amount of ni sp ra c emunt. ill Appa re n t Calculateu Att.itude tile Ito I' i 7011 t.a I Oisplacement Displacement '.;11.' !J:, ~i. r.l~-'--IUi~ . 1_'_1i!!l~ __"__ _ _.L(...:...f~t.l..- ( ft) !lg.!!!ll k s ? '/1,') N 18 f I eft later" J I). 1 PlI ml1 ho u s e sp t nys off or t au l t J-?3 1 1 , I inca r LUIIC 0 r ve ry c I () s 'o I y s o ace d f r ac t u re s , oren t.o O.~ i nch w i ttl s i I i c cuu s f i I ling. 75'r/ (J.3 Pump hou s e Takes lip the d i s p t a c emc n t of J-?lt24 and J-2 lt l l l 'rIlliclt die out ad j a cc nt. to .j o i n t 21153. 67£ I( j gil t I <J te ra I o to 0.2 r lie I bu i I d j flg LinecJf, open t o lJ.3 illcll with clay filling, smooth surface 'rIi t h very Vil~ll(: dip-51 ip 51 i c ke n s i dn s , ? t<< 1 NlllW 0.2 n i s c ha rge t unne I Lin c i' r, f) t 0 (j. II i n Z ( Hie 0 f f r il C - Lurr:d ror. k , minor clay, pol istJl?d 1231.3 surface w i t t: dip-slip sllckensides. H
'1\1 f N 1111 1*3 L.ino'tr" 1,0 irr(

~ular, l.(J f"t wirl(~
zone of b racc i a and tra c t.u red rnc I: f i I I (:rJ 'W i ttl d ru s y i ron s t a t n i nq." QII(I ILL'. tl(?(Ivy I 231 .3 0.3 Straight, open to 1/8 ill, fi l t e d
'W i i n ve a tile red 9 re e n cHld \-tli i t e ma t e ri a I, east side dO',III, offset of 4 11rl r t z ve i ns seen Oil v,;, I I.
off S {J t die 5 0 1I t 'rI i t IJ i 11 (; ;-: c a 1/ a t jon. -H I 231
3 U.5 [) i s c na rge t unne I S t r a i 9 tl t toe n e c tl e I 0 II, 0 P C n lO
?WP) Nl1IL 88\-1 l/ t l in, ceous s o f t white to q ro o n s i l i - fi II ing, o f fs o t ~;e(=(1 on w<< If. ttl I 231.3 ~o 11=: 231.3
t he s e I a u l t s are d i cu s se d ill fl separate repor-t (NNECo. 1982) issued to the NRC in August 1982. 4 Amendment II 8 of 8 September lSJeJ
MNPS-3 FSAR TABLE 2.5.3-2 LI ST OF SAMPLES Site Sample Coo rd i na te s _Ho_._ North E<lst Location Description of Sample Tests Performed H 1572.3 3 113 . 6 Containment F 100 r CI ay gouge from fault X-ray diffraction analysis ( el - 39) 1541 and K/Ar age determination 2f 1~26.3 1116.5 Containment F I 00 r S i i i c if i ed and a I t e red Petrographic an~lysis (e I - 39) catacla$ite from T-2 fau It zone 5F lt166.7 4HL2 Containment F I 00 r Chloritized and s i l i - Petrographic analysis (e I - 39) cified cataclasite from T-2 fault zone 6F 1519.6 416.6 Containment F loor Silicified and a t t e r-ed Petrographic analysis (e I - 39) c a t ac I as i te from T-2 fall I t zone 7F 1481.6 1118.3 Containment F I 00 r CI ay gouge from T-2 X-ray diffraction analysis (el - 39) fault zone and K/Ar age determination 9F 1458. 1 185.0 D i scna rge Tunnel Ch lor i t i zed and s i l i - Petrographic analysis F I 00 r (el - 9.5) cified ca r.ac t a s l t e from T-3 f'a u I t zone lOF l l152.9 187.7 OJ s cha rge Tunnel Clay gouge in T-3 X-ray diffrnction analysis F 100 r ( e I - 9.5) fau It zone and K/Ar age determination 191.7 D i sella rge Tunnel Hy d rothe rma I I Y ~I- Petrographic analysis llF 1440.6 F I 00 r (e I - 9.5) tered and s i i i c i f i ed c a t ac l a s i t e from T-3 fault zone OJ scha rge Tunnel Altered gneiss ad- Petrographic analysis 12F 11120. tl 197.7 Floor (el - 9.5) jacent to T-3 fa ul t zone D i sc ha rge Tunnel Clay gouge from T-3 X-ray diffraction analysis 13F 1393. 1 206.8 and f< / A rag e de term ina t jon F l oo r (e I - 9.5) faul t zone Clay gouge from T-2 X-ray diffr~ction an~lysis 14F 1368.0 410.3 Di SChLl rge Tunnel ~nd K/Ar age determination F loor (e I - 8.5) rau I t zone Clay gouge from T-3 X-ray diffraction analysis 15F 1369.0 216.5 D i scha rye Tunnel and K/Ar age determination F 100 r (e I - 9.5) f'a u It zone gouge from x-ray diffroction B 1452.5 497.9 Eng i neered Sa fety C1CiY a na I ys is Features eu j Iding 19 LIO fault zone 1 of 2
MNPS-3 FSAR TABLE 2.5.3-2 (Cant) Site SClmple Coo rd i na tes Tests Performed No r..t !j------E"i.lst Location Description of Sample ~ 1436.3 476.9 Se rv ice 'riel te r Clay gouge from X-ray diffraclion C ana I y s i s Line Trench 1940 rau : ~ zone D 11~52.6 505.9 Resc rye 'r/a te r Clay gouge from X-ray diffraction Storage TClTlk 19~O fault zone analysis P-1 1083.0 'r/329.0 Pumphollse Clay gouge from x-ray diffrJctlon 2282 fault zone analysis P-2 1096.5 'r/369.2 Pumphouse Clay gouge from X-ray diffraction 2339 fault zone an<llysis A OJ scha rge lunne I Clay gouge from X-ray diffraction analysis 2819 fault zone and KIAr age dating B 1253.6 513.5 Di scha rge t unne l C / ay gouge from x-ray diffraction analysis 2781 faUlt zone Discharge Tunnel Clay gouge from X-ray diffraction analysis c 563.1 2819 faul t zone 2 of 2
I*IHPS-3 FSAR TABLE 2.5.3-3 LIST OF K/AR AGE DETERMINATIONS OF FAULT GOUGE From Final Excavation Grade Mapping Sample Age Number Fault (m.y.a.) 1F 1541 109+/-S 7F T-2 200+/-7 10F T-3 182+/-7 13F T-3 155+/-6 14F T-2 165+/-6 15F T-3 178+/-7 A 2819 142+/-6 From Previous Reports 7 T-2 175+/-7* 8 T-3 174+/-6* C-1 18 168+/-9** C-2 18 192+/-9** C-3 18 198+/-9** C-4 18 181+/-10** Sources;
*NHECO. (1975)
NIJECO. (1976) 1 of 1
HNPS-3 FSAR TABLE 2.5.4-1 LIST OF JOINTS - FINAL GRADE FLOORS OF STRUCTURES* Joint NUJT\b"er Strike Remarks Turbine Building - Discharge Tunnel Area 1 N10W 7SE Linear, wich heavy iron oxide staining 2 N54E 7SW Series of very closely spaced en echelon joints, tight with slight clay filling 3 N60E 83W Linear, tight, rough surface with slight clay filling 4 N90E 75S Slightly sinuous, tight to slightly open, rough surface 5 N85E 90 Slightly sinuous, tight, rough surface 6* N15-3SW 90 . Concave to southwest, tight, smooth surface 7 N62W SSE. Slightly sinuous, tight with iron oxide staining, rough surface 8 N65-8SE 90 Concave to northwest, tight with iron oxide staining, rough surface 9 N55E 7SW Slightly concave to northwest, tight with clay and chlorite filling, smooth to slightly rough surfaces with iron oxide staining 10 N47E 8SW Linear, tight to slightly open with slight clay filling, smooth surface 11 N45-60W 45E Very sinuous, tight to slightly open with chloritic clay filling and prominent slickensides, S-1 Control Building 12 N20W 58E Linear, tight, smooth, clean surface with slight clay coating 13 N28W 60E Linear, tight, with slight yellow clay filling, smooth surface 1 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 14 -N32W 59E Linear, tight, slightly irregular surface with slight white clay coating 15 N15W 56E Linear, tight to slightly open with slight white clay coating, smooth to slightly irregular surface 16 N14W 62E Linear, tight to slightly open, smooth to slightly irregular surface with slight white clay coating 17 N35W 72E Concave to southwest, tight to slightly open, slightly irregular surface 18 N04E 72W Sinuous, slightly open, slightly irregular surface with slight iron oxide stain and thin chlorite coating 19 N25W 55E Concave to northeast, tight to slightly open, fresh surface 20 N82E 90 Linear, tight, fresh, smooth surface 21 NI6W 80E Concave to southwest, smooth surface Turbine Building - Discharge Tunnel Area 22 N25W 66E Linear, tight, fresh, smooth surface 23 N25W 70E Linear, tight to slightly open, smooth surface with slight limonite staining 24 N52E B4W Linear, tight to slightly open, moderately weathered, slightly irregular surface with heavy iron oxide staining 25 N59E 90 Linear, tight, irregular surface with heavy iron oxide staining 26 N62E BOE Linear, tight, smooth to slightly irregular joint surface with light green staining and light green clay coating 2 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 27 N61E aOE Linear, tight with light green clay filling, slightly irregular joint surface 28 N85W 70W Linear to slightly sinuous, tight, moderately weathered, smooth surface with heavy iron oxide staining 29 N10W 76E Series of very closely spaced linear joints, tight to slightly open, moderately weathered surfaces with heavy iron oxide staining 30 N10W 65E Linear to slightly sinuous, irregular surfaces 31 N40E 90 Linear, tight to slightly open, moderately weathered, smooth surfaces with heavy iron oxide staining 32 N32E 82W Linear, tight, smooth surfaces with heavy iron oxide staining 33 N46E 8lE Linear, tight with thin light green clay filling, moderately weathered, smooth to slightly irregular surface 34 N45W 85E Linear, tight, smooth to slightly irregular joint surface with slight iron oxide staining 35 N43E 90 Linear, tight with light olive drab clay filling, smooth surface with heavy iron oxide staining 36 N46E 84E Linear, tight, moderately weathered, smooth surface with heavy iron oxide staining 37 N18W 72E Linear, tight, slight to moderate weathering, very smooth surface with heavy iron oxide staining 38 N76E 72S Linear, tight with thin till filling l irregular surface with slight iron oxide staining 3 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 39 N82E 835 Linear, slightly open with thin till filling, moderately weathered, irregular surface with heavy iron oxide staining 40 N10E 7aw Linear, tight with thin light green clay filling, very smooth surface with slight iron oxide staining 41 N20W 62E Linear, tight with thin light yellow - green clay .filling, very smooth, polished surface 42 NOSW 64E Linear, slightly open with light yellow and green clay filling, smooth surface 43 N25W 70E Slightly curving zone of very closely spaced joints, slightly open with white and pale green coating and crystailine quartz filling voids, smooth, slickensided surfaces, displaces T-1 44 N05W 61E Zone of very closely spaced linear joints, similar to fault J-43 45 NOSW 61E Zone of very closely spaced linear to slightly curved joints, slightly open with green chloritic material filling, moderately weathered, smooth surface 46 N82E 72E Linear, tight, slightly weathered smooth surface with slight iron oxide staining 47 N16W 80E Linear, tight, slightly irregular surface with moderate iron oxide staining 48 N80W 625 Concave to southeast, tight, slightly irregular surface with moderate iron oxide staining 49 N19E 83E Linear, tight to slightly open, slightly irregular surface with heavy iron oxide staining 4 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 50 N07E 71E Linear, slightly open, smooth surface with slight iron oxide staining 51 NI0E 70E Linear, tight, slightly weathered smooth surface with moderate iron oxide staining 52 N42E 60E Linear, slightly open, very smooth surface with moderate iron oxide staining 53 NI0W 69E Linear, tight, slightly to moderately weathered, very smooth surface with moderate iron oxide staining 54 N06E 75E "Linear, tight, smooth surface with slight iron oxide staining 55 NI9W 69E Linear, tight, smooth, polished surface with black staining 56 NI0W 76E Linear, tight, smooth surface with iron oxide and green chloritic staining Control Building 57 NOIE BOW Linear, tight to slightly open and clean, irregular and slightly rough surface 58 NI0E 69E Linear, tight with quartz filling, smooth slightly irregular surface 59 N03E 66E Linear, tight, "smooth surface with calcite coating 60 NI0E 72E Linear, tight with slight clay filling, smooth surface 61 N15E 67E Slightly curved, tight with chlorite and calcite fiiling, smooth surface 62 N12E 76E Slightly concave to west, tight with clay filling, smooth surface 63 NIBW 8SW Concave to west, tight to slightly open, slightly rough surface 5 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 64 -N14E 8SW Sinuous, tight, slightly rough surface with slight iron oxide staining and calcite coating 65 N16W 84W Sinuous, tight, smooth to slightly rough surface with sl~ght calcite coating 66 N16E 64E Linear, tight, smooth surface with very slight iron oxide staining and slight calcite coating 67 N14W 8SW Sinuous, tight, very smooth surface with very slight calcareous coating 68 N23W 66E Linear,' tight, fresh, irregular surface with thin calcareous coating 69 N22W 75E Linear, tight, slightly wea.thered, very smooth surface with very slight pale green chlorite coating 70 N20W 74E Linear, tight, slightly weathered, smooth surface with slight iron oxide staining and occasional calcite coating 71 N12W 75E Long, linear, tight to slightly open, very smooth surface with thin calcareous coating and occasional green chloritic film 72 N20W 70E Linear, tight to slightly open, smooth to slightly irregular surface with thin, light brown calcareous coating 73 N20W 71E Linear, tight, smooth surface Turbine Building - Discharge Tunnel Area 74 N09W 71£ Linear, slightly open with white crystalline quartz and dark green chlorite filling, moderately weathered, smooth to slightly irregular surface 6 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 75 NOSE 67E Linear, tight with white crystalline quartz and dark green chlorite filling, moderately weathered, smooth surfaces, with slickensides, S-2, 2-foot ap~arent right lateral displacement 76 N20W No dip Linear, parallel to T-3, tight with obtainable white, very fine grained quartz fil-ling, smooth surface 77 N10W 82E One foot wide zone of very closely spaced linear joints, tight, smooth surface with light green chlorite staining 78 N16W 70E Linear, tight, slightly weathered surfaces with green chlorite staining and very thin clay coating 79 N28W 62E Sinuous, tight with white, fine grained quartz (mylonite) filling with interstitial quartz filling, slightly irregular surface 80 N15W 66E Linear, tight with white, very fine grained quartz (mylonite) and green chlorite filling, moderately weathered, smooth to slightly irregular surface 81 N2SW 68E Slightly sinuous, tight with very fine grained quartz (mylonite) and tan mineral filling, displaces small granitic dike 82 NOSE 65E Linear, tight with light gray fine grained, hard quartz filling, smooth surface with heavy iron oxide staining 83 NIOW 62E Six-inch zone of very closely spaced joints, tight to slightly open, smooth to slightly irregular surface with heavy iron oxide staining or thin dark green chlorite coating 7 of 203
~1NPS-3 FSAR TABLE 2.5.4-1 (Cent)
Joint Number Strike Remarks 84 N01E 74E Linear, tight, slightly to moderately weathered, smooth surface with thin chlorite coating 85 N07E 74E Linear, tight with dark green chlorite coating and pale blue - green plastic clay filling, very smooth surface 86 N28E 79E Linear, tight, slightly to moderately weathered, smooth surface with thin green chloritic coating 87 N30E 84W Linear, tight to slightly open, smooth surfaces with slight iron oxide staining and chlorite coating 88 N25E 70E Slightly sinuous, slightly open with thin pale blue green clay and chlorite filling, smooth surface 89 N35E 66W Linear, tight with thin, dark green chloritic filling, slightly weathered, smooth to slightly irregular surface 90 N44E 8GE Linear, tight, slightly weathered, smooth surface with slight iron oxide staining 91 N51E 8SE Linear, tight to slightly open, smooth surface with thin, dark green and chlorite coating 92 N66E 82E Linear, tight, slightly weathered, smooth surface with slight iron oxide staining and thin chlorite coating 93 N56E 84E Linear, tight, slightly weathered, smooth surface with very thin, white clay coating 94 N60E 8SE Linear, tight, smooth surface with slight iron oxide staining 95 N42E 90 Linear, tight with thin pale yellow clay filling, fresh to slightly weathered, very smooth joint surface 8 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 96 N7SE 90 Slightly concave to south, tight, fresh to slightly weathered, smooth surface 97 J.J80E 90 Linear, tight, fresh to slightly weathered smooth surface with thin pale yellow clay coating 98 NS6E 82E Linear, tight, fresh, smooth surface with slight iron oxide staining 99 N49E 7lE Slightly curved, tight, smooth surface with moderate iron oxide staining and green chlorite coating 100 N72E 8SE Linear, tight, fresh to slightly weathered, smooth surface with slight iron oxide staining 101 N12E 90 Linear, tight, slightly weathered, smooth surface with slight light green coating 102 N15W 74E Linear, tight with white, soft, fine grained quartz filling, moderately weathered, smooth surface 103 N30W 72E Linear, tight, smooth surface, with tan and green clay coating surface 104 N18E 69E Slightly curved, tight, moderately weathered, slightly irregular to smooth surfaces with thin chlorite coating and some slickensides, S-3 105 N17W 69E Slightly sinuous, tight, slightly weathered, smooth surface with thin chlorite coating 106 N10W ?OE Linear, tight, clean, smooth surface 107 N10W 71E Linear, tight to slightly open, clean, slightly rough surface 108 N45E 72W Linear, tight, slightly irregular surface with slight iron oxide staining 9 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 109 - N48E 84W Series of very closely spaced linear joints, tight, smooth surface with slight iron oxide staining 110 NS2E 90 Linear, tight, smooth surface with heavy iron oxide staining III NSSW 78E Slightly concave to south, tight with thin light brown clay filling, smooth surface 112 NOSE 81W Linear, tight, smooth surface with light green coating and slickensides, S-4 113 N4SE 70E Linear, tight with light green clay filling, smooth surface Control Building 114 N04E BOW Linear, tight, smooth surface 115 N20W 80E Linear, tight, smooth surface with olive green coating 116 N1SW 77E Linear, smooth surface 117 N1SW 50E Linear, smooth to slightly irregular surface, broken in places Turbine Building - Discharge Tunnel Area lIB N39E . 57E Linear, tight to slightly open with thin olive drab filling, smooth to slightly irregular surface with faint slickensides, S-5 119 N57E 62E Series of very closely spaced parallel linear joints, tight, moderately weathered, smooth surface with iron oxide staining and light blue - green clay coating 120 N32E 74E Linear, tight with thin light green clay filling, very smooth surface with black staining 10 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 121 N26E 81E Linear, tight with thin aphanitic quartz filling, smooth surface with moderate iron oxide staining 122 N25E 80W Sinuous, tight, smooth surface with slight iron oxide staining 123 N20E 90 Linear, tight, clean, smooth to slightly irregular surface, slickensides, S-7 124 N12E 80W Series of very closely spaced, slightly sinuous joints, tight, clean., moderately weathered, smooth surfaces 125 N30E 55W Linear to slightly sinuous, moderately to highly weathered, smooth to rough surface with heavy iron oxide staining and chlorite, muscovite and talc coating 126 NOIE 85E Linear, tight, smooth surface, with thin clay coating control Building 127 NIOW 8SE Linear, tight to slightly open, smooth surface with slight iron oxide staining and white mineral coating 128 N06E 78W Slightly concave to the northwest, tight to slightly open, semi-rough surface with very slight iron oxide staining and slight clay coating 129 N02E 72E Sinuous, open, smooth to slightly rough surface, ~ith light green chlorite and clay coating 130 N12E 72E Linear, smooth to slightly rough surface, tight with very slight white coating 131 N15E 90 Linear, tight, clean, smooth surface 132 N05W 90 Sublinear, slightly open, smooth to slightly rough surface, clean 11 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 133 N06W B9E Linear, tight, smooth surface with slight iron oxide staining 134 N49W 36E Slightly curved, tight, clean, smooth to slightly rough surface 135 N16W 72W Linear, tight, clean, smooth surface 136 N35E 84W Slightly sinuous, slightly open, smooth surface with slight white coating 137 NI0W 84W Linear, tight, clean, smooth surface 138 N76W B7E Linear, tight, clean, smooth surface Turbine Building - Discharge Tunnel Area 139 N07E 90 Linear, tight to slightly open, slightly weathered, very smooth surface, with moderate iron oxide staining 140 N40E G8E Zone of very closely spaced linear joints, tight, occasional very thin light brown clay filling, moderately weathered, smooth surface, with iron oxide and green chlorite staining 141 N45E 84E Parallel to joint 140, linear, tight, very smooth surface, with slight iron oxide staining 142 N37E 77W Linear, tight with occasional thin clay filling, moderately to highly weathered, smooth surface with heavy iron oxide stair.ing 143 N50E BOE Linear, tight, smooth surface, with slight iron oxide staining, where rock is moderately hard, otherwise highly weathered and friable 144 NI0E 90 Linear, tight, slightly to moderately weathered, smooth surface, with iron oxide and chlorite staining 12 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 145 NBOW 76E Linear, slightly open with slight clay filling, slightly rough, irregular surface with iron oxide staining 146 N90E 90 Linear, ve ry tight, fresh, rough surface, with slight iron oxide staining 147 N60E 90 Linear, tight with light green clay filling, rough surface 148 N35W 90 Slightly sinuous, open, rough surface, with heavy iron oxide staining Service Water Lines 149 N05W 61E Linear, tight, smooth, slightly weathered surfaces with occasional calcite coating and black staining 150 NOIW 65E Linear,. tight, smooth, slightly weathered surfaces with iron oxide staining, dip varies 151 N48W 15W Planar, low angle sheeting joint, slightly weathered surfaces with iron oxide staining 152 NOIE 58E Linear, tight, smooth surfaces 153 NI0E 60E Linear, tight, smooth, slightly weathered surfaces with iron oxide staining 154 N45W 25W Low angle sheeting joint, irregular weathered surface with iron oxide staining l5s N07E 76E Linear, tight, very smooth surfaces with iron oxide staining 156 N07W 53E Slightly curved, tight, smooth surfaces 157 NOlE 59E Curved, tight, smooth surfaces with thin calcite coating 13 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 158 N01E 81W Linear, tight, smooth surfaces with black staining 159 N57E 65E Linear, tight, smooth surfaces with occasional iron oxide staining 160 N01E 84W Slightly sinuous, tight, smooth, clean surfaces with occasional chlorite staining 161 NOSE 70E Linear, very closely spaced joint set within granite vein, tight, clean surfaces 162 NI0E 64E Linear, tight, smooth, clean surface 163 N84E 78E Concave to north, tight, rough surface with occasional iron oxide staining 164 N82E 56E Linear joint set, tight, rough
~urfaces with heavy iron oxide staining 165 N18E 60W Sinuous, tight, smooth surfaces with thin siliceous film and some chlorite coating 166 N68E 80E Sinuous, very tight, clean surface 167 N57W 60W Sinuous, slightly open, rough surface with iron oxide staining 168 N85E 72E Linear, very closely spaced joint set, tight with occasional iron oxide staining 169 N80W 74W Linear, tight, rough, clean surface 170 N60W 12W Irregular, slightly open, rough surface with iron oxide staining 171 N7SE 70E Irregular, tight, rough surfaces with iron oxide staining 172 N8SE 76E Sinuous, tight, rough surface with slight iron oxide staining 14 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 173 N15E 85W Linear, tight, smooth surface with greenish-white clay coating and occasional iron oxide staining 174 N15E 84W* Linear, tight, smooth, clean surface with occasional iron oxide and chlorite staining 175 N89E 75E Linear, tight, smooth, clean surface 176 N26E 89E Linear, tight, smooth, fresh surface with occasional iron oxide staining 177 N24E 60E Linear, tight, smooth, clean surface with occasional green chlorite stain 178 N12E 60E Linear, tight occasional broken, smooth to rough surface with heavy iron oxide staining 179 N15E 65E Linear, tight, smooth to rough surface with heavy iron oxide staining 180 N01E 70E Linear, tight, slightly rough, fresh surface 181 N08E 74E Linear, tight, smooth surface with occasional chlorite coating and occasional iron oxide staining 182 to Numbers not used 199 Containment Berm Area 200 N14E 50E Joint set, extensive, linear to slightly sinuous, tight to open, clay filling, smooth, quartz coating, slickensides, 5-10 201 N18E 68E Linear, tight, smooth, iron oxide staining, clay coating 202 N18E 70E Linear, tight, smooth, iron oxide staining 203 N20E 60E Linear, tight, fresh, smooth, clean 15 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 204 N85E 87E Linear, tight to open, irregular, iron oxide staining 205 N20E 55E Linear, open, clay filling, quartz, smooth, iron oxide staining 206 NISE 49E Linear, open, clay filling, iron oxide staining, slickensides, 5-11 207 N75E 75E Slightly sinuous, long, tight to open, smooth, iron oxide staining, cl~y coating 208 N27E SOE Concave, tight, smooth, iron oxide staining 209 MISE 57E Linear, tight to open, smooth, iron oxide staining 210 N75E 90 Concave, tight, clay filling, smooth, iron oxide staining 211 N18E 61E Linear, tight, smooth, iron oxide staining 212 N18E 65E Linear, tight to slightly open, smooth, iron oxide staining 213 NIOE 65E Tight, smooth, linear, clean 214 N08E 72E Tight to open, smooth, iron oxide staining 215 NOSE 74E Linear, tight to slightly open, smooth, iron oxide and chlorite staining 216 N12E 72E Linear, tight to open, smooth, iron oxide staining 217 NI0E 70E Linear, tight to slightly open, smooth, iron oxide staining 218 NOIE 65E Linear, slightly open, smooth, iron oxide staining 219 NOSE 75E Linear, slightly open, smooth, clean, slickensides, 5-12 16 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 220 - NIOE 70E Linear, slightly open, smooth, green coating 221 N67E 70E Linear, slightly open, slightly rough, iron oxide staining 222 NBOE BOE Curved and irregular, slightly open, smooth, clean 223 N20W 70E Curved, tight, smooth, iron oxide staining 224 NBOE 70E Linear, slightly open, smooth, iron oxide staining 225 N07W GOE Curved, tight, rough, iron oxide staining, chlorite coating 226 NOIE 64E Linear, slightly open, smooth, epidote coating 227 N17E 57E Linear, tight, smooth to slightly rough, green and white coating 228 N17E 69E Linear, tight, clean, joint set 229 N15W 15W Linear, tight to slightly open, smooth, iron oxide staining 230 N40W 20W Linear, slightly open, smooth, iron oxide staining 231 N70E 75E Linear, tight, smooth, iron oxide staining 232 N20W 13W Linear, slightly open, smooth, iron oxide staining 233 N24W 90 Linear, slightly open, slightly rough, iron oxide staining 234 N17E G4E Linear, tight, smooth, white coating 235 N72E 70E Slightly irregular to curved, open, smooth, iron oxide staining 236 N74E 70E Linear, tight, smooth, iron oxide staining, whitish coating 17 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 237 N76E 64E Curved, tight, smooth, iron oxide staining 238 N20E 67E Slightly curved, tight, slightly rough, clean 239 N20E 54E Linear, tight, smooth, iron oxide staining 240 NGOW 17W Linear, tight to slightly open, smooth, iron oxide staining 241 Nl2E 6GE Linear, tight, smooth, iron oxide staining 242 N20E 62E Linear to slightly curved, slightly open, smooth, iron oxide staining 243 N25W 24W Slightly undulating, slightly open, smooth, extensive iron oxide staining 244 NIlE 64E Linear, tight, smooth, clean 245 NISE 81W Linear, tight, smooth, iron oxide and chlorite filling, slickensides, S-llA 246 NOIE 74E Slightly curved, slightly open, slightly rough, green coating 247 N13E 56E Linear, slightly open, joint set, smooth, iron oxide staining 248 NIlE G7E Linear, slightly undulating, slightly open, joint set, iron oxide staining 249 N17E 64E Linear, tight to slightly open, smooth, iron oxide staining, green coating 250 N13E 67E Curved, slightly open, smooth, iron oxide staining 251 N08E 66E Curved, open, smooth, iron oxide staining 252 NIOE 67E Curved, slightly open, smooth, iron oxide staining 18 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 253 - N15E 68E Linear, slightly open, smooth, iron oxide staining, chlorite coating 254 NOSE 78E Linear, slightly open, smooth to slightly rough, joint set, iron oxide staining, chlorite coating 255 NOIE 78E Linear, slightly ppen, chlorite filling, smooth, iron oxide staining 256 NOIW 71E Linear, tight, smooth, iron oxide staining 257 N7SW ssw Curved, irregular to smooth, surface fresh 258 N72E 68E Linear, tight, slightly weathered, iron oxide staining 259 N6SE 76E Linear, tight, slightly weathered, surface smooth to slightly irregular, iron oxide staining 260 N80E 66E Linear, tight, slight weathering, surface smooth, iron oxide staining 261 N70E 64E Linear, tight, slight weathering, surface smooth, iron oxide staining 262 N75E 67E Slightly sinuous, tight, slight weathering, surface smooth, iron oxide staining 263 NISE 84E Linear, tight, surface smooth, iron oxide staining 264 N08E 82E Surface smooth to slightly irregular, iron oxide staining, slight weathering 265 N80E 75E Curved, tight, fresh, surface smooth, iron oxide coating 266 N80E 73E Curved, tight, surface fresh, smooth, iron oxide staining 267 N80E 70E Curved, tight, surface fresh, smooth, iron oxide staining 19 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 268 _NI2E 82W Linear, tight, surface fresh, smooth, iron oxide staining 269 N12E 88W Linear, tight, surface smooth, 'iron oxide staining 270 NI0E 66W Linear, tight, fresh to slight weathering, surface smooth, iron oxide staining 271 NI0E 73W Curved, tight, fresh, surface smooth, slickensides, 5-13 272 N06E 70E Joint set, fresh, surface smooth, iron oxide staining 273 N18E 82W Linear, tight, fresh to slight weathering, surface smooth, green coating, slickensides, S-14 274 N12E 74W Linear, tight, surface smooth, slight weathering, iron oxide staining, slickensides, 5-119 275 N25E 60E Linear, tight, surface smooth to slightly irregular, slight weathering, iron oxide staining 276 N18E 82W Curved, tight, surface smooth, fresh to slight weathering, iron oxide staining 277 NI0W 72E Tight, surface smooth, iron oxide staining, slight weathering 278 N08E 64E Cu~ed, tight, green filling, slight' surface weathering 279 N80E 64E Linear, tight, fresh to slight weathering, iron oxide staining 280 NI0E 70E Linear, tight, surface smooth to slightly irregular, slight weathering, iron oxide staining 281 N13E 78W Linear, tight, surface smooth, slight weathering, iron oxide staining 20 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 282 NI2E 76E Slightly curved, slight weathering, white filling, surface smooth to slightly irregular, iron oxide staining 283 NI5E 78E En echelon joints, smooth, iron oxide staining 284 N15W lSW Surface irregular, iron oxide staining 285 N06E 60W Long, curved, surface smooth, iron oxide and manganese staining, slickensides, 5-15 286 N09E 57E Tight, surface smooth, slight weathering, slickensides, 5-16 287 NIOE 75E Linear, surface smooth, slight weathering, iron oxide coating 288 N73E 66E Joint set, tight, surface smooth, slight weathering, iron oxide staining 289 N17E B2W Long, slightly sinuous, tight, surface smooth, fresh to slight weathering, iron oxide coating 290 N06E 54E Tight, surface slight weathering, iron oxide staining 291 N15E BOW Curved, surface slightly open, slight weathering, iron oxide staining, slickensides, 5-17 292 N08E SOW Linear, surface smooth, slight weathering, iron oxide coating, slickensides, S-18 293 N65E 65E Slightly sinuous; irregular, tight, iron oxide staining 294 N09E 52E Linear, tight, surface smooth, slight weathering, iron oxide staining staining 295 N12E 54E Linear to slightly sinuous, slightly open, surface smooth, light weathering, iron oxide staining 21 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Dip Remarks 296 NOIE 53£ Linear, tight, surface smooth, slight weathering, iron oxide staining, hard white coating 297 NOIE SSE Linear, tight, surface smooth, slight to moderat~ weathering, iron oxide staining, white coating 298 NOSE 6IE Joint set, tight, surface smooth, iron oxide staining hard white calcic coating, slight weathering 299 NOSW 6lE Linear, tight, joint set, hard white filling, surface smooth, slight weathering, iron oxide staining 300 NIOE 73E Linear, tight, surface smooth, slight weathering, iron oxide staining 301 NIOE llW Planar, surface slightly irregular, slightly rough, slight weathering( iron oxide staining 302 N06W 57E Linear, tight, surface smooth to slightly rough, iron oxide and chlorite staining, hard white coating, slickensides, 5-19 303 NOIE 59E Linear, tight, surface smooth, slight weathering, iron oxide staining 304 NOIE 74E Linear, tight to slightly open, surface smooth to slightly rough, slight weathering, hard tan coating 305 N05W 66E Tight to slightly open, surface smooth, slight weathering, iron oxide staining, hard tan coating, slickensides, 5-20 306 NOIE 67£ Linear, tight, surface smooth, iron oxide staining, slight weathering 307 NIlE 62E Linear, tight, surface smooth, iron oxide staining, white coating 22 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 308 N06E 63E Joint set, surface smooth, slight weathering, iron oxide staining, white coating 309 N06E 63E Linear, tight, surface smooth, slight weathering, iron oxide staining 310 NOSE SSE Linear, tight to slightly open, joint set, surface smooth, iron oxide staining, prominent slickensides, 5-21 311 N05W 51£ Linear, tight, surface smooth, chloritic staining 312 NOSH SSE Linear, tight, broken zone, surface smooth, siliceous filling, moderate to severe weathering, iron oxide staining, slickensides 313 N30W 54E Linear, tight, broken zone, surface smooth, iron oxide and chlorite staining 314 NISE 67E Linear, tight, surface smooth, slightly irregular, iron oxide staining, slight weathering 315 NOSE 56E Linear, tight, joint set, yellow and light blue severely weathered rock filling, surface smooth, slight to moderate weathering, limonite and chlorite staining 316 N03E 54E Linear, tight, joint set, surface smooth, slight to moderate weathering, chlorite coating 317 N12E 64E Linear, slightly open, broken, surface clean, moderate weathering 318 N01E 74E Long, linear, tight to slightly open, surface smooth, slight to moderate weathering, chlorite and siliceous staining 319 NOIE 7SE Linear, tight to slightly open, surface slightly irregular, smooth, iron oxide staining 23 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 320 NOSW 68E Linear to slightly curving, slightly open, joint set, green and yellow clay filling, surface smooth, chlorite staining 321 NIO~ S2E Linear, slightly open, yellow clayey rock and quartz filling, surface smooth, moderate to severe weathering, iron oxide staining 322 NOSE 67E Linear, tight to slightly open, surface slightly irregular, slight weathering, iron oxide staining 323 NIIW 62E Linear, tight, surface smooth, moder~te weathering, chlorite and limonite staining 324 NOSE 64E Linear, tight, surface smooth, clean, moderate to severe weathering 325 N07W 68 Tight to slightly open, surface smooth, chlorite and iron oxide staining 326 N03W 73E Linear, tight, joint set, surface smooth, slight weathering iron oxide staining 327 N12E BOE Linear, tight to slightly open, smooth, iron oxide staining, chlorite and clay coating, slickensides, 5-22 328 NIOE BSE Linear, irregular, open, clay coating 329 NOIE 70E Linear, tight to open, smooth, clay filling, iron oxide staining 330 NIOE 61H Linear, smooth, open, iron oxide staining 331 N03E 73E Linear, open, chloritic clay filling, smooth, iron oxide staining 332 NOIE G8E Linear, open, smooth, iron oxide staining, chlorite coating 333 N12E 59E Linear, tight, smooth, clean 24 of 203
tlNPS- 3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 334 N08E 46E Slightly sinuous, tight, slightly rough, clean 335 N7S-8SW SO-74W Long, sinuous, open, rough, iron oxide staining 336 NISE 46W Linear, irregular, tight, smooth to slightly rough, iron oxide staining 337 N90E 90 Sinuous, open, rough, iron oxide staining 338 N20E S8W Concave, open, slightly rough, iron oxide staining 339 NIOE 7SW Concave, tight, smooth, iron oxide staining 340 NIOE 68E Linear, open to tight, smooth, iron oxide staining, calcite and chlorite ccat-inq 341 N12E 82W Linear, tight, slightly rough, clay filling, chlorite coating, iron oxide staining 342 NIOE 80E Linear, tight to open, clay filling, joint set, slightly rough, iron oxide staining 343 N12E BOW Slightly sinuous, irregular, tight, iron oxide staining 344 N23E 61W Concave, irregular, tight, clay filling, rough, iron oxide staining 345 NI4E 74W Linear, tight, smooth, clay filling, chlorite ct)ating 346 N35E 5SW Linear to slightly sinuous, slightly
. smooth, clay filling, open, chlorite coating 347 NOIE 67E Sinuous, tight, calcite coating, iron oxide staining 348 N15E 90 Sinuous, tight, clay filling, rough, chlorite and iron oxide staining 25 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 349 N10W 72E Linear, tight, clay filling, slightly rough, iron oxide staining 350 N04E 71W Linear, irregular, clay filling, rough, iron oxide staining 351 N12E ssw Concave, tight, clay filling, smooth, iron oxide and chlorite coating 352 NOIE 45W Linear, extensive, tight, rough, clay coating, iron oxide staining 353 N08E 24W Planar, tight, surface smooth, slight weathering, iron oxide staining, slickensides, 5-23 354 N13E 82W Linear, tight, slightly weathered 355 N87E 75E Linear, tight, clean 356 N81E 71E Linear, tight to slightly open, iron oxide staining 357 N8GE 77E Linear, tight, slight iron oxide staining 358 N17E 69W Linear, open to 0.5 inch with clay filling, iron oxide coating 359 N08E ssw Linear, prominent, tight to slightly open, with slickensides, S-150, 5-151, and 5-152 360 N09E 90 Linear, tight, chlorite coating, possible slickensides but very vague 361 N76E 69E Linear, zone up to 1.0 inch wide, moderately weathered zone, quartz filling, heavy iron oxide staining and coating 362 NOSE sow Linear, open up to 0.2 inch, iron oxide stained 363 NIlE 77E Linear, 6-inch wide zone, slightly broken, moderate to slightly weathered 26 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 364 N64W 45W Irregular, slightly weathered, iron oxide stained 365 N20E 74W Linear, tight to slightly open, very smooth surfaces with iron oxide staining 366 N08E 73W Linear, tight, iron oxide staining, chlorite film 367 N08E 76W En echelon joint series, linear, smooth, tight, iron oxide staining 368 N06E ssw Linear, iron oxide coating, chlorite clay filling, occasional crystalline quartz, 2- to 3-foot apparent left lateral displacement 369 N34W 8qw Linear, tight to slightly open, smooth surfaces with iron oxide staining 370 N27W 8SW Slightly curved, irregular, broken, iron oxide staining 371 N72E 74E Irregular joint set, very closely spaced, rough surfaces with iron oxide staining 372 N40E 7SE Extensive, irregular, rough, open with clay filling 373 NIlE 86W Linear, very tight, thin, very smooth 374 N02E 74E Linear, tight, thin, iron oxide staining 375 NIOE 72E Linear, en echelon joint set, closely spaced, dip varies, slight iron oxide staining 376 to Numbers not used 399 27 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks Containment rloor 400 N12E 84W Linear, long, chloritized siliceous and quartz fillings, left lateral 1- to 2-inch displacement, surface smooth, slight weathering, slickensides, 5-24 401 N10E 86W Linear, tight, surface smooth, fresh, siliceous coating, slickensides, S-25 402 N80E 70E Linear, tight, surface slightly rough, slight weathering, moderately hard 403 N14E 78W Linear, tight, siliceous filling, surface smooth, chlorite coating, slickensides, 5-26 404 N12E 79W Linear, tight, surface smooth, siliceous coating, chlorite staining, slight .weathering, slickensides, 5-27 405 N90E 635 Linear, tight, surface smooth, moderately soft, iron oxide staining 406 N80W 64W Linear, tight, surface slightly rough, fresh, clean 407 N60E No dip Linear, tight, siliceous filling obtainable 408 N12E 8SW Linear, tight, siliceous filling, surface smooth, weathered to .clay, slickensides, 5-28 409 N12E 76W Series of en echelon joints, linear, tight, slight weathering, chlorite staining 410 NOSE 85W Linear, tight to slightly open, siliceous filling, s~rface smooth, chlorite staining 411 N10E 69E Linear, tight, surface slightly irregular, clean, fresh 412 N35E 65E Linear, tight, surface smooth, clean, fresh 28 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 413 N35E 85E Linear, tight, surface smooth, slight weathering, chlorite staining 414 N49E No dip Joint set, linear, tight, siliceous obtainable filling 415 N13E 77W Long, linear, tight to slightly open, surface smooth, slight weathering, chlorite staining, siliceous coating, slickensides, S-29 416 N35E 75E Linear, tight, surface smooth, chlorite staining, siliceous coating 417 N22W 74E Linear, tight, surface smooth to slightly rough, clean, fresh 418 N35E 77E Linear, tight, surface smooth to slighty rough, slight weathering, iron oxide staining, occasional white coating 419 N19E 74E Linear, tight, surface smooth, fresh to slight weathering, iron oxide staining 420 N10E 82E Linear, tight, surface smooth, clean, fresh 421 N22E 85E Slightly sinuous, slightly open, smooth, slight to moderate weathering, iron oxide staining 422 N12E 62E Joint set, linear, tight, thin blue clay filling, surface smooth, iron oxide and chlorite staining 423 N85E 70E Linear, tight, surface smooth, slight weathering, iron oxide staining 424 NOSE 82E Linear, tight, blue clay filling, surface smooth, iron oxide staining 425 N58E 66E Linear, slightly sinuous at joint set to west, clay coating 426 N20E 44E Tight to slightly open, thin white clay filling, surface smooth 29 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 427 N20E 66E Linear, tight, surface smooth, slight weathering, clean 428 N12E 64E Tight to slightly open, thin clay filling, surface smooth, slight weathering, iron oxide and chlorite staining 429 N13E SSE Linear, tight, surface smooth, slight weathering, chlorite coating 430 NI0E 67E Linear, tight, surface smooth, slight weathering, iron oxide and chlorite staining 431 N12E 84E Linear, tight to slightly open, surface clean, fresh, rough 432 N3sE 70E Linear, tight, surface smooth, chlorite and iron oxide staining, gray clay coating 433 NsOE 58E Long, linear, some en echelon jointing, green clay filling, surface smooth, slight weathering, chlorite staining 434 N30E 62E Linear, tight, surface smooth, clean, fresh 435 N13E 85E Linear, tight, blue clay filling, surface smooth 436 N90E 60S Linear, tight, surface smooth, clean, fresh 437 N70E 90 Linear, tight, surface smooth, clean, fresh 438 NOSE 74E Linear, tight, surface smooth, chlorite staining 439 N18E 59E Linear, tight, surface smooth, slight weathering, chlorite staining 440 NI0E No dip Linear, tight, thin, fresh, clean obtainable 30 of 203
~1NPS-3 FSAR TABLE 2.5.4-1 (Cont)
Joint Number Strike Remarks 441 N08E No dip Slightly sinuous to irregular, tight, obtainable clean 442 N07E No dip Linear, tight, clean obtainable 443 N73E 08E Linear, tight, slight weathering, fractured zone, clean 444 N73E 75E Linear, tight, fresh, clean 445 NOSE 70E Linear, tight, fresh, clean 446 NI0E 72E Long, linear, slightly open, fresh, chlorite staining 447 N67E 79E Linear, tight, slight to moderate weathering, iron oxide staining 448 N02E No dip Linear, tight, fresh, clean obtainable 449 NOSE 74E Linear, tight, fresh, clean 450 NOIE 72E Linear, tight, fresh, chlorite staining 451 NI0E 75E Linear, tight, joint set, chlorite staining 452 N90E 88S Linear, tight, slight weathering, iron oxide staining 453 N72E 80E Linear, tight, fresh, iron oxide staining 454 N13E 74E Long, linear, tight, joint sets in places, fresh, chlorite staining 455 N12E 65E Tight to slightly open, surface smooth, slight weathering, chlorite staining 456 N72E 85E Linear, tight, joint set, surface slight to moderate weathering, iron oxide staining' 31 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 457 74E Linear, tight, surface smooth clean, fresh 458 N79E 66E Linear, tight, surface smooth, clean, fresh 459 N13E 61E Linear, tight, surface smooth, slight weathering, green coating 460 N23E 85E En echelon joints, surface moderate weathering, iron oxide staining 461 N13-24E 50-60E Shear zone, very extensive (>250 feet), linear to slightly sinuous, very close parallel joints, green clay filling to 0.25 inch, smooth surfaces, surfaces alternately covered with crystalline quartz, green clay or smooth prominent slickensides, 5-33, movement appears to be parallel with dip of foliation to slightly less than foliation dip. This gives 0- to 4-inch left lateral apparent displacement 462 NOSE 53E Linear, tight to open, joint set, smooth, clay filling, iron oxide staining 463 N20E 70E Linear, tight, smooth to slightly rough, iron oxide staining, crystalline quartz coating 464 N26E 55E Linear, tight, clay filling, smooth, chlorite staining, en echelon pattern to south 465 N21E 50E Concave to west, tight, smooth, chlorite clay filling. joint set in G-6 466 NOIE 61E Slightly sinuous, tight, joint set zone, chlorite coating, iron oxide staining 467 N06W 58W Linear, tight, rough and irregular, clean, fresh 32 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 468 NIlE 46E Very sinuous, en echelon joints, tight to slightly open, clay filling, chlorite coating 469 N60E 66W sinuous, tight, rough, iron oxide staining, calcite coating 470 N07W 48E Minor shear zone, linear, very extensive, series of subparallel joints, tight to open. N1500 - south en echelon pattern, clay filling, crystalline quartz coating, slickensides, 5-31. No displacement from N1520 southward 471 NOIE 55E En. echelon joints, very close, slightly open, green clay filling, crystalline quartz and chlorite coating, slickensides, 5-32 472 NI8E 53E Linear, open, chloritic clay filling, smooth, crystalline quartz coating 473 NI5E 69E Concave to west, joint set, clay filling, crystalline quartz coating 474 N73E 84E Irregular, tight, slightly rough, clean, fresh 475 N75E 76E Linear, tight, clay filling, rough 476 N3BE 44E Sinuous, irregular, open, clay coating, slightly rough 477 NIOE No dip Concave to west, tight, clay filling, obtainable slightly rough 478 NOBW 48W Tight, irregular, slightly rough, clay filling 479 NIOE 80E Sinuous, rough, tight, clay filling 480 N40E 72E Concave to northwest, smooth, clay coating 481 N46E 85E Linear, tight, irregular, slightly rough, clay coating 33 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 482 NIOE 67E Slightly sinuous, open, smooth, crystalline quartz and clay coating 483 N09E 37E Linear, open, smooth, clay coating, slickensides, 5-35 484 N12E 30E Sinuous, long, irregular, open, clay filling, smooth to slightly rough, crystalline quartz coating, slickensides, S-36 485 N08E 84E Curved, tight, crystalline quartz filling, irregular chlorite coating 486 N52E 85E Sinuous, tight, smooth to slightly rough~ clay and chlorite coating 487 N14E 41E En echelon joints, concave to west, tight,* smooth, chlorite and crystalline quartz coating 488 NOSE 64E Linear, tight, smooth, chlorite coating 489 N09W 37W Linear, extensive, open, chloritic clay filling, smooth, calcite coating, slickensides, S-34 490 N36E 90 Irregular and sinuous, tight, rough, clean 491 NSIE 59E Linear to irregular, slightly open, rough, calcite coating 492 N22E 48£ Linear, open, slightly rough to smooth, chloritic clay coating 493 N16E 54E Curved, open, smooth to slightly rough, crystalline quartz and chloritic clay coating 494 N38E 68E Sinuous, tight, irregular, rough, clean 495 N50E 47E Slightly sinuous, rough, irregular, joint set 34 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 496 N17E 68E Sinuous, open, smooth, slightly rough, crystalline quartz, chlorite and clay coating 497 N24E 60E Slightly sinuous, open, slightly smooth, crystalline quartz and chlorite coating 498 N79E 71E Curved, tight, rough, clean 499 N90E 67S Slightly sinuous, smooth to slightly rough, iron oxide staining 500 N06W 73W Slightly sinuous to linear, tight, slightly rough, chlorite coating 501 N25W 90 Irregular to linear, tight, rough, clean 502 N14E 90 Irregular to sinuous, open, rough, crystalline quartz and chlorite coating 503 N4W 51W Sinuous, tight, smooth, iron oxide staining 504 NOIE 42E Linear, tight, slightly rough, iron oxide staining 505 NIOE 52E Slightly sinuous, tight, irregular, green coating 506 N21E 62E Linear, tight, slightly rough, clean 507 NI2E 67E Linear, tight, smooth, clean 508 N15W 45W Linear, slightly open, slightly rough, chlorite coating 509 N08W No dip Linear, tight, slightly rough, iron obtainable oxide staining 510 N08E 64E Slightly curved to linear, slightly open, smooth, clean 511 N10E 61E Curved, tight, smooth, clean 512 NISE 60E Slightly sinuous, tight, smooth, clean 35 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 513 NI5W No* dip Sinuous and irregular, tight, slightly obtainable open, clean 514 N73E 84E Slightly sinuous, slightly open, slightly rough, clean 515 NI2E 57E Linear, tight to slightly open, rough, clean 516 N76E 8IW Linear, tight, slightly rough, clean 517 N23E 54E Linear, tight, smooth, light green coating 518 NOIE 5IW Extensive, linear, smooth, chloritic clay and chlorite coating, slickensides, 5-37 and 5-38 with 2-to 3-inch apparent right lateral displacement 519 NOSE 90 Linear, slightly rough, open, chlorite coating 520 N12E 78E Linear, irregular and broken, tight to slightly open, clean, rough 521 NI3W 61E Irregular, open, rough, clay coating 522 NISE-N15W 49E Concave to west, tight, smooth, chlorite coating 523 NIOE 58E Linear, tight, slightly rough, chlorite and calcite coating 524 N25W 52E Linear, tight, smooth, clean 525 NI0W 51E Linear, tight, smooth, chlorite coating 526 NIOE 90 Slightly sinuous, tight, rough, clean, fresh 527 N16E 62E Linear, open, smooth, clean 528 N18E 76W Linear, open, smooth, chlorite coating 529 NOSE 8IW Concave to east, tight, rough 36 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 530 N07E 37W Irregular, open, rough, clean 531 NOlW 33W Linear, tight, surface smooth to slightly rough, slight weathering, chlorite and iron oxide staining 532 N11W 45W Linear, tight, surface smooth, slight weathering, chlorite and iron oxide staining 533 N02W 46W Linear, tight, surface smooth, slight weathering, white clay coating, iron oxide staining 534 N06E 45E Linear, tight, chloritized siliceous coating 535 NOlE 58E Very sinuous, tight to slightly open, surface smooth, clean, fresh 536 N82E 49E Linear, tight, clean, fresh 537 N08W 71E Slightly sinuous, slightly open, fractured areas, surface clean; fresh 538 N29W 75E Linear, tight, slightly rough, chloritic clay filling 539 N63W 56E Sinuous, slightly open, clean, fresh, rough 540 N59E 89E Linear to slightly irregular, tight, clean, fresh 541 N67E 87E Sinuous and irregular, tight, clean 542 Joint set, slightly concave to west, 543 N05-28E 64E tight, smooth, chlorite coating 544 545 NIBE 56E Irregular, tight, rough, clean 546 N76E 87E Slightly si~uous, tight, smooth, clean 547 N73E 90 Linear, tight, rough, clean 548 N63W 07W Smooth to slightly rough, tight to slightly open, clean 37 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 549 N34W 12W Irregular, slightly open, fresh, clean 550 N87E 71E Concave to south, open, rough, clean, fresh 551 N13E 67E Long, open, chloritic c~ay filling, smooth, iron oxide staining 552 N03W 84W Irregular, tight, rough, chlorite coating, pyrite crystals 553 N16E 48E Irregular and sinuous, slightly open, rough, chlorite coating 554 N13E 08W Concave to west, tight, rough, chlorite staining 555 NIlE 72W Long, linear, smooth, tight, chloritic clay coating 556 N08E 73W Linear, tight, rough, clean 557 N13W 81W Linear, tight, rough, clean 558 N07W 54E Sinuous, tight to smooth, slightly open, clay coating 559 N04E 53E Concave, tight, smooth, chlorite coating 560 N86E 82E Linear, tight, slightly rough, calcite coating 561 N72E 90 Sinuous, tight, rough, white clay coating, iron oxide staining 562 N79E 84W Lir.ear, tight, chlorite coating 563 N76E 90 Cor-cave, tight, rough, white clay coating 564 N44E 90 Irregular, tight, rough, clean 565 N04E 69E Linear, tight, smooth, clean, joint set 566 N62E 86E Linear, tight, slightly rough, clean 38 of 203
MNPS-3 FSAR TAELE 2.5.4-1 (Cont) Joint Number Strike Remarks 567 N70E 90 Linear, tight, slightly rough, clean 568 N11E 50E Tight to slightly open, smooth, fresh, slight weathering, chlorite staining, slickensides, 5-41 569 N01E 56E Linear, tight, surface smooth, slightly weathered, quartz coating 570 N09W G2E Linear, tight, surface smooth, chlorite and siliceous coating 571 N68E 90 Linear, tight, surface smooth, fresh, clean 572 N90E 80S Linear, tight, surface clean, fresh, smooth to slightly rough 573 N75E 85W Linear, tight, surface smooth, fresh, siliceous coating 574 N15E 54E Linear, tight, surface smooth, slight weathering 575 NOIE G6E Linear, tight, surface smooth, slight weathering, siliceous coating 576 NIOW GOE Long, linear, tight, joint set, surface smooth, slight weathering, siliceous coating 577 N07E 63E Long, linear, joint set, siliceous coating, green clay filling 578 N07W 57E Linear, tight; surface smooth, slightly weathered, siliceous coating, iron oxide staining 579 NC1E 47E Linear, tight, surface slight to moderate weathering, iron oxide staining, siliceous coating, slickensides, 5-43 580 NG5E 76W Linear, tight, surface smooth to slightly rough, iron oxide staining 581 N08E 58E Linear, joint set, surface smooth, clean, fresh 39 of 203
tINPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 582 - NIOE 62E Slightly sinuous, tight, surface smooth, slight weathering, siliceous filling 583 N04W 57E Linear, tight, surface smooth, iron oxide staining, siliceous filling 584 N03E 72E Linear, tight, joint set, surface smooth, siliceous coating 585 N02W 58E Linear, tight, surface smooth, clean, fresh 586 NI5E 60E Linear, tight, surface clean, fresh, smooth 587 NI3E 52E Joint set, surface smooth, quartz and green clay filling 588 NIOE 82E Linear, tight, surface smooth, clean, fresh" 589 N07E 47E Linear, tight, fractured zone, surface slight to moderate weathering, siliceous and quartz filling, slickensides, 5-44 and 5-47 590 N12E 80E Linear, tight, surface smooth, siliceous coating, chlorite staining 591 N12E 80E Slightly sinuous, tight, slightly open, joint set zone, surface smooth, quartz coating 592 N35E-N07W 70E Concave, tight, surface smooth, siliceous coating, chlorite staining 593 NOSE 40£ Linear, tight, surface smooth, siliceous coating, slickensides, 5-48 594 N80E 86E Linear, tight, surface smooth, clean, fresh 595 N49E SSE Linear, tight, surface smooth, fresh, green clay coating 596 N4SE 90 -Linear, tight, surface smooth, clean, fresh 40 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 597 NIOE 56E Long, linear, tight, surface smooth, slight weathering, chlorite staining, slickensides, S-49 598 N23E 59E Linear, tight, surface clean, fresh 599 N8IE 82E Linear, tight to slightly open, surface slight weathering, iron oxide staining 600 N80E 76E Tight, slight weathering, iron oxide staining 601 N76E BSW Linear, tight, surface smooth, clean, fresh 602 N20E SSE Sinuous, tight to slightly open, surface smooth, clean, fresh 603 NIOE 38E Long, linear, tight to slightly open, surface slight to moderate weathering, with weathered quartz filling 604 N09E 46E Long, linear, slight weathering, surface smooth, slickensides, S-50 605 N07E 74W Slightly open, smooth, clean, iron oxide and chlorite staining 606 N09E 41E Joint set, irregular and discontinuous, slightly open, iron oxide and chlorite staining 607 N14E 50£ Long, smooth, slightly open, fresh, chlorite staining 608 N13E 53E Slight weathering, quartz and chlorite filling 609 N08E 72W Linear, tight, smooth, fresh 610 N17E 4SE Joint set, slightly irregular and discontinuous, open, smooth, slight weathering, chlorite 611 N80W 81E Slightly open, fresh, clean, quartz filling 41 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 612 NIOE 60E Linear, tight, smooth, clean 613 NIlE 69E Linear, slightly open, slight weathering, quartz filling 614 N56E 82E Linear, slightly open, slight weathering, quartz filling 615 N02E 78W Linear, open, slight weathering, iron oxide staining, quartz filling 616 Nl4E 70E Linear, smooth, slightly open, slight weathering, quartz filling 617 N60W 70W Linear, tight, smooth, iron oxide staining 618 NISE 65E Linear, smooth, iron oxide staining, quartz filling 619 N77E 79E Concave, open, smooth, slight weathering, quartz filling 620 NI9W 75E Linear, smooth, slight weathering, quartz filling 621 N4IW 90 Slightly irregular, rough, open, iron oxide staining, quartz and chlorite filling 622 N42W 70E Curved, smooth, slightly open, iron oxide staining of quartz filling 623 N17E 75W Linear, clean, smooth, slightly open, weathering of quartz filling 624 N04E 75W Slightly curved, light green material filling, slickensides, S-52 625 N82E 71E Long, linear, tight, quartz filling, iron oxide staining, smooth 626 N37W 81E Linear, tight, smooth, iron oxide staining 627 N51W BOW Slightly irregular, tight, slight weathering, quartz filling, iron oxide staining 42 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 628 N45E 47E Sinuous, irregular, tight, rough, with slight clay coating 629 N15E 65E Slightly sinuous, tight to slightly open, rough with slight clay filling 630 N08E 53E Linear, tight, filled with chloritic clay, coated with crystalline quartz, smooth surfaces with possible slickensides, zone of very closely spaced joints 631 N24E 71E Very sinuous, irregular to rough surfaces coated with crystalline quartz, open and filled with clay, in places a series of short, very closely spaced en echelon joints 632 N04E 56E Linear, irregular to rough surfaces with slight iron oxide staining, and a very slight clay coating, in places - a series of very closely spaced joints 633 N34W 23E Sinuous, open with clay filling, smooth surfaces with chlorite coating and prominent slickensides, 5-55, possible 1- to 2-inch displacement 634 N16E 68E Linear, slightly irregular surface with possible slickensides, open, filled with crystalline quartz, clay, and chlorite 635 N32E 56E Linear, en echelon series of very closely spaced -joints, tight with slight clay filling, rough, iron oxide staining 636 N21E 47E Linear, slightly open, rcugh surfaces with chloritic clay coating and iron oxide staining with prominent slickensides, 5-54 637 N41W 76W Linear, tight with slight chloritic clay filling, smooth to slightly rough 43 of 203
~1NPS-3 FSAR TABLE 2.5.4-1 (Cont)
Joint Number Strike Remarks 638 N06E s9E Linear, open with chloritic clay filling and some crystalline quartz, very smooth 639 N20E 62E Series of very closely spaced joints, slightly sinuous, opeu with a soft, light green siliceous filling, and in places a drusy quartz filling 640 N14E SSE Series of closely spaced parallel joints, slightly curved, slightly open with a soft, white, weathered, siliceous filling 641 Ns1E SSE Linear to slightly sinuous, tight, slightly rough, clean fresh surface 642 N14E 70E Linear, tight to slightly open, smooth, clean 643 N02E s6E Linear, tight, slightly open with thin drusy quartz and chloritic clay filling, smooth surfaces 644 N16E 6sE Linear, tight, smooth to slightly rough, slightly weathered surfaces with white siliceous coating 645 N21E 76E Linear, tight, smooth to slightly rough surfaces, clean, fresh 646 N01E 81W Linear, slightly open, slightly rough and slightly weathered surfaces with green chloritic coating 647 N09E 90 Linear, slightly open, rough, slightly weathered surfaces with slight iron oxide and chloritic staining 648 N80E 85W Linear, slightly open, smooth surfaces with moderate iron oxide staining 649 N88E SOE Slightly sinuous, tight, slightly irregular to rough, clean, fresh surfaces 44 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 650 N26E 73E Linear to slightly sinuous, slightly open, irregular to rough, fresh, clean surface 651 N07W 45E Long, sinuous, smooth to slightly irregular, slightly weathered surface with slight iron oxide and chloritic staining 652 N15E 82E Linear, tight, smooth surfaces with slight iron oxide staining 653 N09E 82E Linear, tight, slightly rough, clean, fresh surface 654 N33E 12W Large planar low angle surface, slightly undulating, slightly weathered with occasional chloritic staining 655 N83E 90 Linear, tight,' smooth to slightly irregular, slightly weathered surface with moderate iron oxide staining 656 N83E 74E Linear, tight, smooth, clean, fresh 657 N09r1 90 Very irregular, rough, clean, fresh 658 NIOE SSE Linear, slightly open with slight clay filling, irregular to rough surface 659 NIOE 79W Sinuous, tight, rough surfaces with iron oxide staining and slight calcite coating 660 N56E 86W Linear, tight, very slight clay coating, smooth to slightly rough 661 N56E 82W Linear, tight, slightly rough surface, slight calcite coating 662 N90E 725 Linear, tight, very rough, clean, fresh surfaces 663 N20E 90 Linear, tight, smooth surfaces, slight clay coating 45 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 664 NISE 78W Linear, tight, broken ~n places, fresh, clean surfaces 665 N20E 87W Linear, tight, smooth surfaces, slight calcite coating 666 N19W 72E Linear, tight, slightly rough surface, slight calcite coating and iron oxide staining 667 NIOE 76W Linear, tight, slightly rough surface with chloritic clay coating and iron oxide staining, prominent slickensides, 5-57 668 N01E 40E Curved, slightly open, chloritic clay filling, calcite coating, rough surface, prominent slickensides, S-58 669 N23W 66E Sinuous, slightly open, very rough, severely weathered, chloritic clay coating 670 NOSE 57E Slightly sinuous, slightly open, smooth surfaces, iron oxide staining, thin white clay coating 671 N13E SOE Series of short, very closely spaced, en echelon joints, smooth, slightly weathered surfaces with occasional thin white clay coating 672 N07W SSE Linear, tight, smooth, slightly weathered surface, green coating 673 N10W 44E Curved, tight to slightly open, slightly weathered surfaces, soft siliceous coating 674 N17W 46E Series of very closely spaced joints, slightly curved, slightly open, thin white siliceous coating 675 N01E 69E Long, linear, tight, thin siliceous filling, smooth, slightly weathered surface 46 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 676 N05W 68E Linear, tight, slightly weathered surface, iron oxide staining and white siliceous coating 677 N02W 71E Linear, tight, slightly rough, iron oxide staining 678 N07W 71E Long, linear, tight, chloritic clay filling, smooth, slightly weathered surfaces 679 N12W 75E Linear to slightly curved, thin light green clay filling 680 N10W 76E Linear, tight with chloritic clay filling, smooth surface, slight iron oxide staining 681 N02W 76E Linear, tight with chloritic clay filling, smooth surface, iron oxide staining 682 N08W 72E Linear, tight, smooth, slightly weathered surfaces, occasional white clay coating 683 N03W 63E Slightly sinuous, tight to slightly open, smooth to slightly irregular, moderately weathered surfaces, chloritic clay coating and slickensides 684 N09E 68E Linear, tight, occasional drusy quartz filling and light green highly plastic clay filling, slightly to moderately weathered 685 N02E 76£ Linear, tight, smooth, slightly to moderately weathe~ed surfaces, heavy chlorite staining 686 N11W 79E Broken, zone, severely weathered, open, drusy quartz and chloritic clay filling 687 N12E 70E Linear, tight, smooth, slightly weathered surface, slight iron oxide staining 47 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 688 N32E 87E Linear, tight, smooth, slightly weathered surface, iron oxide staining 689 NIOE 59E Linear, tight, light green filling, smooth, slightly weathered surface 690 NOIE 73E Linear, tight, smooth, slightly weathered surface 691 N05W 70E Long, linear, tight, smooth surfaces, chlorite and calcite staining, slickensides, 5-62 692 N62E 71E Slightly sinuous, tight, rough to irregular surfaces, calcite coating, iron oxide staining 693 N83E 86E Slightly sinuous, tight, smooth, fresh surfaces, slight calcite coating 694 NIOW 74E Linear, slightly open, smooth slightly weathered surfaces, calcite coating 695 NIlE 84W Very long, linear to slightly curved, tight to slightly open with clay filling in places, smooth, fresh to moderately weathered surfaces with calcite and chlorite coating, slickensides, 5-60 696 N04W 81E Very long, linear, slightly open, chlorite and calcite filling, smooth, fresh to slightly weathered surfaces 697 N12W 83E Slightly sinuous, tight, smooth, slightly weathered surface, slight iron oxide staining 698 N16W 75E Short, linear, tight, smoo~h, slightly weathered surface, slight iron oxide staining 699 N29W 70E Slightly sinuous, tight, slightly weathered surfaces, slight iron oxide staining 700 N84E 79E Linear, tight, smooth, fresh surface, slight iron oxide staining 48 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Dip Remarks 701 N02W 65E Sinuous, slightly open, slightly wea t.he r e d surface, slight calcite coating 702 N89E 76E Long, sinuous, tight, rough, fresh surfaces, slight calcite coating 703 NOIW 66E Sinuous, series of en echelon joints, slightly open, green filling, rough, slightly weathered surfaces 704 N07E 78W Linear, tight, smooth, fresh surfaces 705 N38W 47E Sinuous, slightly rough, fresh surface, slight calcite staining, slickensides, S-61 706 N82E 84E Linear, tight, smooth, fresh surface, slight calcite coating, iron oxide staining 707 N04W 83E Linear, tight, smooth, fresh surface 708 N86E 90 Linear, tight, broken in places, rough, fresh surface, slight iron oxide staining 709 N62W 54E Linear, open, rough, fresh surfaces 710 N60W 45W Linear, tight, smooth, fresh surfaces, slight calcite staining, slickensides, 5-66 711 N89E 81W Slightly sinuous, tight to slightly open, broken "in places, smooth surfaces, slight calcite staining 712 N38E 71E Linear, tight, smooth, fresh surfaces, slight calcite staining 713 N02E 67E Linear, tight, smooth, fresh surfaces, slight calcite staining 714 N75E 8lE Sinuous, tight to slightly open, rough, slightly weathered surface, slight calcite coating and iron oxide staining 49 of 203
NNPS-3 FSAR TABLE 2.5.4 ... 1-...--( Cont) Joint Number Strike Remarks 715 N71E 8lE Slightly sinuous, tight, smooth fresh surfaces, calcite coating 716 N01E 60E Linear, tight, smooth, fresh surfaces 717 NOGW G7E Linear, tight, smooth, fresh surfaces, calcite coating 718 NOGW 70E Sinuous, tight to slightly open, slightly weathered surfaces, calcite coating and slight iron oxide staining 719 N02E 84W Linear, slightly open, rough, slightly weathered surface, slight iron oxide staining 720 NOGE 80E Linear, rough, fresh surface 721 NIlE G8E Linear, slightly open, calcite and crystalline quartz filling, smooth, fresh surfaces 722 N12E 57E Sinuous, tight to slightly open, calcite and crystalline quartz filling, smooth, fresh surface 723 N79E 82W Slightly sinuous, slightly open, broken in places, fresh, rough surface 724 N7lE 87E Slightly sinuous, open, calcite filling, rough, slightly weathered surface 725 NIGH 62E Sinuous, open, calcite and chlorite filling, rough, fresh surface 726 N73E 73W Sinuous, fairly tight, rough, fresh surface 727 N04E 60E Sinuous, fairly tight, rough, fresh surface 728 N3IE 79E Linear, fairly tight, smooth, fresh surface, calcite coating 729 N84W 87E Sinuous, fairly tight, smooth, fresh surface, slight calcite coating 50 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 730 N44E 82E Sinuous, tight, rough, fresh surface, slight calcite coating 731 N67E 84E Slightly sinuous, slightly open, fresh surface, slight calcite coating 732 N40E 90 Linear, tight, smooth, fresh surface, slight calcite coating 733 N19E 48E Sinuous, fairly tight, slightly weathered, fairly rough surface 734 N26E 66E Slightly sinuous, open, crystalline quartz and green clay filling, slightly weathered, smooth surface 735 N88E 88W Sinuous, open, fresh, rough surface 736 NIOW 73E Linear, tight, fairly rough surfaces, thin clay coating 737 NOIE G8E Linear, tight, smooth, clean surfaces 738 N09E 70E Curved, open, rough surfaces with thin clay coating 739 NOIE 76E Linear to slightly sinuous, tight, rough surfaces with thin clay coating and slight iron oxide staining 740 NOIE 76E Linear, tight, fairly rough surfaces with slight iron oxide staining 741 N15E 62E Linear, tight, smooth surfaces with slight iron oxide staining 742 N21W 90 Curved, open, rough, fresh surfaces 743 N14E 74W Slightly sinuous, very closely spaced zone of joints, broken in places, open slightly with crystalline quartz filling, smooth to irregular surfaces with thin clay coating and iron oxide staining 744 N26E 69E Sinuous, open, crystalline quartz filling, slightly to severely weathered surfaces 51 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 745 N06E 66E Sinuous, open, clay and crystalline quartz filling, broken in places, slightly weathered surfaces 746 NOSW 61E Slightly sinuous, open, quartz filling, rough, slightly weathered surfaces 747 N02E 68E Linear, tight, smooth undulating surface, heavy chlorite coating and iron oxide staining 748 NOSE 62E 749 NOIE 46E Set of very closely spaced joints, linear, tight, occasionally broken, thin white siliceous filling and light green clay filling 750 NOIE SIE Set of very closely spaced joints,
~ight to slightly open with light green, highly weathered filling, smooth, undulating surfaces 751 N06W SSE Linear, tight, broken in places, drusy quartz filling, smooth to slightly irregular, slightly weathered surfaces 752 N60E 90 Slightly sinuous to linear, smooth surface, slight iron oxide staining 753 Tight to slightly open, thin white clay filling, smooth to slightly rough surface 754 Three subparallel en echelon joints, linear, broken in places, thin white clay filling, rough surface 755 Zone of subparallel linear joints, broken in places, fairly rough, moderately weathered surfaces, heavy chlorite and iron oxide staining 756 N12E 76E Sinuous, tight, fairly rough to rough, thin white clay coating S2 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 757 N09W 64E Zone of very closely spaced parallel joints, linear, tight with thin crystalline quartz and clay filling, smooth surfaces 758 NOSE 51E Sinuous zone of joints, open with some crystalline quartz and thick chloritic clay filling, slickensides prominent 759 N04E 52E Curved, open with thick clay filling with occasional crystalline quartz and chlorite fillings, smooth surfaces, prominent slickensides, 5-67 760 N06E 65E Series of very closely spaced en echelon joints, linear, slightly open, chloritic clay filling, slight quartz filling, smooth surfaces with slickensides 761 N09E 48E Series of very closely spaced parallel en echelon joints, slightly open, some quartz and clay filling, smooth surface with iron oxide staining and slickensides, S-68 762 N15E 67E Linear, tight, smooth, fresh surfaces 763 N17E 60W Linear, slightly open, thin quartz filling, smooth, fresh surfaces 764 N20E 84E Linear, open, broken in places, smooth, fresh surfaces, slight iron oxide staining 765 N20E 80E Linear, tight, smooth, slightly weathered surface, slight iron oxide staining 766 N22E 77W Linear, open slightly, smooth, slightly weathered surface, slight iron oxide staining 767 N13E 76E Slightly sinuous, tight, irregular fresh surface, slight iron oxide staining 53 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 768 N37E 75W Linear, tight, irregular, fresh surface, slight iron oxide staining 769 N28E 8SE Linear, tight, rough, fresh surface 770 N13E 82E Linear, tight, rough, fresh surface 771 N01E 88E Slightly sinuous, tight, smooth, fresh surfaces, siliceous coating and iron oxide staining 772 N2SE 79W Linear, tight, smooth, slightly weathered surfaces, iron oxide staining 773 N20E 7SW Slightly sinuous, open, rough, fresh surfaces 774 N08E 88W Linear, tight, smooth, fresh surfaces, siliceous coating 775 N08E 90 Linear, tight, smooth, fresh surfaces, siliceous coating 776 N08E 86E Linear, tight, rough, fresh surface 777 N02E 70E Linear, slightly open, siliceous filling, smooth, fresh surfaces 778 N17E 81W Slightly sinuous, tight, smooth to rough, fresh surface 779 N1SE 81W Linear, tight, smooth, fresh surface, slight siliceous coating 780 N56W 11W Long, open, rough, slightly weathered surfaces, slight siliceous coating 781 N40W 07W Linear, tight, slightly weathered, slightly rough surfaces, slight siliceous coating 782 N06E 7SW Linear, tight, smooth, fresh surfaces 783 N24E 90 Sinuous, fairly tight, rough, fresh surface 54 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Dip Remarks 784 N30E 76W Linear, tight, rough, fresh surface, siliceous coating 785 N87E 67E Linear, tight, smooth, slightly weathered surface, slight iron oxide staining 786 N53E 75W Slightly sinuous, tight, smooth, slightly weathered surface, siliceous coating 787 N85W 61W Linear, tight, smooth, slightly weathered surfaces, iron oxide staining 788 N50E 76W Sinuous, tight en echelon joints, broken in places, rough, fresh surfaces, siliceous coating 789 N32E 74W Linear, tight, rough, fresh surfaces 790 N10E 76W Linear, fairly tight, smooth, fresh surfaces, siliceous coating 791 N04W 73E Linear, tight, smooth, fresh surfaces, siliceous coating, slickensides, 5-69 792 N26E 62E Linear, tight, smooth, fresh surfaces, siliceous coating, slickensides, 5-70 793 N04E 65E Linear, tight, smooth, fresh surface, siliceous coating, slickensides, 5-71 794 N07W 67E Linear, tight, smooth, fresh surfaces, siliceous coating, slickensides, 5-72 795 N20E 48W Linear, fairly tight, rough, fresh surfaces 796 NIOE 74W Long, linear, fairly tight, rough, fresh surfaces 797 N20E 74W Linear, tight, rough, fresh surface, siliceous coating 798 N20E 8IW Fairly sinuous, slightly open, rough, fresh surfaces, siliceous coating 55 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 799 N14E 77W Fairly sinuous, tight, rough, slightly weathered surface, iron oxide staining, slickensides, 5-73 800 N54W 16W Long, sinuous, low angle joint, fairly tight, rough, fresh to slightly weathered, iron oxide staining 801 N30E oaw Sinuous, fairly tight, rough, fresh surfaces 802 NIOE 74W Linear, open, smooth surface, slight chlorite coating 803 N7BE 70E Sinuous, tight, thin clay filling, rough surfaces, iron oxide staining 804 N01E 64E Linear, tight, rough, clean surfaces, slight chlorite coating 805 N08E SSE Linear, tight, rough, fresh surfaces 806 N57W 74W Sinuous, fairly tight, rough, slightly weathered surface, with siliceous coating 807 N90E 87N Sinuous, open, green clay filling, rough, slightly to moderately weathered surfaces 80B N03W 59E Linear, tight, soft weathered filling, dark green staining, rough surfaces 809 N85E 74E Linear, tight, smooth to fairly rough, slight to moderately weathered surfaces, thin white siliceous coating 810 N70E 75E Linear, tight, smooth to fairly rough surfaces, iron oxide staining 811 N24E 59E Linear, tight, smooth, fresh surfaces, slight chlorite staining 812 N86E 80E Tight to slightly open, smooth to slightly irregular, slightly weathered surface, iron oxide staining 56 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 813 N39E 89W Linear, tight, smooth, clean. fresh surfaces 814 N88E 65E Linear, tight, smooth, clean, fresh surfac~s 815 N06E 84E Linear, tight, smooth to fairly rough, slightly to moderately weathered surfaces, light green chlorite coating 816 N07E 66E Linear, tight, smooth, slightly to moderately weathered surfaces 817 N06E 51E Linear, tight, smooth surface, thin siliceous coating 818 N04E 60E Linear, tight, smooth surface, thin white siliceous coating, iron oxide staining 819 N04E 61E Linear, tight, thin siliceous filling, smooth, fresh to slightly weathered surfaces 820 N06E 60E Linear, tight, thin siliceous filling, smooth, slightly weathered surfaces, light green and iron oxide staining 821 NOIE 59E Tight to slightly open, smooth, clean, fresh surfaces 822 N47E 76E Set of very closely spaced joints, linear, tight, smooth to rough, fresh surfaces 823 NIOE 69E Linear, tight, smooth, slightly weathered surfaces, occasional chlorite staining 824 N18E 67E Series of ten parallel, very closely spaced linear joints, tight with thin white siliceous filling, thin chlorite coating a~d slight iron oxide staining, smooth, slightly weathered surfaces 825 N02W 81E Linear, tight, smooth, fresh surfaces 57 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 826 N45E 77E Slightly sinuous, fairly tight, thin white filling, smooth, fresh surfaces with slight siliceous coating 827 N88E 78E sinuous, open, chloritic filling, weathered tu clay in places, thin siliceous coating, rough, fresh surfaces 828 N87E 77E Slightly sinuous to irregular, fairly tight, slight siliceous coating, slightly rough, slight to moderately weathered 829 N01W 79E Irregular, open, siliceous filling, fresh to slightly weathered surfaces 830 NBOE 83E Linear, fairly tight, filling of weathered material, smooth surfaces 831 N64W 78W Irregular, fairly tight filling of. weathered material, siliceous coating, smooth, fresh surfaces 832 N20W 45E Irregular, open slightly, chloritic filling, in places weathered to clay, fairly rough, slightly weathered surfaces 833 N06W 55E Irregular, open slightly, chloritic clay filling, rough slightly weathered surfaces, siliceous coating 834 N13W 73E Sinuous, open, siliceous and chloritic coating, moderately weathered, slightly rough surfaces 835 N08W 47E Sinuous, open, siliceous and chloritic filling, slightly to moderately weathered, rough surface 836 N10W 64E Sinuous, very closely spaced joint set, fairly tight, slightly weathered, rough surfaces, thin siliceous coating 837 N03W 61E Irregular, fairly tight, smooth, slightly weathered surfaces, thin siliceous coating 58 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 838 NOSW SSE Linear, fairly tight, smooth, slightly weathered surfaces, thin siliceous coating thin siliceous coating 839 N68E 77E Sinuous, fairly tight, smooth, fresh to slightly weathered thin siliceous coating 840 N08E S2E Linear, tight, smooth, fresh to slightly weathered surfaces, thin siliceous coating 841 N01E S8E Very closely spaced sinuous joint set, fairly tight, broken in places, rough, slightly weathered surfaces, thin siliceous coating 842 NOSE 62E Irregular, tight, smooth, fairly fresh surface, occasional siliceous coating and possible slickensides 843 NIOW 60E Sinuous, open, light green clay filling, smooth surface, occasional siliceous coating 844 N03E 79E Linear, tight, fairly rough, fresh surface, occasional siliceous coating 845 NI4W 60E Irregular, fairly tight, smooth, slightly weathered surfaces, thin siliceous coating, iron oxide staining 846 N5SE 77E Irregular, tight, smooth, fresh surfaces 847 NI2E D8W Linear, tight, slightly rough, fresh to slightly weathered surfaces, siliceous and chloritic coating 848 NI8E 65E Slightly sinuous, fairly tight, clay filling, smooth, fresh surfaces 849 NIOE 64E Sinuous, fairly tight, smooth, fresh surfaces, thin siliceous coating 59 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 850 N85E 65E Irregular, open with broken and weathered rock filling, fairly rough, fresh surfaces, occasional siliceous coating 851 NaDE 85E Irregular, open, broken rock filling, slightly rough, fresh surface, occasional siliceous coating 852 N10E 84E Linear, fairly tight, broken in places, rough, fresh to slightly weathered surfaces, occasional siliceous coating 853 N12E 85E Linear, tight, slightly rough, fresh to slightly weathered surfaces 854 NOSE 77E Linear, tight, slightly rough, fresh to slightly weathered, siliceous coating 855 N11W 54E Linear, tight, broken in places, smooth, fresh to slightly weathered, occasional siliceous coating 856 N02E 69E Long, sinuous, open with crystalline quartz filling, slightly weathered surfaces, iron oxide staining 857 NOSE 60E Irregular, tight, rough, slightly weathered surfaces, siliceous coating 858 N01E 65E Irregular, fairly tight, siliceous filling, smooth, slightly weathered surfaces 859 N18W 42E Linear, open, smooth, fresh to slightly weathered surfaces, siliceous coating, slickensides, 5-76 860 N22E 73E Sinuous, open, siliceous fillings, iron oxide staining rough, slightly weathered surfaces 861 N03W 66E Long, linear to slightly irregular, tight to open with siliceous and chloritic filling, moderately to severely weathered in places 60 of 203
~INPS-3 FSAR TABLE 2.5.4-1 (Cont)
Joint Number Strike Remarks 862 N27E 73E Sinuous, open with siliceous filling, smooth, fresh to moderately weathered surfaces 863 N44E BOW Irregular, tight, rough, moderately to severely weathered surfaces 864 N01W 64E Irregular, tight, rough, moderately to severely weathered surfaces with iron oxide staining 865 N32E 82E Sinuous, tight, rough, moderately weathered surfaces 866 N32E 64E Irregular, discontinuous, tight, smooth, moderately weathered surfaces with iron oxide staining 867 N05W 75E Slightly sinuous, tight, smooth, moderately weathered surface with thin siliceous coating thin siliceous coating 868 N11W 70E Irregular, tight, rough, moderately weathered weathered surfaces with thin siliceous coating 869 NOSW 74E Linear, tight, rough, moderately weathered surfaces 870 N12E 83E Slightly irregular, open, moderately weathered, smooth surfaces with iron oxide staining 871 N15E 72E Linear, tight, moderately weathered, smooth surfaces with iron oxide staining 872 N01W 83E Irregular, tight, smooth to fairly rough, moderately weathered surfaces with iron oxide staining 873 NOIW 70E Slightly irregular, slightly, open rough, moderately weathered surface with iron oxide staining 61 of 203
HNPS-3 FSAR TABLE 2.5.4- 1 (Cont) Joint Number Strik e Remarks 874 N19E 82E Irreg ular, tight, smoot h, mode rately weath ered surfac e with iron oxide staini ng 875 N11W 54E Long, irreg ular, tight to sligh tly open, green clay fillin g, fresh to moder ately weath ered surfac e with silice ous coatin g 876 N15E 75W Linea r, fairly tight , thin clay and cryst alline quartz fillin g, iron oxide staini ng, rough , sligh tly weath ered surfac es 877 N25E 77W Sligh tly sinuo us, sligh tly open, silice ous and clay fillin g, rough , sligh tly weath ered surfac es with iron oxide staini ng 878 N16E 76W Irreg ular, tight , occas ional thin clay fillin g, rough surfac es with silice ous coatin g 879 N2SE 76W Set of close ly space d joint s, linea r to sligh tly irreg ular, open, silice ous and chlor itic fillin g, broke n in place s, fresh to sligh tly weath ered surfac es 880 N38E 78W Sinuo us, open sligh tly, silice ous and chlor itic fillin g, smoot h, sligh tly weath ered surfac e 881 N33E 85E Sinuo us, open, cryst alline quart z fillin g, rough , sligh tly weath ered surfac e with iron oxide stain ing 882 N05E 86W Irreg ular, open sligh tly, silice ous and chlor itic fillin g, smoot h, fresh surfac es 883 NOSE 76E Sinuo us, en echelo n, sligh tly weath ered, rough surfac e with iron oxide stain ing 884 N32E 86W Irreg ular, open sligh tly, silice ous and chlor itic fillin g, smoot h, sligh tly weath ered surfac es 62 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 88S N23E 84E Sinuous, open slightly, filling of crystalline quartz, chlorite and siliceous material, smooth, slightly weathered surface with iron oxide staining 886 N41E 72W Irregular, tight, smooth surfaces, siliceous coating, iron oxide staining 887 N31E SOE Sinuous, tight, broken in places, smooth, slightly weathered surface, iron oxide staining and slickensides, S-77, 4-inch right lateral displacement 888 N20E 75E Irregular, slightly open with broken areas, smooth, fresh to slightly weathered surfaces with occasional iron oxide staining 889 N16E 80E Irregular, tight, smooth, fresh surfaces with sili~eous coating 890 NISE 76E Sinuous, open slightly, siliceous and chloritic filling, rough, slightly weathered surfaces with iron oxide staining 891 NOSE 78E Irregular, tight, rough, slightly weathered surface with siliceous coating and iron oxide staining 892 N06W 60E Linear, open slightly, siliceous and chloritic filling, smooth, slightly weathered surfaces with iron oxide staining 893 N32E 74E Slightly sinuous, fairly tight, rough, slightly weathered surfaces with siliceous coating 894 N3SE 71E Sinuous, tight, rough, fresh surfaces with siliceous coating and iron oxide staining 895 N78E 59E Irregular, fairly tight, slightly weathered rough surfaces with iron oxide staining 63 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 896 N48W 88E Sinuous, slightly open, rough, slightly weathered surface \vith siliceous coating and oxide staining 897 N78W 70E Irregular, tight, slightly wea t he r e d rough surface with iron oxide staining 898 N80W 64E Irregular, tight, fairly rough, slightly weathered surfaces with siliceous coating and iron oxide staining 899 N72E 8SW Irregular, tight, broken in places, rough, fresh to slightly weathered surface with iron oxide staining 900 N18E 8SE Sinuous, tight, fairly rough, slightly weathered surface with iron oxide staining 901 NllW 86E Linear, fairly tight, smooth surface with siiiceous coating 902 NlSW 62E Curved, tight, very smooth, slightly weathered surfaces with slight iron oxide staining 903 N30W 59W Splays off of T-2, linear, tight rough, moderately weathered surfaces with heavy iron oxide staining 904 N13E 71W Splays off of T-2, sinuous, tight, thin white siliceous filling, green chloritic coating, slightly to moderately weathered surfaces 90S N42E 78W Slightly sinuous to linear, tight, thin siliceous filling, heavy green chloritic coating, rough, moderately weathered surfaces 906 N4SE S2W Sinuous, tight, thin siliceous filling, rough, moderately weathered surface with heavy green chloritic coating 64 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 907 N48E 64W Slightly sinuous, tight, rough, moderately weathered surface with heavy green chloritic coating 908 N59E 59E Slightly sinuous, rough, moderately to highly weathered surface with heavy green chloritic coating, splays off of T-2 909 N43E 09W Planar, low angle surface, slightly rough with slight iron oxide staining 910 N45W 66E Slightly curved, tight, smooth, slightly weathered surface with iron oxide staining 911 N82W 72E Linear, tight, rough, fresh surfaces 912 N83W 73W Linear, tight, irregular, fresh surfaces 913 N06E 8SW Linear, tight, rough, clean surfaces 914 N31E 79W Tight to slightly open, rough fresh surfaces 915 N02E 69E Tight to slightly open, thin siliceous filling, smooth, slightly weathered surface with light green coating and iron oxide staining, slickensides, 5-78 916 NI0E 84W Linear, tight, smooth, fresh surfaces 917 N29E 76E Linear to slightly sinuous, tight, rough, fresh surfaces 918 N34W 81W Linear, tight, smooth, fresh surfaces 919 N76E 76E Linear, tight to slightly open, rough, fresh surfaces with occasional iron oxide staining 920 N07E 77W Linear, tight to slightly open, smooth to rough, slightly weathered surfaces with light green chlorite coating and iron oxide staining 65 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 921 NOSE 61W Linear, tight, very smooth, slightly weathered surfaces, with occasional soft green coating, possible slickensides 922 N72E 90 Linear, tight to slightly open, rough, fresh surfaces with slight iron oxide staining 923 N14E S6W Linear to slightly sinuous, tight, smooth, fresh surfaces 924 N03E 75W Linear, tight, smooth, fresh surfaces 925 N12E 52E Set of 3 parallel linear joints tight, smooth, fresh surfaces 926 N14E 80E Linear, tight, smooth, slightly weathered surfaces with light green chloritic coating and slight iron oxide staining 927 N65E 56E Linear, tight, rough to smooth, fresh surfaces 928 NOIE 63E Linear, tight, smooth, slightly weathered surfaces with thin siliceous coating and heavy chloritic coating 929 N36E 66W Linear, tight, smooth, slightly weathered surfaces with thin chlorite coating and slight iron oxide staining 930 N24E 69W :inear, tight, smooth surfaces with occasional tan coating and slight iron oxide staining 931 N48W 13W Irregular, open, rough, fresh surface with slight iron oxide staining 932 N22E S6W Linear, tight, broken in places, smooth, fresh surfaces with siliceous and chloritic coating 933 N03W 76E Sinuous, open slightly, smooth, fresh surface with siliceous coating 66 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 934 N90E 87S Slightly irregular, tight, rough, fresh surfaces 935 N7SW 67E Linear, rough, fresh surfaces with slight siliceous coating 936 N03E 65E Splays off of T-2, slightly curved, tight, thin siliceous filling, smooth surfaces with chloritic coating 937 to Numbers not used 999 Discharge Tunnel Area 1000 N85W 25W Extensive, tight, rough, fresh to slightly weathered surface, thin siliceous coating, slight iron oxide staining 1001 N41W 12W Tight, smooth to rough, fresh surfaces with slight iron oxide staining 1002 N27E 66W Linear, tight, smooth, fresh surfaces 1003 N14E sow Slightly curved, open slightly, rough, slightly weathered surface with iron oxide staining 1004 N09E sow Slightly irregular, tight, smooth, fresh surface with siliceous coating 1005 N03E 46W Linear, tight, smooth, fresh surfaces 1006 N79E 88E Sinuous, tight, smooth, fresh surfaces 1007 N06E 38W Linear, tight, smooth, fresh surfaces with iron oxide staining 1008 NIOE 79E Linear, tight, smooth, fresh surfaces with occasional iron oxide staining 1009 N12W 62£ Linear, tight, smooth, fresh surfaces with iron oxide staining 1010 NI4W 88E Linear to slightly irregular, tight, fresh, clean surfaces 67 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1011 N16W 78W Linear to slightly sinuous, tight, fresh, smooth surfaces 1012 NI0W 83W Linear to slightly sinuous, tight, fresh, smooth surfaces 1013 NOSE 71W Linear, tight, smooth to slightly rough, slightly weathered surfaces with iron oxide staining and slickensides, 5-82 1014 NIOE 70W Linear, tight, smooth, slightly to heavily weathered surfaces with quartz crystals and iron oxide staining 1015 NOSW 62E Linear, tight, rough, slightly to severely weathered surfaces 1016 N13E 66E Linear, tight, slightly weathered surfaces with slight iron oxide staining 1017 N12E 73W Linear, tight, smooth, slightly weathered surfaces with slight to heavy iron oxide staining 1018 N82W 8SE Linear, tight, smooth, slightly weathered surfaces with slight to heavy iron oxide staining 1019 N16E 83W Linear, tight, smooth, slightly weathered surface with slight iron oxide staining and slickensides, 5-83 1020 N09E 81W Slightly curved, tight, smooth surface with slight to moderate iron oxide staining 1021 N12E 86W Linear, tight,. .srnoc t.h , slightly weathered surfaces with slight to moderate iron oxide staining 1022 NI0E 8SW Linear, tight, rough, slightly weathered surface with slight to moderate olive green coating 68 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1023 N16E 90 Linear, tight, smooth, slightly weathered surfaces with slight to moderate iron oxide staining 1024 N13E 83W Linear, tight, smooth, slightly weathered surfaces with slight to moderate iron oxide staining 1025 N15W 61E Linear, tight, smooth, fresh surface 1026 N20W SOE Linear, tight, fresh, smooth surfaces 1027 N20W S9E Linear, tight, smooth, fresh surfaces 1028 N20W 63E Linear, planar, tight, fresh surfaces 1029 N07W 63E Slightly curved, smooth, slightly weathered joint surfaces 1030 NOSW 53E Sinuous, tight, smooth surfaces 1031 NIOW S9E Curved, tight, smooth, fairly fresh surfaces with iron oxide staining 1032 N36W 54E Linear, tight, slight iron oxide staining 1033 N14E S6E Linear, tight, smooth to slightly irregular, slight iron oxide staining 1034 N07E SOE Linear, tight, smooth, fresh surfaces with iron oxide staining 1035 N08E 56E Linear, smooth to slightly irregular, fresh surfaces 1036 N01E 59E Linear, tight, crystalline quartz filling in places, smooth surfar.e with iron oxide staining 1037 NOIE 55E Linear, tight, series of very closely spaced joints, smooth, occasional iron oxide staining 1038 N04W 51E Slightly curved, tight, smooth surfaces with iron oxide staining 69 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1039 N05W 56E Linear, tight, smooth to slightly irregular surfaces with slight iron oxide staining 1040 N1SW 54E Linear, tight, smooth surfaces with light green coating 1041 NOSE 71W Linear, tight, smooth, fairly fresh surfaces 1042 N80W 57E Sinuous, tight, smooth surfaces with slight iron oxide staining 1043 NI1W S3E Linear to slightly curved, tight, smooth surfaces with light green coating 1044 N80W S6E Linear, tight, slightly irregular surface with slight iron oxide staining 1045 N09E 43W Sinuous, irregular, moderately weathered surfaces with iron oxide staining, heavy in places 1046 N25E 8SW Curved, broken in places, irregular, fresh surfaces 1047 N20E 88W Linear to slightly curved, tight to slightly open, irregular to rough surfaces with iron oxide staining 1048 N30W 45E Sinuous, open slightly, irregular to rough surfaces with slight iron oxide staining and slickensides, 5-87 1049 N24E 89W Linear, tight, fresh, smooth to slightly irregular surfaces with slight iron oxide.staining 1050 NIlE 86W Linear, tight, irregular, fairly fresh surfaces with slight iron oxide staining 1051 N70E S8E Slightly curved, open slightly, smooth to slightly irregular surface with slight iron oxide staining 70 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1052 N79E 76E Linear, tight, irregular to rough, fresh surfaces 1053 NIOE 82W Linear, tight, smooth surfaces with slight iron oxide staining 1054 N07W 70E Slightly curved, tight, smooth to irregular, fresh surfaces 1055 N20W 47E Zone of sub-parallel joints, occasionally en echelon, linear, tight with white siliceous filling, rough surfaces and slickensides, 5-84 1056 N07W 44E Linear, tight, smooth, fresh surfaces 1057 N07E 82W Linear, tight, very smooth, slightly to moderately weathered, occasional white coating, chloritic coating, and slickensides, 5-85 1058 N32W 42E Linear, tight, smooth, fresh surfaces 1059 N65W lOW Planar, low angle, open, smooth surface with iron oxide staining 1060 NI0W 71E Linear, tight, smooth to rough, slightly to moderately weathered surface with slight iron oxide staining 1061 N87E 77E Linear, tight, rough surface with
~light to moderate iron oxide staining 1062 N84E 73E Tight to slightly open, smooth to rough surfaces with moderate iron oxide staining 1063 N04W 49E Linear, tight, slightly to moderately weathered, rough surface with hard yellowish green coating and slickensides, S-86 1064 N1IW 73E Linear to slightly sinuous, smooth to rough surfaces with iron oxide staining 71 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1065 N53W 39W Linear, slightly open, clean surfaces with slight iron oxide staining 1066 NOOE 84E Long, linear, tight, smooth, slightly weathered surfaces 1067 NOSE 76W Linear, slightly open, slightly rough surface with moderate iron oxide staining 1068 N19E 74W Linear, tight, very smooth, clean surfaces 1069 N10E 76W Linear, slightly open, white clay filling, very smooth surfaces 1070 N68W 25W Low angle, open, filling of broken and weathered rock, very rough irregular surfaces 1071 NI7E 62E Long, linear, open, filling of weathered material, smooth surfaces with siliceous coating 1072 NIlE 74W Linear, tight, smooth surface with siliceous coating 1073 N75W 70W Curved, tight, rough, clean surface 1074 N85W 79W Slightly sinuous, tight, rough to irregular surfaces with siliceous coating 1075 N78W 74W Slightly sinuous, tight, rough to irregular surfaces with slight iron oxide staining 1076 N87W 77W Linear, slightly open, rough to irregular surfaces 1077 N08E 71W Curved, open, broken in places, rough, clean surfaces 1078 N15E 84W Linear, open, clay filling, smooth surfaces 72 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1079 N18E 78W Linear, slightly open, with thin siliceous filling, smooth surfaces with iron oxide staining 1080 N20W OBE Sinuous and irregular, light gray clay filling, rough surfaces with heavy iron oxide staining 1081 NB8E 83E Sinuous, tight, rough surfaces with slight iron oxide staining 1082 N06E 77W Short, linear, tight to slightly open, clay filling, smooth surfaces with iron oxide staining 1083 N01E 60E Curved, irregular, broken in places, rough, clean surfaces 1084 N90E 58S Sinuous, open, smooth surfaces 1085 N15E 7BW Linear, open, clay filling, rough surfaces 1086 N13E 74W Sinuous, tight, rough surfaces, slight white clay coating 1087 N85E 72E Sinuous, tight, rough surface, iron oxide staining 1088 N09E 59W Linear, tight, smooth surface, slight chlorite coating and iron oxide staining, very prominent slickensides, S-88, approximately 6-inch apparent displacement 1089 NllW 51E Linear, tight, smooth, clean surfaces 1090 N80E 68E Linear, slightly open to tight, rough to irregular surfaces, iron oxide staining 1091 N22E 81E Sinuous, en echelon series of joints, smooth, fresh surfaces with thin siliceous coating 73 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1092 N90E 73S Linear, open with gray till filling, smooth surfaces with white siliceous coating and occasional iron oxide staining 1093 N24E 73E Linear, tight, smooth to slightly irregular surface with white coating 1094 N08E 53W Long, linear, tight with clay filling, very smooth surface with occasional iron oxide staining, slickensides, 5-90 1095 N23E G8E Long, slightly sinuous, tight with clay and crystalline quartz filling, b~6ken in places, very smooth surfaces with occasional iron oxide staining 1096 N35E 49E Slightly sinuous, tight, smooth surfaces with slight iron oxide staining, broken in places, with slickensides, 5-91 1097 No Attitude Obtainable Zone of very closely spaced joints - broken zone, fairly linear, tight with clay filling, smooth surfaces with heavy iron oxide staining and slickensides, 5-92 1098 N48W 36W Linear, tight, smooth surfaces with iron oxide staining 1099 N76E 57E Fairly linear, tight, smooth surfaces with white siliceous coating 1100 N43E 86W Zone of very closely spaced en echelon linear joints, tight, smooth, slightly weathered surfaces with occasional white siliceous coating 1101 N66E 61E Linear, tight, smooth, fairly fresh surfaces with slight siliceous coating 1102 N76E 60£ Slightly curved, zone of parallel joints, tight, smooth, slightly weathered surfaces with occasional heavy iron oxid~ staining 74 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 1103 N55E 79E Curved, tight, zone of very closely spaced joints, smooth surfaces with thin siliceous coating and slight iron oxide staining 1104 NB2E BBE Li~ear, tight, smooth surfaces 1105 N53E 51E Linear, zone of very closely spaced joints, tight with thin calcareous filling, smooth, slightly weathered surfaces with iron oxide staining 1106 N2BW 45E Zone of very closely spaced joints, parallel to foliation, linear, fairly tight, smooth surfaces with iron oxide staining and slickensides, 5-93 1107 NS7E 57E Slightly curved, tight to slightly open, smooth, fresh surfaces with white siliceous ~oating 1108 N5SE 37E Linear, tight, smooth, slightly weathered surface 1109 NSSW SSE Linear, tight, smooth, slightly weathered surface with occasional iron oxide staining 1110 N76E 79E Linear, tight to slightly open, smooth, slightly weathered surfaces with slight iron oxide staining 1111 N59E 70E Series of very closely spaced parallel joints, tight to slightly open, smooth, undulating surfaces with white siliceous coating 1112 N59E 74E Slightly curved, tight, broken in places, smooth surfaces with iron oxide staining 1113 N25E 7SE Slightly curved, tight to slightly open, smooth surfaces with iron oxide staining 1114 NBOE 73E Linear, tight to slightly open, smooth, slightly weathered surfaces with iron oxide staining 75 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 1115 N29E 74E Linear, tight with thin siliceous coating, smooth, slightly weathered surfaces with heavy iron oxide staining 1116 N39E 73E Slightly curved, tight with occasional white siliceous filling, smooth, slightly weathered surfaces with iron oxide staining 1117 N67E 67£ Slightly sinuous along thin granitic vein, open slightly with filling of weathered material, fairly smooth surfaces with iron oxide staining 1118 N37E 79W Zone of very closely spaced parallel joints, sinuous, tight, smooth surfaces with iron oxide staining 1119 N32E 59£ Linear, tight with thin greenish white siliceous filling, smooth, slightly weathered surfaces with iron oxide staining, broken in places 1120 N29E 72£ Linear, tight, smooth, fresh surfaces with slight iron oxide staining 1121 N32E ssw Short, linear, tight with thin white siliceous filling, smooth, fresh surfaces with iron oxide staining 1122 N31E 8SW Slightly curved, en echelon joints, tight, smooth, fresh surfaces with slight iron oxide staining 1123 N47E 83E Sinuous, tight with thin white siliceous and occasional clay fillings, smooth to slightly irregular surfaces with iron oxide staining 1124 N33E 84W Linear, tight to slightly open, greenish white siliceous filling, fairly smooth, slightly weathered surfaces with iron oxide staining 76 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 1125 NOIE 84E Zone of very closely spaced joints, fairly linear, tight with greenish white siliceous filling weathered to clay in places, slightly to moderately weathered, smooth surfaces with heavy iron oxide staining 1126 NOSW 90 Curved, zone of parallel joints, tight with light greenish white siliceous filling, weathered to clay in places, slightly to moderately weathered, smooth surfaces with heavy iron oxide staining 1127 N47E 8lE Slightly curved, tight, smooth, slightly weathered surfaces, broken in places with heavy iron oxide staining 1128 NS8W S8E Long, linear, tight to slightly open, smooth to fairly rough, slightly to moderately weathered surfaces with iron oxide staining 1129 NSOE 89W Slightly curved, tight, smooth surfaces with heavy iron oxide staining in places 1130 N03E G8E Slightly curved, tight, smooth surfaces with heavy iron oxide stain~ng in places 1131 NOIE 69E Curved, tight, smooth, slightly to moderately weathered surfaces with occasional heavy iron oxide staining 1132 NlSE 8BE Linear, tight, rough, slightly weathered surfaces with occasional iron oxide staining 1133 N27W 74W Linear, tight to open slightly, smooth, slightly to moderately weathered surfaces with iron oxide staining 1134 NOSW 45E Linear, tight, broken in places, fairly rough, slightly weathered surfaces with occasional iron oxide staining 77 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 1135 N07E ssw Curved, tight, broken in places, rough, fresh to slightly we a the red surfaces 1136 NSOE 57E Curved, tight wi th thin light qr een siliceous filling, broken near the T-3 zone, slightly weathered, fairly smooth surfaces with iron oxide coating 1137 NIIW 90 Curved series of very closely spaced joints, tight, slightly weathered, rough surfaces with thin white coating 1138 NI1W 80W Linear, tight, rough, fresh to slightly weathered surfaces 1139 N12E 84W Long, linear, tight, broken in places, rough to smooth, slightly weathered surface with iron oxide staining 1140 NBOE 62E Linear, slightly open with filling of severely weathered material, rough, slightly weathered surfaces with occasional iron oxide staining 1141 N60W 87W Sinuous, tight to slightly open, smooth, slightly weathered surfaces with dark staining and slickensides, S-95 1142 N38W 75E Slightly sinuous, zone of parallel, very closely spaced joints, tight with gray filling (till ?), smooth surfaces with iron oxide staining 1143 NIOW 54E Zone of very closely spaced en echelon joints, sinuous, tight, smooth surfaces 1144 N30W GOE Curved, tight, smooth surfaces 1145 N04W 47W Linear, tight, smooth surfaces with thin siliceous coating and slickensides, 5-97 1146 N25W 67E Linear, tight, smooth, fresh surfaces 78 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1147 N30W 61E Thin zone of very closely spaced joints, tight, smooth surfaces with iron oxide staining, heavy in gneiss 1148 NOSW 66E Long, linear, tight, smooth fresh surfaces 1149 N18W 66E Linear, tight to slightly open, smooth surface 1150 N12W 74E Slightly curved, tight, smooth surfaces with iron oxide staining 1151 N04W 61E Linear, tight, smooth to slightly rough surfaces with iron oxide staining 1152 N10W 74E Linear, tight, smooth, fresh surfaces 1153 N20W 62E Slightly curved, tight, smooth, fresh surfaces with slight iron oxide staining 1154 N3SE 47E Slightly curved, tight, smooth to rough, moderately weathered surfaces with heavy iron oxide staining and slickensides, 5-99 1155 N20W 54E Slightly curved, tight, smooth to fairly rough surfaces with iron oxide staining 1156 N18W 59E Linear to slightly curved, tight, smooth surfaces with iron oxide staining 1157 N30W 51E Slightly curved, tight, smooth, fairly fresh surfaces with iron oxide staining 1158 N20W 63E Linear, tight, smooth surfaces with iron oxide staining 1159 NlSW 61E Curved, tight, smooth, slightly weathered surfaces with iron oxide staining 79 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1160 N17E 70E Linear, tight, smooth, fresh surfaces with occasional heavy iron oxide staining 1161 N17W 53E Linear, tight, smooth, fresh surfaces with occasional heavy iron oxide staining and thin orange clay coating 1162 N20W 45E Long, linear, tight, smooth, slightly weathered surface with iron oxide staining 1163 N09W 46E Linear, tight, smooth, slightly weathered surface with soft light green coating 1164 Na2E 7aw Linear, tight, fairly smooth surfaces 1165 N20W 82E Linear, tight, smooth, slightly weathered surfaces 1166 N30W 73E Linear, ~ight with thin siliceous filling, smooth, slightly weathered surfaces 1167 N30E 90 Slightly sinuous, tight with thin siliceous filling, smooth, slightly weathered surfaces 1168 N05W 68E Linear, tight, smooth, slightly weathered surfaces 1169 N10W 87E Linear, tight, with thin filling of orange clay and weathered rock, smooth, slightly weathered surfaces 1170 N09W 81E Curved, open slightly with siliceous filling, smooth, slightly weathered surfaces with iron oxide staining 1171 N09W 72E Slightly curved, tight to open slightly with filling of blue - green clay and broken material, smooth surface with occasional iron oxide staining 80 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1172 N26W 71E Linear, tight, smooth, slightly weathered surfaces with dark siliceous coating and iron oxide staining 1173 N20W 72E Linear, tight, smooth, slightly weathered surfaces with heavy iron oxide staining 1174 N44E 87E Slightly sinuous, tight, smooth, slightly weathered surfaces with iron oxide staining 1175 N21W 70E Linear, tight, smooth, slightly weathered surfaces 1176 N12E 60W Linear, tight, thin bluish siliceous filling, smooth surfaces 1177 N20W 66E Portion of T-3, slightly irregular, tight with clay filling and gouge, fairly smooth; slightly wea the r ed surfaces 1178 N16W 61E Slightly curved, tight, smooth, slightly weathered surface with heavy iron oxide staining 1179 NI0W 54E Linear, tight, smooth surfaces with iron oxide staining 1180 NOIE 72E Linear, tight, smooth surfaces 1181 NIOW 65E Slightly sinuous, tight with thin siliceous filling, smooth slightly weathered surfaces with slight iron oxide staining, in places a series of very closely spaced joints 1182 N01E 90 Linear, tight with thin quartz filling, smooth, slightly weathered surfaces with occasional iron oxide staining, in places the filling is weathered to greenish blue clay, 4- to 6-inch left lateral displacement, possible slickensides 81 of 203
HNPS-3 FSAR TABLE 2.5.4-1 \Cont) Joint Number Strike Remarks 1183 NOIE 86E Slightly curved, tight, smooth slightly weathered surfaces with thin siliceous coating and occasional iron oxide staining 1184 N04E 85E Linear, tight, smooth surfaces with thin white siliceous coating 1185 N06W 90 Linear, tight, smooth surfaces with thin white siliceous coating 1186 N09W 85E Linear, tight, smooth surfaces with white siliceous coating and occasional iron oxide staining 1187 N02E 80E Linear series of en echelon joints, tight, smooth surfaces with thin white siliceous coating 1188 N15W 78E Slightly curved, tight, smooth, slightly weathered surface with white siliceous coating 1189 N22W 47£ Linear to slightly sinuous, tight, rough surfaces with siliceous coating and occasional iron oxide staining 1190 N03W 87£ Sinuous, tight, wi th siliceous filling, very closely spaced Jo~nt set, smooth surfaces with chlorite coating and iron oxide staining 1191 N24W 71E Irregular set of close to very closely s~aced joints, open slightly with thin clay filling, rough surfaces with thin calcitic coating 1192 N23W 75£ Linear, tight, slightly rough wi th cloritic coating 1193 N17W 61E Sinuous to irregular, tight, slightly rough with thin brown clay coating and slight iron oxide staining 1194 N17W 54E Slightly curved, tight, slightly rough surfaces with thin clay coating and iron oxide staining 82 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1195 N66W 16W Low angle, irregular joint, open with weathered material and light green clay filling, very rough surfaces 1196 N44W 81E Curved, tight with slight clay filling, rough surfaces with chloritic coating 1197 N71W 60E Curved, open with light green clay filling, slightly rough surfaces with chloritic coating and iron oxide staining 1198 N45W 56E Linear, very closely spaced joint set, open slightly, fairly rough surfaces with thin chloritic coating, heavy iron oxide staining in places 1199 N31W 22W Low angle, very irregular to sinuous, open slightly with light green clay and weathered material filling 1200 N72E 25W Linear, tight to open, slightly rough with light brown siliceous coating and chloritic coating 1201 N19W 65E Curved, tight, slightly rough, clean surfaces 1202 N10E 71E Curved, very closely spaced joint set, open slightly to tight, rough surfaces with thin siliceous and chloritic coating, slight iron oxide staining 1203 N09W 70E Curved, very closely spaced joint set, tight, light brown siliceous and light brown clay filling, chloritic coating, parallel to east side of T-3 1204 N15W 70E Slightly sinuous, set of very closely spaced joints, tight, white quartz filling, smooth surfaces with chloritic coating, parallel to east side of T-3 1205 N17W 71E Linear, very closely spaced joint set, tight, slightly rough surfaces with iron oxide staining 83 of 203
HNPS-3FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 1206 N23W 71E Linear, tight, rough, clean 1207 N07W 75E Curved, closely spaced joint set, tight with thin white clay filling, fairly rough surfaces with iron oxide staining 1208 NOIE 75E Sinuous, open, thick white quartz coating, angular fragments of weathered rock, and light green clay, major shear off east side T-3 exhibiting 2.5 feet of right lateral displacement 1209 N20W 47E Long, linear, smooth to slightly irregular, slightly to moderately weathered surfaces with slight chloritic coating and moderate iron oxide staining 1210 N12W 47E Linear, tight, smooth to slightly irregular, slight to moderate iron oxide and chloritic staining 1211 NI0W 59E Linear, tight, smooth, clean, fresh surfaces 1212 NIIW 59E Tight to slightly open, slightly irregular to rough surfaces with moderate iron oxide staining 1213 N07W 60E Linear, tight, smooth, slightly weathered surface with moderate iron oxide staining 1214 N07W 62E Linear, tight, smooth, slightly weathered surfaces with slight iron oxide staining 1215 N24W 45E Linear, tight, smooth surface, generally clean with occasional light iron oxide staining 1216 NI0W 64E Linear, very c~osely spaced joint set, tight, smooth surfaces, occasional thin green chloritic clay coating and iron oxide staining 84 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1217 NIOW 67E Linear to slightly sinuous, smooth surface, occasional dark green chlorite coating, iron oxide staining, and drusy quartz filling 1218 N06W 70E Linear, tight to open, filled with a siliceous white green brecciated material and occasional drusy quartz, surfaces have chloritic coating and iron oxide staining 1219 N09W 67E Very sinuous, splays off T-3 to SSW, smooth tight, O.l-inch chloritic clay filling, occasional iron oxide stain, possible strike-slip slickensides but very vague, 2-inch apparent right lateral displacement 1220 N26W 48E Sinuous, very smooth, very closely spaced joint set, zone is 2 to 4 inches wide, very irregular, iron oxide staining much clay filling, chlorite, up to 4-inch apparent right lateral displacement, slickenside, S-112 1221 NIOE S7E Linear, smooth, slightly open to tight, very thin white siliceous filling, chlorite coating, clay filling, iron oxide staining 1222 N08E 62E Linear, very smooth, tight, white siliceous filling (mylonite), chlorite coating, clay filling, very vague slickensides 1223-A NOSW 76-90E Both A and B borjer zone which splays 1223-8 off T-3, sinuous, tight, very smooth planes, zone up to 6 inches wide, up to 4 inches' of green and white brecciated mylonite, much clay and chlorite coating, displacement not apparent due to area being so disturbed and weathered 85 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1224 NOSE 68E Sinuous, tight, rough to slightly rough, up to 0.5 inch white mylonite filling, much clay and chlorite, possible 3- to 4-foot apparent right lateral displacement 1225 N02E 74W Sinuous, tight, very closely spaced joint set, zone 4 inches wide, slightly rough, up to 0.25 inch of green and white mylonite filling in main joint, slight iron oxide stain 1226 N13E SSW Splays off T-3, linear, smooth, slightly open, up to 1 inch of green and white mylonite filling, chloritic clay' coating, displacement unknown, slickensides, 5-113 1227 N10W 69W Linear, irregular, very closely spaced joint set, slightly open to tight, zone 6 inches wide, dark green chloritic clay filling, occasional siliceous filling 1228 N12W 75E Splays off T-3, linear, tight, slightly rough, chlorite clay filling, iron oxide staining, chlorite coating, 2- to 3-foot apparent right lateral displacement 1229 N20W 90 Very sinuous, very irregular broken zone, splays off T-3, tight, smooth, much chlorite and chloritic clay coating 1230 to Numbers not used 1299 Containment Berm Area 1300 N18E 83E Slightly sinuous, tight to open, slightly rough surfaces with thin clay coating and iron oxide staining 1301 N04E 50E Linear, tight, very smooth surfaces with thin clay coating and iron oxide staining and slickensides, 5-116 86 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1302 N16E 5SE Slightly curved, tight, rough to smooth surfaces with iron oxide coating and prominent slickensides, 5-117 1303 N27E 40E Linear, short, tight, slightly rough, clean surfaces 1304 N16E 71W Linear, short, tight, rough surfaces with thin calcite coating and iron oxide staining 1305 N21E 79W Linear, short, very tight, fairly rough surfaces with thin clay coating 1306 N15E S4E Lin~ar, tight, smooth surfaces with iron oxide staining 1307 N27W 75W Linear, slightly irregular, tight, fairly rough clean surfaces 1308 N30W 77W Slightly sinuous, tight, slightly rough surfaces with iron oxide staining 1309 N17E 76W Linear to slightly irregular, tight, rough surfaces with slight iron oxide staining 1310 N25E 72W Linear, tight, rough surfaces with slight iron oxide coating 1311 N13E 59W Linear, irregular, tight to open with clay and weathered material filling, rough surfaces with slight calcite coating 1312 N1SE 60W :~t of linear, closely spaced joints, open slightly with thin white clay filling, rough surfaces 1313 NlSE 63W Linear, tight, slightly rough with thin white coating 1314 NlSE 61W Sinuous to irregular, open slightly, rough to smooth surfaces with white clay and siliceous filling 87 of 203
~lNPS-3 FSAR TABLE 2.5.4-1 (Cant)
Joint Number Strike Remarks 1315 N20E 72W Set of sinuous, parallel, en echelon joints, tight, slightly rough surfaces with thin clay coating 1316 N18E 65W Linear, open slightly, slightly rough surfaces with thin clay coating 1317 N19E 69W Linear, tight, rough to irregular clean surfaces 1318 N14E 75W Set of very closely spaced linear joints, open slightly, fairly rough surfaces with iron oxide coating 1319 N17E 62W Linear to slightly curved, open with thin white calcite filling 1320 N14E 65W Slightly sinuous, open slightly, rough surfaces with white clay coating 1321 NlSW 90 Linear, tight, smooth surfaces with slight iron oxide staining 1322 N26W 90 Linear, long, tight, slight rough surfaces with siliceous and thin clay coating and iron oxide staining 1323 N26W 88W Slightly sinuous, open slightly, rough. surfaces with siliceous coating with iron oxide staining 1324 N27W 85W Linear, tight with weathered material filling, irregular to rough surfaces with slight iron oxide staining 1325 N06E 66E Linear, tight, slightly rough to smooth surfaces with slight clay coating and iron oxide staining 1326 N22E 67W Linear, tight, smooth, clean surfaces 1327 N19E 59E Linear, tight, smooth, clean surfaces 1328 N25W 81W Slightly sinuous, tight, irregular to rough surfaces with iron oxide staining 88 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1329 N23E 53E Linear, tight, smooth, clean surfaces with slight iron oxide staining 1330 N15E 65W Irregular to linear, tight, very rough, clean surfaces with slight clay coating 1331 N18E 67W Linear, tight, smooth, clean surfaces with iron oxide surfaces 1332 N30W 83W Linear, tight, slightly rough surfaces with white clay coating 1333 N16E 70W Linear, slightly open to tight, rough surfaces with white clay coating 1334 N02E 75W Linear, tight, smooth to fairly rough with iron oxide staining 1335 N15E 67W Linear, open slightly with thin filling of weathered material, rough to irregular surfaces with iron oxide staining 1336 N13E 73E Linear, open with thin clay filling, rough surfaces with siliceous coating and iron oxide staining and slickensides, 5-118 1337 N18E 63W Linear, tight with filling of weathered material, very irregular to rough 1338 N90E 745 Linear, tight, very rough, clean surfaces 1339 N90E 835 Very irregular to sinuous, tight, rough, clean surfaces 1340 N21E 54E Linear, tight, smooth, clean surfaces 1341 N13E 64W Linear, tight, smooth surfaces with iron oxide staining 1342 N30W 78W Linear, tight, smooth, fresh surfaces with slight iron oxide staining 89 of 203
HNPS-3 FSAR TABLE 2.5.4- 1 (Cant) Joint Number strike Dip Remarks 1343 N50W 82W Linea r, tight, smoot h surfa ces with sligh t iron oxide staini ng 1344 N86W 67W Fairly linea r, tight, irreg ular to rough surfac es with heavy iron oxide staini ng 1345 N83E 56E Sligh tly sinuo us, tight , rough to irregu lar surfac es with iron oxide stair. ing 1346 N44W 82W Linea r, tight , smoot h surfa ces with thin white silice ous coatin g and sligh t iron oxide staini ng 1347 N82E 86E Sligh tly curve d, tight , irreg ular surfac e with sligh t iron oxide staini ng 1348 N12E 61W Linea r, tight , smoot h surfac es with sligh t iron oxide staini ng 1349 N35W 80W Linea r, tight , smoot h surfac es with iron oxide staini ng Main Steam Valve Build ing 1350 N70W 45W Linea r, open sligh tly, rough surfac es with sligh t clay coatin g and iron oxide staini ng 1351 N03W 65E Linea r, very close ly space d joint set, tight , rough surfac es with thin clay coatin g 1352 N35W 87E Sinuo us, en echelo n set of very close ly space d joint s, tight , rough surfac es 1353 N32W 71E Sinuo us, tight , rough surfac es with iron oxide stain ing 1354 N85E 85E Sinuo us, open, irreg ular to rough , clean surfac es 1355 N25E 52E Linea r, open sligh tly, smooth to sligh tly rough , clean surfac es 90 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1356 N75E 16E Low angle, irregular, open with weathered feldspar filling, rough surfaces with iron oxide staining 1357 N55E l8E Linear, low angle, open slightly, smooth surfaces with iron oxide staining 1358 N04W 63W Linear to slightly sinuous, tight, slightly rough, fresh surfaces Containment Berm Area 1359 N5SE 5SE Linear, tight to open slightly, broken in places, rough, clean surfaces 1360 N4SE 73E Curved, open, rough surf~ces with heavy iron oxide staining 1361 N6SE 64E Curved, open with clay filling, very rough surfaces with heavy iron oxide staining 1362 NIOE 68E Linear, open, rough surfaces with thin white clay coating 1363 N08E 86W Linear, very closely spaced joint set, open slightly to tight, heavy iron oxide staining and possible slickensides 1364 N63E 79E Sinuous, open, irregular rough surface with thin siliceous coating 1365 NIlE 53E Curved, tight,' broken in places, rough, irregular surfaces with thin white clay coating 1366 N16E 62E Curved, tight, broken in places, rough surfaces with thin clay coating 1367 N79E 78W Open, rough surfaces 1368 N14E 64E Linear, open, smooth surfaces with iron oxide staining 91 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1369 N12E 52E Linear, very closely spaced, parallel joint set, tight, rough, clean surfaces 1370 N68E 79E Linear to irregular, broken, fairly rough clean surfaces 1371 NOSE 42E Linear, open with slight clay filling, slightly rough surfaces with heavy iron oxide staining and slickensides, S-120 1372 N17E 51E Linear, tight, smooth surfaces with heavy iron oxide staining 1373 N64E 85W Closely spaced joint set, tight, smooth to slightly rough surfaces with slight iron oxide staining 1374 N57E 84W Slightly sinuous, tight, rough surfaces with iron oxide staining 1375 N18E 52E Linear, tight, smooth to slightly rough surfaces with iron oxide staining 1376 NIIW 72E Linear, open, irregular, very rough surfaces with clay coating and iron oxide staining 1377 N13W 51E Slightly sinuous, tight to open slightly, rough with slight white clay coating 1378 N02W 68W Sinuous, open, -rouqh , very irregular surfaces, till filling 1379 N06E 56W Linear, tight, smooth to slightly rough, clean, fresh 1380 N40W 90 Extensive, linear to slightly open, slightly rough, slightly irregular surfaces with iron oxide staining and white coating 92 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1381 N32W 86E Linear, tight, rough to irregular surface with occasional heavy iron oxide staining and slight to moderate weathering 1382 N35W 86W Extensive, linear, tight, smooth, slightly irregular surfaces with heavy iron oxide staining, slight to moderate weathering 1383 N85E 65E Linear to slightly sinuous, occasionally bifurcating, tight to slightly open, slightly rough, slightly irregular surfaces with iron oxide staining 1384 N80E 80E Linear, tight, smooth to slightly rough surfaces, occasional iron oxide staining, slight weathering 1385 N82E 76E Linear, tight to slightly open, slightly irregular, rough with moderate to heavy iron oxide staining 1386 N82E 78E Slightly sinuous, tight, slightly irregular, clean 1387 NOSE 78W Linear, tight, smooth to slightly rough surface, moderate iron oxide staining, possible slickensides 1388 N06E 76W Linear, tight, smooth surface with occasional slight chlorite staining 1389 N04E 74W Linear, tight, *smooth surface with slight iron oxide and dark green chlorite staining, slight weathering 1390 N09W 48W Extensive, linear, slightly open, irregular surface, moderate iron oxide staining, moderate weathering, slickensides, 5-121 1391 N05W 76E Linear, tight, smooth to slightly rough surface, occasional white clay coating, slight weathering 93 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 1392 NOSE 71E Joint set, very close spacing, tight to slightly open, very rough and irregular surface slight siliceous coating and iron oxide staining, 1.0-foot apparent right lateral displacement 1393 N27E SSE Joint set, extensive, linear, very close spacing, tight to slightly open, slightly rough surface with iron oxide staining and gray clay filling 1394 NOSW 6SE Series of short, very close en echelon joints, tight, rough, irregular, iron oxide staining 1395 NISE 63E Linear, extensive, tight, smooth surface with heavy iron oxide staining and slight siliceous coating Auxiliary Building 1396 N08E 81E Slightly sinuous, open, slightly rough surface with light green clay filling and slight iron oxide staining 1397 NIlE 65E Linear, extensive, open, irregular, slightly rough surface with light green clay filling, slight iron oxide staining, and crystalline quartz coating 1398 NI0E 75W Linear, tight, smooth to slightly rough surface, siliceous coating and slight iron oxide staining 1399 N15E 74E Sinuous, tight, irregular, rough surface, slight cl~y coating 1400 N12E 63E Linear, open, irregular, rough surface, slight chlorite, clay, and crystalline quartz coatings 1401 NIlE 71E Linear, open, rough surface, siliceous and chlorite coating, slight iron oxide staining, slight clay 94 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1402 N16E 73E Joint set, extensive, linear, very close spacing, open rough surface with clay filling and occasional crystalline quartz 1403 NISE 70E Linear, open, rough surface, light green clay filling, slight iron oxide staining, crystalline quartz coating 1404 N16E 74E Slightly sinuous, tight, slightly rough surface, very thin clay coating 1405 NSIW I2W Extensive, very irregular, rough surface, slight gray clay coating 1406 NOSE 70E Linear, tight to slightly open, irregular, slightly rough surface with light green clay coating 1407 N15E 82E Linear, tight, irregular, smooth surface with slight calcite coating 1408 N07E 79E Linear, open, smooth surface, green clay filling and chlorite staining 1409 N15E 72E Slightly sinuous, tight to slightly open, slightly rough surface, slight calcite coating 1410 N15E 81E Series of linear, very close, short, en echelon joints, tight to slightly open, occasional calcite coating 1411 NOIE 79E Slightly sinuous, tight, smooth surfaces, slight weathering 1412 NIOE 75E Linear, tight, smooth surface, fresh to slight weathering 1413 N17E 76E Joint set, linear, en echelon, tight, smooth surface, slight calcite coating, slight weathering 1414 N15E 67E Linear to slightly sinuous, tight, smooth surface, slight green clay filling, occasional iron oxide staining 95 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 1415 NIlE 72E Linear, tight, smooth surface, slight clay filling, occasional calcite coating 1416 N13E 83E Linear, en echelon, tight, smooth surface, green clay filling, occasional iron oxide staining 1417 N17E 76E Joint set, slightly sinuous, very close spacing, tight smooth surfaces, slight green clay filling, occasional iron oxide staining, slight weathering 1418 N14E 75E Linear, en echelon, very close spacing, tight, smooth surfaces, slight clay filling 1419 N15E 88E Linear, tight, smooth surface, slight clay filling 1420 N20E 61E Linear, tight, smooth surface; slight calcite coating, slight weathering 1421 N02E 76E Linear, en echelon, very close spacing, tight, smooth surfaces 1422 NI0E 66E Linear, tight, smooth surface, slight iron oxide staining, slight weathering 1423 N04E 67E Linear, tight, smooth surface, slight iron oxide staining, slight weathering 1424 N05E 74E Extensive, linear, tight, smooth surface, slight light green clay filling, fresh to slight weathering 1425 N07E 70E Linear to slightly sinuous, tight, smooth surface, slight light green clay coating, slight weathering 1426 N02W 80E Linear, tight, smooth surface, clean, fresh 1427 N15E 78E Linear, tight, smooth surface, occasional light green clay filling 1428 N14E 78E Linear, tight, smooth surface, occasional light green clay coating 96 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1429 N07E 77E Linear, tight, smooth surface, occasional light green clay coating, slight iron oxide staining, slight weathering 1430 N08E 78E Linear, tight, smooth to slightly rough surface, hard, white siliceous coating 1431 NIlE 75E Linear, tight, smooth surface, clean fresh 1432 NISE 73E Joint set, linear, very close spacing, tight, smooth surface, occasional white siliceous coating 1433 NOSE 82E Linear, tight, smooth surface, fresh to slight weathering 1434 N07E 74E Linear, tight, smooth surface, clean, fresh 1435 NOSE 75E Linear, tight, smooth surface, clean, fresh 1436 N01E 72E Linear, tight, smooth surface, clean, fresh 1437 N75E 74E Linear, tight, smooth surface, clean, fresh 1438 NlSE 57E Linear, tight, smooth to slightly rough surface, iron oxide stained filling, slight weathering, prominent slickensides, 5-122 1439 N13E 66E Linear, tight, smooth surface, slight chlorite staining, slight weathering 1440 N07E 77E Extensive, linear, tight to slightly open, smooth to slightly rough surface, slight iron oxide staining, slight weathering 1441 N85W 80S Linear to slightly sinuous, tight, smooth to slightly rough surface, clean, fresh 97 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 1442 NOIE 83E Extensive, linear, tight, smooth to slightly rough surface, occasional light blue clay filling, slight
'ole a the ring 1443 N06E 70E Extensive, linear, en echelon, tight, smooth to slightly rough surface, clean, fresh 1444 N15E 58W Linear, tight, smooth to slightly rough surface, iron oxide staining, slight weathering 1445 N16E 68E Linear, tight, slightly rough surface, slight yellow clay filling 1446 N80W 86W Linear, tight, slightly rough surface, iron oxide staining, slight weathering 1447 N15E 57E Linear, tight, smooth surface, clean, fresh 1448 N08E 76E Linear, tight, slightly rough surface, occasional yellowish-green clay coating, slight weathering 1449 N75W 78W Extensive, linear, slightly rough surface, heavy iron oxide staining 1450 N85W 81Yl Linear, tight, slightly rough surface, slight iron oxide staining 1451 N90E 875. Linear, tight to slightly open, rough, irregular surface, slight iron oxide staining 1452 N85W 76W Linear, tight, slightly rough surface, cl~an fresh 1453 NOSE 74E Linear, tight, smooth to slightly rough surface, occasional clay coating, slight weathering 1454 NOIE 74E Linear, tight to slightly open, slightly rough surface, clean, fresh 1455 N04E 80E Linear, tight, slightly rough surface, clean, fresh 98 of 203
HNPS-3 FSAR TABLE 2.5.4- 1 (Cont) Joint Number Strike Remarks 1456 N09E 75E Linea r, tight, smooth to sligh tly rough surfac e, sligh t weath ering 1457 N17E 73E Linea r, tight, sligh tly rough su~face, sligh t iron oxide staini ng, occas ional light green and white clay coatin g, sligh t weath ering 1458 NIlE 76E Linea r, very tight, very smooth surfac e, clean, fresh 1459 N04E 77E Linea r, tight, smooth surfac e, clean , fresh 1460 NIlE 60W Linea r, tight, smooth surfac e, sligh t iron oxide staini ng 1461 NOBW 30W Linea r, tight, smooth surfac es, occas ional iron oxide staini ng 1462 NI5E 72E Exten sive, slight~y sinuou s, sligh tly open, smooth surfac e calci te coatin g, very thin, silty fillin g, sligh t weath ering 1463 N16E 67E Linea r, occas ionall y broken , very close spacin g, smooth surfac es, sligh t weath ering 1464 N20E 71E Sligh tly sinuou s, tight, smoot h surfac es, occas ional iron oxide staini ng 1465 N20E 69E Linea r to sligh tly sinuou s, tight, smooth surfac e, occas ional iron oxide staini ng, sligh t weath ering 1466 N1BE 69E Linea r, occas ionall y broken , tight, smooth surfac es 1467 N16E 66E Linea r, very close spacin g, tight , smoot h surfac es, occas ional iron oxide staini ng, sligh t weath ering 146B N03E 72E Sligh tly sinuou s, tight, rough surfac e, sligh t calcit e coatin g 99 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 1469 NIlE 61E Linear, tight, smooth surface, slight greenish-white coating 1470 N12E 60E Slightly sinuous, tight, smooth surface, white coating, occasional iron oxide staining 1471 NI0E 68E Linear, tight, smooth to slightly rough surface, slight chlorite staining, slight weathering 1472 N05E 70E Linear, tight, smooth to slightly rough surface, slight iron oxide staining, light yellowish-green filling, slight weathering 1473 N15E 80E Linear, tight, smooth to slightly rough surface, clean, fresh 1474 N15E 65E Linear, tight, smooth to slightly rough surface, slight chlorite and iron oxide staining, slight weathering 1475 N17E 63E Linear, tight, slightly rough surface, chlorite staining, slight weathering 1476 N12E 67E Linear, tight, smooth to slightly rough surface, slight iron oxide staining 1477 N08E 66E Linear, tight, slightly rough surface, white filling, slight weathering 1478 N06W 82E Linear, tight, slightly irregular and rough surface, chlorite and iron oxide staining, slight weathering 1479 N08E 79W Linear, tight, slightly rough surface, brown filling, slight weathering 1480 N17E 67E Linear, tight, smooth to slightly rough surface, slight iron oxide and chlorite staining, slight to moderate weathering 1481 N13E 74E Linear, tight, smooth to slightly rough surface, slight chlorite staining, slight weathering 100 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 1482 N16E 70E Linear, tight, smooth to slightly rough surface, clean, fresh 1483 N16E 66E Linear, tight, smooth to slightly rough surface, clean, fresh 1484 N02E 49W Linear, tight, very smooth surface, chlorite and iron oxide staining, slight weathering, very prominent slickensides, 5-123 1485 NIOE 76E Linear to slightly sinuous, tight, smooth to slightly rough surface, slight iron oxide staining 1486 N14W 66E Linear, bifurcating, tight, smooth to slightly rough surface, clean, fresh 1487 N04E 70E Linear, tight, smooth to slightly rough surface, clean, fresh 1488 N03E 76E Linear, tight, smooth to slightly rough surface, clean, fresh 1489 N08E 64W Linear, tight, very smooth surface, slight chlorite staining, O.3-foot apparent left lateral displacement, prominent slickensides, 5-124 1490 N08E 69E Linear, tight, very smooth surface, light green clay filling 1491 N07E 78E Slightly concave, tight, smooth surface, slight clay coating 1492 N08W 85E Linear, tight to slightly open, smooth surface, clay filling 1493 N06W SlW Ext~nsive, linear, tight to slightly open, very smooth surface, slight clay and siliceous coating, chlorite staining, very prominent slickensides, 5-125 101 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 1494 N04E 59W Linear, tight to slightly open, slightly rough surface, clay coating, chlorite staining, O.2-foot normal displacement prominent slickensides, S-126 1495 N04E 59W Linear, slightly open, smooth surface, slight chlorite and clay coating, prominent slickensides, 5-127 1496 N09W 83E Slightly concave, tight, smooth surface, slight clay coating 1497 N04E 61E Linear, tight, smooth surface, calcite coating 1498 N1SW 80E Linear, tight, smooth surface, slight weathering 1499 N1SW 80W Sinuous, tight, smooth surface, white coating, occasional iron oxide staining, slight weathering 1500 N16W 78W Slightly sinuous, en echelon, tight, smooth surfaces, white coating 1501 N07E 73E Slightly sinuous, tight, smooth surface, white coating 1502 NIlE 63E Linear, tight, smooth surface, slight weathering 1503 N07E 78E Slightly sinuous, tight, smooth surface, slight weathering 1504 NOIE 71E Linear, en echelon, tight to slightly open, smooth surfaces, occasional iron oxide staining 1505 N02E 66E Linear, en echelon, tight, *smooth surfaces, occasional iron oxide staining, slight weathering 1506 N06E 74E Linear, tight, smooth surfaces, slight weathering 1507 N83E 80E Linear, en echelon, tight, smooth surfaces, iron oxide staining 102 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 1508 N20W 80E Slightly sinuous, tight, irregular surface 1509 N14E 53E Linear, very c~ose spacing, tight, smooth surfaces, slight weathering 1510 N16E 59E Linear, very close spacing, tight, smooth surfaces, occasional iron oxide staining, slight weathering 1511 N13E 74W Linear, tight, smooth surface, iron oxide coating 1512 NIlE 72E Slightly sinuous, very close spacing, tight, smooth surfaces, white coating 1513 NIOE 72E Slightly curved, tight, smooth surfaces, white coating, iron oxide staining, slight weathering 1514 NIlE 69E Slightly curved, tight, smooth surface, white coating, iron oxide staining 1515 N13E 67E Slightly curved, very close spacing, tight, smooth surfaces, green clay and occasional quartz filling, white coating, occasional iron oxide staining 1516 N14E 6lW Linear, tight, very smooth surface, slight greenish-white clay filling, slickensides, S-128 1517 N20E 84E Linear, tight, smooth surface, occasional iron oxide staining, slight weathering 1518 N16E 66E Linear, tight, smooth surface, green clay filling, iron oxide staining, slight weathering 1519 NOSE 71£ Linear, tight, smooth surface, fresh 1520 NIlE 75W Linear, tight, smooth surface, fresh 1521 N09E 90 Slightly curved, tight, smooth to rough surfaces, white coating 103 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1522 NlSE 73E Slightly curved, tight, smooth to rough surfaces, green clay filling 1523 NOSW 65E Very irregular, broken, open, rough surface, iron oxide staining 1524 N03W 47W Linear, open, smooth surface, iron oxide staining, O.3-foot apparent left lateral displacement, prominent slickensides, 5-129, extension of joint 1493 1525 NI0E 76W Linear, tight, smooth surface, chlorite staining 1526 N36E 63E Linear, tight, smooth to rough, fresh, surfaces clean with occasional iron oxide staining 1527 N29E 59E Linear, tight, rough to smooth fresh surfaces with occasional iron oxide staining 1528 N30E 62E Linear, tight, slightly rough to smooth surface, fresh, clean 1529 N06E 62W Linear, tight, smooth to slightly rough surface, slight weathering with occasional chlorite staining and possible slickensides 1530 NISE 73W Linear, tight, smooth to slightly rough surface with occasional light chlorite staining, fresh, clean 1531 N14E 82W Linear, tight, smooth to slightly rough surface, fresh, clean 1532 N20E 82E Linear, tight, smooth surface, slight weathering, occasional very thin hard, white siliceous coating, slight iron oxide staining 1533 N20E BOE Three very closely spaced, en echelon joints, linear, tight, smooth to slightly rough surface with occasional hard, white siliceous coating, occasional light chlorite staining 104 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1534 N20E 48E Linear, tight, occasionally broken, smooth surface with chlorite staining and thin, tan siliceous coating, mottled yellow and green clay flliing 1535 N30E 70E Broken zone, 1.0 foot wide, linear, tight, subparallel to parallel, very closely spaced, smooth surfaces, slight to severe weathering with chlorite and iron oxide staining, drusy quartz, and plastic light green clay filling 153£ N15E 86E Broken zone, 0.5 foot wide, linear, tight, subparallel, slight to moderate weathering, chlorite and iron oxide staining, drusy quartz filling 1537 N70E 89E Linear, tight, slightly rough surface, slight weathering, moderate iron oxide staining 1538 N72E 90 Linear, tight, slightly irregular surface, fresh, clean 1539 N22E 60E Linear, branching from joint 1541, smooth, slightly open with crystalline quartz and light green clay coating 1540 N20E 62E Linear, branching from joint 1541, slightly irregular, smooth, slightly open with crystalline quartz coating, chloritic clay filling and slight iron oxide staining 1541 N12E 85W Extensive, severely weathered zone, 0.1 foot to 1.5 feet wide, series of very close ~lnear parallel joints, smooth, friable, crystalline quartz coating, chlorite clay filling, 0.5-foot apparent left lateral displacement 1542 N76E 78E Linear to slightly sinuous, tight, clean, smooth 1543 N95W 73W Linear, tight, clean, smooth 105 of 203
HNPS-3 FSAR TABLE 2.5.4~1 (Cont) Joint Number Strike Remarks 1544 N90E 73S Linear, tight, clean, smooth 1545 N12E 79W Linear, tight, clean, smooth 1546 N02W 51W Linear, slightly open, smooth with tan siliceous coating, possible slickensides 1547 N40E 90 Linear, slightly open, smooth with slight siliceous coating 1548 N18E 57W Linear, slightly open, smooth to slightly pitted with light green clay filling, prominent and extensive slickensides, S-130 1549 N2SE 79W Slightly sinuous, slightly open, slightly rough, clean 1550 N12W 70E Linear, slightly open, slight weathering, smooth with greenish-gray clay filling 1551 N14E 87W Linear, slightly open, smooth, slight light brown siliceous coating 1552 NISW 12W Extensive, low angle, planar, slightly rough, light brown siliceous coating 1553 NOSW 84W Linear, tight, moderate weathering, smooth 1554 N10W 88E Linear, slightly open with white filling, slight weathering 1555 N06W 90 Linear, smooth, slightly open with soft, white filling, slight weathering 1556 N78W 78W Sinuous, slightly o~en, smooth, occasional iron oxide staining 1557 NOSE 77E Sinuous, slightly open, smooth, calcite filling, slight iron oxide staining, slight weathering 1558 NI0E 77E Sinuous, slightly to moderately open with calcite filling slightly rough, slight weathering 106 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1559 N15E 76E Linear, tight to slightly open, smooth, soft white filling, fresh 1560 NIlE 71E Sinuous, smooth, slightly open wi th soft, white filling fresh to slight weathering 1561 N09E 89E Linear, tight to slightly open, smooth, slight weathering 1562 Nl5E 80E Joint set, 3- to 4-inch spacing, linear, slightly open with slight light brown coating, smooth 1563 Nl6E 8lE Linear, tight to slightly open, slight light brown siliceous coating, smooth 1564 N06E 70E Slightly sinuous, slightly open, slightly rough, soft white filling, slight weathering 1565 N87E S5E Linear, tight to slightly open, smooth, slight light brown clay and white, siliceous coating 1566 N50W OSW Extensive, planar, low angle, smooth, slight light brown siliceous coating 1567 N87W 72W Linear, slightly open, slightly rough, slight light brown siliceous coating and iron oxide staining 156B N20E 77E Linear, slightly open, smooth, soft white filling 1569 N30E SSE Slightly sinuous, slightly open, smooth, slight white filling 1570 N30E BOE Linear, tight to slightly open, smooth, slight light brown filling 1571 N18E 6SE Extensive, joint set, I-inch spacing, slightly sinuous, tight to open, smooth, light green clay filling and slight siliceous coating 107 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 1572 N15E 70E Extensive, joint set, I-inch spacing, open with light gray clay filling, slightly rough Demineralized Water storage Tank 1573 N87W 58W Linear, tight, smooth, slight iron oxide staining to clean 1574 N85E 64E Linear, tight with white clay filling, slightly rough, iron oxide staining 1575 N88E 73E Linear, short, very tight, smooth with iron oxide staining to slight coating 1576 N84E 65E Linear, slightly irregular, slightly open, rough, slight iron oxide staining 1577 N85E 82E Linear, irregular, slightly open, rough, slight iron oxide staining 1578 N81E 78E Linear, long, tight with white clay filling, smooth, occasional heavy iron oxide staining, moderately weathered 1579 N81E 75E Linear, parallel to joint 1578, tight, very thin calcite coating, heavy iron oxide staining 1580 N84E 77E Linear joint set, very close, 6-inch wide zone, tight, slightly rough, very thin siliceous filling, heavy iron oxide coating and staining 1581 N82E 79E Linear, tight, smooth, heavy iron oxide staining, clay coating 1582 N80E 65E Linear, long~ tight, slightly rough, heavy iron oxide staining, calcite coating 1583 N82E 74E Linear, slightly open, smooth to slightly rough, heavy iron oxide staining, slight calcite coating 1584 N77E 83E Linear, long, irregular, very tight, slight calcite coating 108 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 15i35 N76E 65E Concave to north, irregular, tight, very rough, fresh, clean 1586 N82E 66E Sinuous, irregular, very tight, slight iron oxide staining to clean 1587 N80E 64E Sinuous, tight, white clay filling, rough, iron oxide staining 1588 N85E 73E Linear, slightly open, light green clay filling, smooth 1589 N85E 82E Linear, tight, slightly rough, heavy iron oxide coating, severely weathered 1590 N85t-l 76W ~oncave to south, tight to slightly open, rough, clean to slight iron oxide staining 1591 N88E 72E Very irregular, slightly open, rough, iron oxide staining 1592 NIlE 78W Linear, slightly open, smooth, brown iron oxide staining and siliceous coating 1593 N01W 68E Linear, tight to slightly open, very smooth, white clay coating, slight chlorite film, possible I-inch right lateral displacement prominent slickensides, 5-130 1594 N06E 78W Linear, slightly open, very smooth, iron oxide staining, siliceous coating 1595 N07E 83W Linear, tight, light brown siliceous filling, very smooth, possible slickensides 1596 N23E 62E Linear, tight, smooth, iron oxide staining 1597 N38E 66W Linear, open to 1 inch, slightly rough iron oxide staining 1598 N86H 65W Linear, short, slightly open, rough, fresh, clean 109 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 1599 N"07E 70E Linear, long, open, chloritic clay gouge filling, very smooth, heavy iron oxide staining, occasional siliceous coating, prominent slickensides with up to I-foot apparent right lateral displacement, S-131, S-132, S-135 1600 N89E 76E Sinuous, slightly open, rough, white clay coating 1601 N20E 60W Linear, splays from fault J-1S99, tight, smooth, clean 1602 N63W 72W Linear, slightly rough, slight iron oxide staining to clean 1603 N87E 76E Linear, tight, slightly rough, iron oxide staining 1604 N27E GOE Joint set, a-inch wide zone, very close spacing splays from fault J~ 1599, tight white clay filling, iron oxide staining 1605 N76E aOE Concave to northwest, slightly open, smooth, slight clay coating, iron oxide staining 1606 N87E 74E Slightly sinuous, irregular, tight, clay filling, rough, heavy iron oxide staining 1607 N17E 57W Linear, long, irregular, slightly rough, fresh, clean 1608 N17E S8W Concave to east, tight, slightly rough, iron oxide staining 1609 N2SE 75W Linear, open 1/8 inch, slightly rough, heavy iron oxide staining 1610 N88E 78E Linear, long, very tight, rough, very thin white siliceous coating 1611 N89E 78E Concave to south, tight, white clay filling, very rough, iron oxide staining 110 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 161:2 N82W 64W Very sinuous, tight, light green clay filling, rough, iron oxide staining 1613 N84W 76W Linear, tight, rough, iron oxide staining 1614 N81E 80E Linear, tight, smooth, iron oxide staining 1615 N25W 82E Linear, tight, smooth, iron oxide staining 1616 N08E 78W Linear, slightly open, smooth, slight iron staining to clean 1617 N07E 75W Linear, open to 1/4 inch, smooth, iron oxide staining, slight clay film 1618 N87E 69E Linear to slightly sinuous, very tight, slightly rough, iron oxide staining 1619 N88W 76W Sinuous, irregular, tight but broken, iron oxide staining, light green clay coating 1620 N85W 67W Linear, tight, slightly rough, clean, fresh 1621 N83E 77E Linear, long, tight to slightly open, rough, thin siliceous coating 1622 N49W 74W Linear, open to 1/8 inch, slightly rough, slight iron oxide staining 1623 N16E 82W Slightly sinuous, slightly open, smooth, heavy iron oxide staining 1624 N16E 83W Sinuous, irregular, slightly open, slight clay filling, rough, heavy iron oxide coating or staining 1625 N15E 77E Linear, splays to southwest from joint 1599, tight, smooth, clean 1626 N25E 67E Linear, splays to southwest from joint 1599, tight, smooth, clean III of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1627 N36E 73E Linear, splays to southwest from joint 1599, tight, smooth, clean 1628 NI0E 72W Linear, long, tight, occasional clay filling, very smooth heavy iron oxide coating, slickensides, 5-133 1629 N02E G8E Linear, slightly open, chlorite and clay filling, very smooth, iron oxide coating 1630 N8SE 68E Linear, very tight, slightly rough, clean, fresh 1631 N81E 71E Linear, slightly irregular, slightly rough; white siliceous coating 1632 NOSE 69E Linear, slightly open, chlorite and clay filling, very smooth, iron oxide coating 1633 N01E 70E Very irregular, open to 1/4 inch, very rough, iron oxide staining 1634 N8SE 69E Linear, open to 1/4 inch, very rough, occasional iron oxide staining 1635 N89W 79W Linear, slightly irregular, slightly open, occasional white clay filling, slightly rough 1636 N84E 84E Linear, short, very tight, slightly rough, slight iron oxide staining 1637 N89E 89E Concave to north, very tight, rough, occasional white siliceous coating 1638 N01W 53H Linear, tight to slightly open, slightly rough, iron oxide coating 1639 NOSE 76W Linear, tight, smooth, occasional iron oxide coating, vague slickensides 1640 N89E 89E Very sinuous, tight, irregular, rough, occasional iron oxide staining 112 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1641 N87W 89W Linear, three joints in set, tight, very close, rough, occasional iron oxide staining to clean 1642 N05W 72W Sinuous, very irregular, tight, rough, occasional calcite coating 1643 N15W 65W Concave to southwest, joint set splays to southeast from fault J-1599, tight, slightly rough, heavy iron oxide staining 1644 N85E 68E Linear, very irregular, tight, very thin brown siliceous filling, rough 1645 N88W 81W Linear, tight to slightly open, slightly rough, occasional iron oxide coating 1646 NIlE 87W Linear, long, open to 1/2 inch, occasional clay filling, smooth, iron oxide staining 1647 N15E 56E Linear, open to 3/4 inch, occasional clay filling, smooth, iron oxide staining and coating, vague slickensides Auxiliary Building 1648 N04E 82E Linear, set of three joints, irregular, tight, slightly rough, slight iron oxide coating 1649 NOSE 89E Slightly sinuous,' slightly open, open, rough, clean 1650 N18E 70E Sinuous, slightly open, slight green clay filling, smooth 1651 N20E 89W Linear, irregular, tight, rough, thin clay coating 1652 N09E 65E Linear, slightly irregular, smooth, iron oxide staining and light chlorite staining 113 of 203
NNPS-3 FSAR TABLE 2.5.4- 1 (Cent) Joint Number Strike Remarks 1653 N15E 65E Linea r, long, tight, smoot h, thin iron oxide coatin g, heavy chlor ite staini ng, moder ately weath ered 1654 N08E 62E Linea r, tight, sligh tly rough , light iron oxide staini ng, sligh tly wea t her-e d 1655 N01W 72W Linea r, sligh tly irreg ular, tight, smoot h, clean , fresh 1656 N80W 80E Linea r, irregu lar, tight , rough , sligh t iron oxide staini ng, occas ional f Low i nq water 1657 N09E 62E Linea r,* tight, smoot h, thin white clay coatin g, occas ional iron oxide staini ng, sligh tly weath ered 1658 N15E 62W Linea r zone of high and low angle , paral lel to sub-p aralle l joint s, open to 1/4 inch, occas ional blue clay fillin g with includ ed drusy quart z, smooth to sligh tly rough , occas ional heavy chlor ite and iron oxide staini ng, possi ble left latera l displa cemen t 1659 N83W 77H Sligh tly curve d, tight, smoot h, iron oxide staini ng, sligh tly weath ered 1660 N83W 75W Sligh tly curve d, long, sligh tly open, clay fillin g, smoot h, occas ional calci te coatin g and iron oxide staini ng 1661 N20E 85E Linea r, tight, smoot h, occas ional white coatin g and iron oxide staini ng 1662 NOIE 89E Linea r, tight to sligh tly open, smoot h, occas ional iron oxide staini ng 1663 NI0E 60W Linea r, tight to sligh tly open, occas ional vugs, smoot h, thin silice ous coatin g, slicke nside s, 5-137 114 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1664 NIOE 82W Linear, tight to slightly open, smooth to slightly rough, thin siliceous coating, iron oxide staining 1665 N83E 76E Linear, tight, smooth to rough, iron oxide :;;taining 1666 N66W 11W Sinuous, open, clay filling, smooth, fresh 1667 N20E 60E Linear, long, broken zone, very closely spaced, tight, iron oxide staining, occasional light green clay coating 1668 N18E 62E Linear, slightly irregular, tight, smooth, occasional light chlorite staining 1669 NOIE 89W Very sinuous, irregular, open, rough, clean, fresh 1670 N09E 81E Linear, open to 1/2 inch, smooth, oxide staining 1671 N08E 79E Concave to west, irregular, tight, rough, iron oxide staining 1672 N18E 70W Linear, open, tight, smooth, white siliceous coating, slight iron oxide staining 1673 N20E 72W Linear, tight to slightly open, very smooth, clay filling, iron oxide staining, siliceous coating, slickensides, S-138 1674 N13E 60E Slightly sinuous, irregular, tight, rough, clean, fresh 1675 N13E 57E Linear, slightly open, very smooth, white siliceous coating, iron oxide staining, very slight chlorite staining, slickensides, S-139 1676 NIlE 15E V~ry irregular, tight, very rough, slight iron oxide staining 115 of 203
HNPS-3 FSAR TABLE 2.5.4~1 (Cont) Joint Number strike Remarks 1677 N24E 58E Linear joint set, long, very close, slight clay filling, smooth, siliceous coating, chlorite staining, slickensides, 5-140 1678 N19E 58E Linear, splays from joint 1677, tight, slight clay filling, smooth 1679 N01E S8E Linear, irregular, very tight, rough, clean 1680 N07E 75W Sinuous, tight, occasional green clay filling, rough, slight chlorite staining 1681 N06W 80W Concave* to west, splays from joint 1541, irregular, slightly open, light green clay filling, smooth chlorite staining, slickensides, 5-142 1682 N76E 80E Linear, tight, very rough, clean, fresh 1683 N04E 69E Linear, slightly open, light green clay filling, smooth, iron oxide staining 1684 NOIW 75E Linea,r, tight, smooth, white clay coating 1685 NOSE 71E Sinuous, irregular, slightly open, rough, clean 1686 NBSW 78E Linear, very irregular, open to 1/8 inch, occasional clay filling, rough, iron oxide staining 1687 NOIW 79E Linear, slightly open, smooth, white clay coating 1688 N84E 89E Linear, irregular, tight, slightly rough, clean, fresh 1689 N07E 57W Linear, open t~ 1/4 inch, smooth, siliceous coating, chlorite staining 116 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1690 N06E 81E Slightly sinuous, irregular, open to 1/8 inch, rough, occasional white clay coating 16S1 NOSE 61E Linear, splays from joint 1677, open to 1/2 inch, smooth, white clay filling, siliceous coating 1692 N10E 64E Linear, tight, smooth, occasional clay coating 1693 N07E S7E Linear, irregular, open to 1/4 inch, siliceous filling, rough, iron oxide staining 1694 N20E 73E Slightly sinuous, smooth, slightly open, white clay filling, siliceous coating. 1695 N78E 85W Slightly sinuous, very irregular, slightly open, white clay filling, rough 1696 N80E 87W Slightly sinuous, very irregular, slightly open, white clay filling, rough, iron oxide staining 1697 N68E 89W Concave to south, irregular, slightly open, rough, clean, fresh 1698 N32E 70E Sinuous, open to 1/8 inch, smooth, occasional clay coating 1699 N12E 75E Linear, tight, slightly rough, occasional white clay coating 1700 N06E S6E Linear, tight, smooth, heavy iron oxide staining or coating 1701 NI0E 60E Linear, tight, smooth, heavy iron oxide staining or coating, occasional chloritic clay coating 1702 NOSE 63E Set of three joints, very closely spaced, linear, tight smooth, heavy iron oxide staining or coating, occasional chloritic clay coating 117 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1703 N12E 57E Slightly sinuous, slightly open, smooth, occasional clay filling, iron oxide staining 1704 N02E 60E Linear, irregular, tight, white clay filling, slightly rough, slight chlorite staining 1705 N01W SSE Linear, slightly irregular, slightly open, smooth, occasional siliceous coating, iron oxide staining 1706 N01E 79W Very sinuous, tight, clay filling, rough, white siliceous coating, iron oxide staining 1707 NOSE SSE Linear, tight, smooth, siliceous
~oating, slight chlorite staining 1708 N07E 76E Sinuous, tight, light green clay filling, rough, iron oxide staining 1709 NOSE 57E Linear, splays from joint 1544 open, white clay filling, smooth, euhedral quartz coating, slickensides, 5-144 1710 N05W 62E Slightly sinuous, slightly irregular, occasional light green clay filling, rough 1711 N07E 64E Linear, tight, smooth, heavy iron oxide staining 1712 N33E 75E Slightly curveu, Joint set, 6-inch wide zone closely spaced, tight, occasional filling, smooth, iron oxide staining 1713 N14E 78E Linear, tight, sligh~ly rough, occasional iron oxide staining, fresh 1714 N85W 67W Slightly sinuous, tight, smooth, occasional iron oxide 1715 NIOE 70W Concave to east, tight, smooth, slight clay filling 118 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1716 N89E 71E Linear, slightly open, slightly rough, white clay filling, occasional iron oxide staining 1717 N81E 75E Linear, slightly open, slightly rough, white clay filling, occasional iron oxide staining 1718 NlSE 60E Linear, tight, smooth, clean, fresh 1719 N86E 66E Linear, open to 1/8 inch, slightly rough occasional clay coating 1720 NOSW 85E Linear, tight, smooth, iron oxide staining 1721 N23E 77E Linear, slightly open, smooth, occasional slight clay coating 1722 N21E 75E Linear, tight to slightly open, smooth, occasional slight clay coating 1723 NOSW 87E Linear, tight, smooth, iron oxide staining 1724 NOIW 89E Linear, tight, smooth, iron oxide staining 1725 N79E 75E Linear, open to 1/4 inch, slightly rough, white clay filling, iron oxide staining 1726 N89W 70W Linear, tight, slightly rough, white siliceous coating, occasional iron oxide staining 1727 N8SE 67E Slightly sinuous, open to 1/8 inch, iron oxide staining occasional siliceous 1728 N82E 65E Slightly sinuous, very tight, occasional iron oxide staining 1729 N80E 75E Sinuous, very tight, iron oxide staining 1730 N28E 73E Concave to east, tight, smooth, clean 119 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1731 N09E 74E Linear, closely spaced joint pair, open to 1/8 inch, rough, occasional siliceous coating 1732 N03E 65E Slightly sinuous, irregular, very tight, rough, siliceous filling 1733 N03E 73E Linear, five joint set, very closely spaced, very tight, occasional siliceous coating, slight calcite coating 1734 NOIE 72E Linear, five joint set, very closely spaced, very tight, occasional siliceous filling, calcite filling, slight .Lron oxide staining 1735 N10W 67E Linear, irregular, tight, rough, slight siliceous coating, iron oxide staining 1736 N20W 62E Very sinuous, open to 1/4 inch, smooth, slight clay coating 1737 N82E 75E Linear, irregular, open to 1/8 inch, rough, clean 1738 N15W 60E Sinuous, open to 1/8 inch, smooth, occasional clay coating 1739 N20W 80E Very sinuous, open to 1/4 inch, clay filling, rough, occasional euhedral quartz 1740 N22W 80E Concave to east, *slightly open, rough, occasional clay filling, clean 1741 N37W 77E Linear, irregular, open to 1/4 inch, rough, clay filling, occasional siliceous and calcite coating 1742 NOSW 76E Sinuous, en echelon joint set, very closely spaced, tight to slightly open, rough, white clay filling 1743 N04E 74E Linear, joint set, 4 inches wide, very closely spaced tight, rough 120 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1144 N20W 69E Linear, en echelon joint set, 3 inches wide, very closely spaced, tight, slight siliceous coating, iron oxide staining 1745 N27H 76E Linedr, open to 1/8 inch, rough, occasional iron oxide staining 1746 N89W 67W Linear, open to 1/8 inch, rough, occasional iron oxide staining 1747 N85E 72E Linear, open to 1/8 inch, rough, occasional iron oxide staining 1748 N03E 72E Linear, open to 1/8 inch, siliceous "filling, rough, slight iron oxide staining 1749 NI0E 74E Linear, slightly open, rough, clean 1750 N25H 15W Irregular, open to 1/8 inch, rough, occasional white clay filling, iron oxide staining 1751 N15E BOE Linear, tight, rough, clean 1752 N87W 84W Linear, tight, rough, clean 1753 N86E B9E Linear, tight, rough, light green clay filling 1754 N89E 8SE Linear, open to 1/8 inch, slightly rough, white clay filling 1755 N18E 60E Linear, irregular, smooth, open to 1/4 inch light green clay filling 1756 N15E 63E Linear, slightly open, clay filling, smooth, occasional iron oxide staining 1757 N08E 65E Linear, tight to open, 1/8 inch smooth, occasional clay coating 1758 N05E 77E Slightly sinuous, joint set, closely to very closely spaced, irregular, slight calcite and white clay filling 121 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1759 N05W 60E Slightly sinuous, irregular, slight calcite and white clay filling 1760 N02W 72E Linear, irregular, tight, rough, white clay filling 1761 N06W 74E Linear, irregular, tight, rough, white clay filling 1762 N01E 62E Sinuous, irregular, tight, rough, occasional chlorite staining, slight iron oxide staining 1763 NIOE 66E Linear, tight, rough, occasional chlorite staining 1764 N89W 89E Sinuous, tight, siliceous filling, rough, slight iron oxide staining 1765 N04W 11W Linear, irregular, open to 1/2 inch, rough, white clay filling, occasional iron oxide staining 1766 NIlE 22E Linear, slightly rough, slight iron oxide staining 1767 N75E 17E Sinuous, rough, slight iron oxide staining 1768 N05E 71W Sinuous, open to 1/4 inch, slightly rough, white clay filling, iron oxide staining 1769 N18E 62E Linear, open to 1 inch, smooth, very thin clay coating, iron oxide coating 1770 N18E 60E Linear, open to 1/8 inch, slight clay filling iron oxide staining 1771 N16E 65E Linear, open to 1/2 inch, smooth, slight clay and silt filling, iron oxide staining 1772 N16E 62E Linear, 4 joint set, very closely spaced, slightly open, smooth, occasional clay filling, euhedral quartz coating, iron oxide staining 122 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1173 N12E 60E Linear, slightly open, smooth, iron oxide staining 1774 NIlE 63E Linear, slightly open, smooth, iron oxide staining 1775 N10E 68E Linear, joint set, 6-inch wide zone, very closely spaced, tight, slightly rough, occasional wh i te clay filling, occasional euhedral quartz coating, iron oxide staining 1776 N20E 77W Slightly sinuous, tight, smooth, slight clay filling, very thin siliceous coating, iron oxide staining, slickensides, 5-145 1777 N05W 66E Linear, slightly open, rough, clean, fresh 177S N31E 69E Slightly sinuous, open to 1/4 inch, smooth, slight clay coating 1779 N27E 71E Linear, open to 1/8 inch, smooth, slight clay coating 1780 N25E 72E Slightly sinuous, tight, rough, clean 1781 N25E 66£ Concave to west, irregular, tight, slightly rough, iron oxide staining 1782 N14E 78E Sinuous, open to 1/8 inch, very rough, clean 1783 N20E 76E Linear, open to "1/4 inch, light green clay filling, smooth, slight iron staining 1784 NI0E 79E Linear, tight, slight clay filling, smooth 1785 N83W 79W Linear, slightly irregular, tight, rough, clean 1786 N15E 73E Linear, tight, light green clay filling, rough, slight chlorite staining 123 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cent) Joint Number Strike Remarks 1787 NISE 71E Linear, tight, very rough, slight clay coating 1788 N17E 75E Linear, tight, smooth, very slight calcite coating 1789 N12E 65E Linear, long, open to 1/8 inch, light green clay filling, rough 1790 N89E 86E Linear, irregular, slightly open, rough, slight iron oxide staining 1791 N04E 77E Linear, tight, rough, slight clay coating, iron oxide staining 1792 N02E 68E Linear, open to 1/8, inch white clay filling slightly rough 1793 N01W 70E Slightly sinuous, tight, slightly rough, clean 1794 NIOE 65E Linear, long, irregular, open to 1/8 inch, light green clay filling, very rough, occasional euhedral quartz coating, iron oxide staining 1795 N15E 62E Linear, long, parallel to joint 1794, irregular, open to 1/8 inch, very rough, light green clay filling, occasional euhedral quartz coating, iron oxide staining 1796 NOSE 66E Linear, joint set, 6-inch wide zone, very closely spaced, highly fractured, irregular, green clay filling, occasional euhedral quartz coating, vague slickensides 1797 N10E 65E Linear, long, open to 1/4 inch, slightly rough light green clay filling, siliceous coating, slickensides, S-147 slickensides, S-147 1798 N13E 65E Linear, long, open to 1/4 inch, smooth to slightly rough, light green clay filling, occasional siliceous coating, slickensides, S-148 124 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1799 N05E 69E Linear, en echelon joint set, 4-inch wide zone very closely spaced, tight to* slightly open slight clay filling, occasional chlorite stain 1800 NIOE 74E Linear, tight, light green clay filling, smooth, occasional whi te siliceous coating 1801 N06E 74E Slightly sinuous, tight, rough, euhedral quartz coating, occasional iron oxide staining 1802 NI5E 74E Linear, open to 1/2 inch, light green clay filling, slightly rough 1803 N15E 69E Linear, open to 1/4 inch, clay (weathered feldspar) filling, smooth to slightly rough, occasional chlorite staining 1804 N10E 60E Linear, slightly open, smooth, slight clay filling, occasional iron oxide staining 1805 NIlE 70E Linear, slightly open, smooth, slight clay filling, occasional iron oxide staining 1806 N13E 76E Slightly sinuous, tight, rough, occasional siliceous coating, iron oxide staining 1807 N14E 64E Linear, tight, slightly rough, clean 1808 N13E 67E Linear, tight, smooth, occasional slight chlorite and iron oxide staining 1809 NIOE 67E Linear, tight, smooth, occasional slight chlorite and iron oxide staining 1810 N08E 68E Linear, very long, tight to slightly open, smooth, slight clay filling, occasional chlorite coating, slight iron oxide staining slickensides, S-149 125 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 1811 N12E 70E Linear, tight, smooth, occasional chlorite and iron oxide staining 1812 NIOE 70E Linear, slightly open, smooth, occasional chlorite and iron oxide staining 1813 N07E 65E Linear, slightly open, smooth, occasional chlorite and iron oxide staining 1814 N08E 61E Linear, 4 joint set, very closely spaced, tight, occasional iron oxide staining 1815 N13E 73E Sinuous, irregular, open to 1/8 inch, rough, clean 1816 N77W 89W Linear, irregular, tight, rough, occasional iron oxide staining 1817 N85W 89E Linear, irregular, tight, rough, occasional iron oxide staining 1818 N86W 89W Linear, irregular, tight, rough, occasional iron oxide staining 1819 N22E 65E Linear, tight, smooth, iron oxide staining 1820 NIOE 69E Linear, open to 1/4 inch, white clay filling, iron oxide staining 1821 NI0E 74E Linear, 4 joint set, 6-inch wide zone, very closely spaced, tight, smooth, occasional iron oxide coating, slight chlorite staining 1822 N07E 67E Linear, tight, smooth, occasional iron oxide staining 1823 N12E 72E Linear, long, slightly open, light green clay filling, smooth, occasional iron oxide staining 1824 N12E 75E Linear, tight, smooth, occasional iron oxide staining 126 of 203
~INPS - 3 FSAR TABLE 2.5.4-1 (Cont)
Joint Number Strike Remarks 18CS N10E 68E Linear, long, tight, slight clay filling, smooth, occasional iron oxide staining 1826 N07E 63E Linear, long, tight, smooth, slight clay filling, occasional siliceous filling and iron oxide staining, chlorite staining 1827 NI0E 69E Linear, open to 1/4 inch, smooth, occasional iron oxide staining 1828 N12E 89E Sinuous, very irregular, tight, rough, clean 1829 N13E 77E Linear, tight, smooth, slight clay coating, chlorite staining 1830 N78W 63W Linear, tight to slightly open, slightly rough, heavy iron oxide staining 1831 N15E 66E Linear, tight, slightly rough, iron oxide staining 1832 N15E 62E Linear, smooth, slightly open, slight iron oxide staining 1833 N05W 65E Sinuous, slightly rough, open less than 0.2 inch with white siliceous filling 1834 N15E 66E Very sinuous, open with slight clay filling, rough and irregular surfaces with iron oxide staining 1835 N12E 70E Linear, irregular, slightly rough surfaces with iron oxide staining 1836 N10E 70E Joint set, very closely spaced, zone less than 4 inches wide, linear, extensive, slightly open with clay filling, slightly rough with white siliceous coating and chlorite staining 127 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1837 N13E 70E Linear, tight, slightly rough w i t h slight clay coating and iron oxide staining 1838 N22E 73E Concave to west, smooth, tight, white
-:lay filling 1839 NOSW 26W Linear, tight, slightly rough surfaces with iron oxide staining 1840 NISE 72E Linear, tight, irregular and rough surfaces, clean 1841 N12E 75E Very irregular, tight, rough surfaces with white clay coating and iron oxide staining 1842 N80W 66W Linear, tight, rough, clean 1843 N12W 87E Linear, smooth, tight, clay filling, slight iron oxide staining 1844 NIlE 66E Linear, smooth, slightly open, chlorite staining 1845 NIlE 64E Linear joint set, very closely spaced, zone up to 6 inches wide, tight to slightly open, slight clay filling, chlorite staining 1846 NIlE 64E Extensive, linear, rough, slightly open with clay filling, chlorite and iron oxide staining 1847 NIlE 70E Sinuous, en echelon joint series, very closely spaced, zone up to 4 inches wide, tight, rough surfaces with clay coating and iron oxide staining 1848 N09E 68E Linear, tight, irregular, rough surfaces with siliceous coating and slight chlorite staining 1849 N89E 70£ Very sinuous and irregular, tight, rough surfaces with iron oxide staining, siliceous filling 128 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1850 NS6E 72£ Linear, tight, rough surfaces with iron oxide staining 1851 NS8\-l 62H Linear, slightly open, rough surfaces with iron oxide staining 1852 N02E 63W Extensive, linear, tight to slightly open, smooth surfaces with calcite coating and occasional iron oxide staining, vague slickensides trending down dip lS53 N10E 72E Linear, open, slightly rough surfaces with occasional very thin white siliceous coating, chlorite staining lS54 N09E 68£ Linear, irregular, tight, rough surfaces with an occasional very thin white siliceous coating 1655 N04W 58W Linear, tight, smooth surfaces with slight siliceous coating and iron oxide staining, very vague slickensides 1856 N04W 90 Concave to west, irregular, rough, iron oxide staining 1657 N74E 72£ Linear, tight, slightly rough, iron oxide staining 1858 N31W 90 Sinuous, irregular and rough surfaces, tight, slight clay filling IS59 N73E 66£ Linear, tight, rough surfaces with iron oxide staining lS60 N37W 80E Irregular, tight, siliceous filling 1861 fl:OSE 67E Linear, open, smooth surfaces with iron oxide staining and occasional very thin siliceous coating 129 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 1862 N06E 68E Linear, tight, smooth, clean 1863 N29W 8lE En echelon joint series, very closely spaced, zone up to 3 inches w i de , tight, slight iron oxide staining, slight siliceous coating 1864 N22W 88E En echelon joint series, very closely spaced, zone up to 3 inches wide, tight, clean to slight iron oxide staining 1865 N13W 74E Concave to west, open, smooth surfaces with occasional white siliceous coating 1866 N14W 845W Extensive, linear, tight, surfaces slightly irregular and slightly weathered with iron oxide staining and a thin white coating 1867 N16H 86SW Linear, tight, surfaces slightly
. irregular, fresh, clean 1868 N87W 86SW Linear, tight, surface smooth fresh to slightly weathered, slight iron oxide staining 1869 N08E 88SE Linear, tight, slightly irregular surface 1870 N06E 435E Linear, tight, surface slightly irregular and slightly rough, fresh and clean 1871 N08E 385E Extensive, linear, tight, surface smooth to slightly rough, surfaces fresh with occasional very thin, hard, white siliceous coating 1872 N04E 595E Linear, tight, surface smooth to slightly rough with occasional iron oxide staining 1873 N10E 485E Long, linear joint set of 3 joints, very closely spaced, surfaces slightly irregular 130 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 1814 N05E 54NW Long, linear, slightly irregular smooth surfaces with moderate iron oxide staining, fresh to slightly weathered 1875 N04E 47NW Linear, tight, smooth, surfaces fresh, clean 1876 N10W 70SW Linear, tight, smooth to slightly rough surfaces, fresh, clean 1877 N06E 53NW Linear, tight, slightly rough surfaces, fresh, clean 1878 N03E 45NW Linear, tight, smooth to slightly rough surfaces with occasional slight iron oxide stain 1879 N40E 41SE Low angle, slightly rough to smooth surfaces with moderate iron oxide staining 1880 to Numbers not used 1932 Engineered Safety Features Building 1933 N78W 72SW Irregular, tight, rough with iron oxide staining 1934 N81E 71SE Linear, tight, slightly rough wi th iron oxide stain 1935 N87E 80SE Linear, tight, rough 1936 N12E 70SE Linear, tight, smooth with slickensides 5-154, thin calcite coating and minor iron oxide stain, short 1937 N03E 82NW Linear, tight, surfa~e not exposed, short 1938 N06E 75NW Linear, tight to slightly open, smooth with heavy iron oxide coating 131 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 1939 NOOE 06W Set of closely spaced low angle joints, tight, undulating, minor iron oxide staining 1940 N43H 11SW Extensive, severely weathered, low angle fault, filled with 1 inch to 8 inches of green or white clay, fractured rock, and weathered gneiss. 1- to 2-inch displacement evident in northerly direction forms floor in large part of ESF Building area 1941 N83E SOSE Linear, tight, surface not exposed, iron oxide staining 1942 N76E 74SE Linear; -tight, surface not exposed, iron oxide stained 1943 N77W 78SE Slightly sinuous, tight, minor iron oxide and clay filling 1944 N85E 78SE Curvilinear, tight, thin clay filling, minor iron oxide stain 1945 N90E 80S Linear, tight, minor iron oxide stain 1946 N85W 78SW Linear, slightly open, rough, with thin clay coating 1947 N05W 68NE Linear, slightly open, slightly rough, thin clay coating 1948 N05W 71NE Linear, extensive, slightly open, smooth, iron oxide staining, occasional talc, chlorite and green clay coating. Approximately 4 inches of right lateral displacement. Ends within building excavation at south end as several splays (joints 1957 and 1967) 1949 N03E 72SE Linear, tight, slightly rough, thin clay coating 1950 NOSE 82SE Series of short en echelon joints, tight, slightly rough, minor ~'-iron oxide staining 132 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1951 NOOE 80SE series of short en echelon joints, tight, surface not exposed, minor clay filling 1952 N22W 77NE Curvilinear, tight, slightly rough, minor clay filling 1953 N30W 83NE Linear, tight, rough, minor siliceous coating 1954 Number not used 1955 N04E 69NW Linear, tight, smooth to slightly rough, thin siliceous filling 1956 N21W 90 . Curvilinear, tight, iron oxide stained 1957 N35E 64SE Curvilinear, slightly open smooth, siliceous coating (talc) 1958 N08E 70SE Linear, tight, smooth, chlorite and clay filled, minor iron oxide 1959 N35E 69NW Curvilinear, irregular, tight, rough, thin clay filling iron oxide staining 1960 N1BE 51NW Linear, slightly open, slightly rough, clay filled 1961 N2BE 85NW Curvilinear, tight, slightly rough, thin clay coating 1962 N05W 70NE Linear, tight, smooth to slightly rough, clay coating 1963 N12E 90 Linear, tight, slightly rough, clay filled 1964 N7BW 83SW Linear, tight, slightly rough, minor iron oxide staining 1965 N20W 72NE Curvilinear, tight, slightly rough, minor iron oxide stain 1966 N36E 53NW Linear, tight, smooth, thin clay coating 133 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1967 N18E 90 Curvilinear, short, slightly open to tight, slightly rough, clay coating 1968 N02W 90 Linear, tight, smooth, iron oxide stained 1969 N77E 68SE Curvilinear, tight, rough, iron oxide stained 1970 N76E 90 Linear, tight, surface not exposed, iron oxide stain 1971 N85E 74SE Curvilinear, tight, clean 1972 NOSE 67SE Linear, tight, slightly rough, calcite filled 1973 N05E 67SE Linear, slightly open, smooth to slightly rough, calcite coating 1974 NI0E 8INW Curvilinear, slightly open, rough, clean 1975 NIOW 76NE Curvilinear, tight, rough with thin calcite coating 1976 N08E 57SE Linear, tight to slightly open, slightly rough, minor iron oxide stain 1977 N15W 76NE Sinuous, tight, rough, minor clay and calcite coating 1978 N15W 82 NE Sinuous, tight, very rough, minor clay coating 1979 N08E 65SE Linear, tight, slightly rough, clean 1980 N06E 64SE Linear, tight, slightly rough, minor chlorite clay coating 1981 N15E 57SE Linear, tight to slightly open, smooth, clean with occasional siliceous coating 1982 NIOE 61SE Linear, irregular, tight to slightly rough, clean, minor clay coating 1983 N14E 88SE Linear, tight, rough, calcite coated 134 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 1984 N20E 85NW Linear, irregular, tight, rough, slight weathering, minor clay coating 1985 N90E 885 Linear, tight to slightly open, rough, clay filling, minor iron oxide stain 1986 N24E 71NW Linear, slightly open, rough, calcite coating, minor iron Qxide staining 1987 NI0E 75NW Linear, slightly open, slightly rough, minor iron oxide stain 1988 N04E 81NW Linear, slightly open, slightly rough, clean 1989 N8BE B8N Curvilinear, tight to slightly open, rough, iron oxide stained 1990 N21E 44NW Linear, tight to slightly open, rough, calcite coated 1991 NI0E 42NW Linear, short, open, clean 1992 N28E 51NW Linear, irregular, slightly open, rough, thin clay coating 1993 N03E 79W Linear, open, slightly rough, occasional calcite coating 1994 N74E 74SE Sinuous, tight to slightly open, slightly rough, iron oxide staining 1995 N25E 62NW Linear, open, rough, calcite coated, clay filling 1996 N30E 65NW Linear, tight to open, slightly rough, thin clay and siliceous coating 1997 N28E 58NW Linear, tight to open set of closely spaced joints, slightly rough, minor clay and siliceous coatings 1998 N25E 65NW Linear, tight to slightly open set of closely spaced joints, slightly rough, minor iron oxide and siliceous coating, clay filling 135 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 1999 N23E 67NW Linear, tight to slightly open set of closely spaced joints, rough to slightly rough, iron oxide staining, minor clay coating 2000 N2sE 77N~ Linear, slightly open, slightly rough, iron oxide stained, minor clay coating 2001 N24E 64NW Linear, tight to slightly open, rough, minor clay coating 2002 N20E 66NW Linear, tight, smooth, minor clay, iron oxide and calcite coating 2003 N23E 6sNW Linear, tight, smooth, one of set with joints i002, 2004, 2005, minor clay, iron oxide, and calcite coating 2004 N22E 65NW One of set with joint 2003 2005 N25E 62NW One of set with joint 2003 2006 NOSW 70NE Straight, slightly open to closed, smooth, vertical striations, filled with siliceous material, minor iron oxide stain 2007 N05W 73NE Straight, slightly open to closed, smooth, siliceous filling, minor iron oxide, stain 2008 N18E 74E Straight, closed, smooth with vertical striations, dark green mineralization on surface 2009 NI0E 72E Straight, smooth, slightly open to closed filling with siliceous 2010 NOOE 65E Straight, closed, smooth with vertical striations, dark green mineralization 2011 NOOE 66E Straight, closed, smooth, with vertical striations and dark green mineralization, becomes joint 765 on wall 2012 N20E 75E Straight, slightly open to closed, smooth, clean 136 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 20:t-3 N25E 5SE Straight, slightly open to closed, smooth, clean with minor striations and dark green mineralization 2014 NOOE 54W Straight to slightly sinuous, open to 1/4 inch, smooth, moderate iron oxide staining clay filled 2015 NI0E 75W Straight to slightly curved at ends, closed, smooth, iron oxide stained 2016 N20E 75W Straight, closed, smooth, with iron oxide stain 2017 N20E 74W Straight, closed, smooth, with iron oxide stain 2018 N13E 68W Straight, closed, smooth, with iron oxide stain 2019 N15E 70W Straight, open, smooth, with light green clay and siliceous coating to 1/16 inch, thick 2020 N15E B2W Straight, open, smooth, with green clay and siliceous coating to 3/16 inch, thick 2021 N17E B8E Straight, closed, smooth, clean, minor iron BBW oxide stain 2022 N25E BIW Straight, closed, smooth, filled to 1/16 inch 2023 NIBE BOW Straight, closed, smooth, filled with hard, white, crystalline material, minor iron oxide stain, slickensides 5-156, offsets dike about 1/4 inch 2024 N05W 75E Slightly sinuous, closed, smooth with hard, white, mineralization on surface 2025 NB5E 69E Straight, closed, rough to smooth, minor ~ron oxide stain 2026 N65W 59E Straight, to curvilinear, closed, smooth, clean with minor iron oxide stain 137 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2027 NIOW 76E Straight, closed, slightly rough, hard, white and dark green mineralization on surface, slickensides, S-157. 2028 N05W 8lE Straight, closed, smooth, minor iron oxide staining 2029 N07W 71E Straight, closed, smooth, with siliceous coating, minor iron oxide stain 2030 N16E 6lE Straight, closed, smooth, minor iron oxide stain 2031 N08W 68E Slightly irregular, rough, filled with white siliceous and dark green material, striations same as fault J-2027 offsets small granite dike about 1/4 inch 2032 N30W 78E-BBW Slightly irregular and curved, closed, smooth, minor iron oxide stain 2033 N25W 64E Straight, closed, smooth, with siliceous coating 2034 N35W 8BE Curvilinear, closed, smooth, with siliceous coating 2035 N35W 65W Curvilinear, closed, smooth, with siliceous coating 2036 N25W 73E Straight, closed, smooth, with chlorite mineralization 2037 N20W 64E Straight, slightly open to closed, with hard, white siliceous coatings 2038 N25W 70E Straight, closed to slightly open, smooth, hard, white siliceous coating 2039 N30W 8SE Straight, closed to slightly open, smooth 2040 N30E 67W Straight, closed, smooth, minor clay and siliceous coating, minor iron oxide stain 138 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 2041 NlSE sow Straight, closed, smooth, with minor clay and siliceous filling 2042 NOSE 59W straight, closed, smooth, filled with clay and coated with hard siliceous material, joint 782 on wall 2043 N07W 74E Straight, slightly open to closed, smooth, with light green clay filling and siliceous coating, minor iron oxide stain 2044 N07W 7SE One of set with joint 2043, same description Discharge Tunnel 2045 NOSW ISE Sinuous, extensive, subparallel set, open to closed, moderately weathered, with clay and biotite concentrations 2046 N87W a6E Linear, open to 1 inch, bifurcating, clay filled, iron oxide stained 2047 N80W 77W Linear, open, clay filled iron oxide stained 2048 N63W 61E Sinuous, extensive, tight, along biotite concentration, slightly weathered 2049 NBOW 82W Linear, open to 1/2 inch, some clay filling, slight to moderate weathering 2050 NOSE S9W Slightly open, clay filled, iron oxide stain 2051 N71W 17W Sinuous, extensive, rock fragments and clay filling, severely weathered 2052 N77W 8lE Sinuous, closed, follows biotite concentration, slight to moderate weathering, iron oxide stain 2053 N84W 73W Sinuous, closed, fresh to slightly weathered, minor iron oxide stain 139 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2054 N80W 83E Sinuous, closed, fresh to slightly weathered, minor iron oxide stain 2055 N90E 70S Linear, closed, slightly weathered, minor iron oxide stain 2056 N78E 19E Linear, open to 1/2 inch, clay filled, minor weathering and iron oxide stain 2057 NOOE 37W Linear, open to 8 inches, rock fragments and clay filling, slightly weathered, minor iron oxide stain 2058 N90E 90 Linear, open to 1 inch, soil filled, fresh, minor iron oxide stain 2059 N90E 84N Linear, closed, slightly bifurcating, fresh 2060 NOOE 63W Linear, closed, slightly bifurcating, fresh 2061 N90E 79S Linear, closed, slightly bifurcating, fresh 2062 N04E 43W Slightly irregular, iron oxide stain 2063 N18W 32E Linear, open to 1/4 inch, clay filled, slightly weathered 2064 N34W 22E Linear, open, clay filled, slightly weathered 2065 N75E 76E Linear, open to 2.0 inches, clay filled, iron oxide stain 2066 NOOE 16W Rough, iron oxide stain 2067 N12E 17E Slightly open, rough, clay filled, iron oxide stain 2068 N10W 90 Linear, closed, smooth, slighly weathered 2069 N81E* S8W Linear, slightly weathered, iron oxide stain 140 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 201-0 N72W 03E Short, closed, rough, slight iron oxide stain 2071 N55E 12E Linear, closed, extensive. minor iron oxide stain 2072 N40W 60E Sinuous, closed, f o Ll.ov s biotite concentration 2073 N23E 17E Irregular, closed, minor iron oxide stain 2074 N40E 16E Irregular, closed, minor iron oxide stain 2075 N53E 16E Irregular, closed, minor iron oxide stain 2076 N90E 90 Sinuous, slightly open, minor iron oxide stain 2077 N81W 86£ Sinuous, slightly open, minor iron oxide stain 2078 N48W 44E Linear, closed, rough, slightly weathered, minor iron oxide stain 2079 N45W 45E" Linear, closed, rough, slightly weathered, minor iron oxide stain 2080 N24E 55E Linear, closed, smooth, minor calcite, iron oxide stain 2081 N07E 69W Linear, closed, smooth, fresh 2082 N35E 48£ Linear, closed, smooth, minor iron oxide stain 2083 N20E 68W Curvilinear, closed, smooth, fresh, minor epidote coating 2084 NIOE 79£ Linear, closed, smooth, fresh, minor epidote 2085 N04E 69W Linear, closed, smooth, fresh, minor epidote 141 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2086 NlSW 82E Linear, closed, smooth, epidote coating 2087 N20W 80W Linear, closed, slightly rough, fresh 2088 NISE S2E Linear, closed, slightly rough, fresh 2089 N2SW 8SW Linear, closed, rough, clean, fresh 2090 NISE SSE Linear, closed, subparallel set, fresh 2091 N4SW 83W Linear, closed, smooth, clay filled 2092 N43W 75W Curvilinear, closed, smooth, clay filled 2093 N4SW 83W Curvilinear, closed, smooth, clay filled 2094 NI0E 80E Linear, closed, smooth, clean 2095 N80W 90 Linear, closed, fresh 2096 N6SW 7SW Linear, closed, fresh 2097 N60E 10E Undulating low angle joints, weathered surface 2098 N8SE 88E Linear, closed, smooth, weathered, iron oxide stain 2099 N88W 8SW Curvilinear, weathered, iron oxide stain 2100 N8SE 90 Linear, closed, smooth, slightly weathered Service Building 2101 NI0E 68E Fairly linear, tight, fresh to slightly weathered surfaces, follows a small pegmatite veir 2102 NOSE 72E Linear, tight, slight irregular to smooth surfaces 2103 N8SW 72W Linear, tight, fairly smooth, fresh surfaces 142 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 2104 N20E 80W Linear, tight, fairly smooth, fresh surfaces 2105 N15E 82W Linear, tight, fairly smooth, fresh surfaces with some iron oxide staining 2106 N05E 82W Curved to the west, tight, with fresh, fairly smooth surfaces 2107 N75E 68E Short, linear, tight, with fresh, smooth surfaces 2108 N20E SSE Short, linear, tight 2109 N70W 75W Short, slightly curved, fairly smooth stir faces with iron oxide coating (occasionally heavy) 2110 NIOE 8SW Short, linear, tight, slightly weathered surfaces with iron oxide staining 2111 NOSE 75E Slightly curved, series of very closely spaced joints, slightly weathered surfaces with occasional iron oxide staining 2112 NIOE 72E Slightly curved, tight, fresh to slightly weathered surfaces 2113 NOOE 80E Slightly curved, tight, services of very closely spaced joints 2114 N02E 81E Linear, tight, smooth, fresh to slightly weathered surfaces 2115 NIOE 70E Slightly curved, fresh surfaces with occasional iron oxide staining 2116 NIOE 73E Linear, tight, smooth surfaces 2117 NOOE 76 Linear, tight 2118 NOOE 76E Slightly curved, tight 2119 N02E 84E Slightly curved, tight, smooth surfaces with occasional iron oxide staining 143 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 2120 N03W 78E Slightly curved, tight, smooth surfaces 2121 NOOE 72E Slightly curved, tight, smooth surface with occasion iron oxide staining 2122 N02W 90 Short, curved joint 2123 NIOE 62W Linear, tight, smooth surfaces with slickensides, 5-157, and some chalcopyrite 2124 N15E 88E Linear, tight, smooth surfaces with some white coating, and occasional iron oxide staining 2125 NIOW 87W Linear, tight, smooth to slightly irregular surfaces 2126 NI0E 75E Series of very closely spaced, linear, tight, smooth, jqints, dip varies 2127 NOOE 86E Series of very closely spaced, slightly curved, joints with smooth surfaces with white coating and occasional clay filling 2128 NOIW 87E Slightly curved, smooth, fresh surface with occasional iron oxide staining and some clay filling 2129 NIOE 72E Slightly curved, tight, smooth surfaces with some iron oxide staining 2130 NIOE 73W Curved, smooth surface with some green-white filling and occasional iron oxide staining, dip varies 2131 NIOE 64E Linear, slightly weathered to fresh surfaces with iron oxide staining 2132 NI0E 80E Tight, slightly undulating joint wi~h smooth surfaces and occasion white-greed coating 2133 N75~1 82E Slightly curved, fresh, smooth surfaces 144 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2134 N20W 60E Linear, tight, smooth surface 2135 N20W 65E Linear, tight, smooth surfaces 2136 N78W 76W Slightly curved, smooth surface 2137 N80W 90 Slightly curved, tight, smooth surfaces, dip varies 2138 N85W 90 Linear, tight, slightly weathered surfaces and occasional iron oxide staining 2139 N80W 86E Linear, tight, smooth surfaces 2140 NOSE 88W Linear, tight, smooth surfaces 2141 NIOW 77E Slightly curved, tight, fresh surfaces 2142 NOOE-NIOW 80E Curved to Northwest at the North end 2143 NIOW 74E Sinusoidal joint, smooth surfaces 2144 NIOW lOW Low angle, fresh to slightly weathered surfaces 2145 N08W 90 Slightly curved, tight, smooth surfaces 2146 N10W 88W Linear, tight, fresh surface 2147 N06E 90 Linear, smooth surfaces 2148 N20E S8E Short, linear, tight 2149 N10E 74E Slightly curved, tight, dip varies 2150 NIOE-NIOW 64E Curved, tight, smooth surfaces 2151 N05W 88E Linear, tight, smooth surfaces 2152 N10W 88W Slightly curved, tight smooth surfaces 2153 N30W 8BE Linear, tight, fresh surface 2154 N25W 87E Linear, tight, smooth surface with white coating 145 of 203
l'1NPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2155 -N10W 80E Curved, smooth surfaces with occasional iron oxide staining 2156 N35W 70E Slightly curved, fresh, to slightly weathered surface with same iron oxide staining 2157 N30W 80E Linear, tight, smooth, fresh surfaces 2158 N30W 86E Linear, tight, smooth surfaces 2159 N05W- 90 Slightly curved, smooth, fresh surfaces 2160 N18W 77E Slightly curved, tight 2161 N18E 72E Linear, tight, irregular surface, series of very closed spaced joints 2162 N07E 90 Linear, tight 2163 N14E 85W Linear, tight, smooth surface with occasional white filling 2164 NIlE 69E Slightly curved, smooth fresh surfaces 2165 NOSE 65E Linear, tight, smooth, fresh 2166 N07E 35E Linear, tight, smooth surface 2167 N10E 84E Linear, tight, smooth, fresh surface 2168 N15E 75W Linear, tight 2169 N70W 60W Linear, tight, fresh surfaces 2170 N80W 86W Slightly curved open to tight with occasional clay filling, rough, irregular surface 2171 N27W 83E Linear, slightly open with clay filling, smooth to slightly rough surface, with occasional iron oxide staining 2172 N30W 85E Linear, tight to slightly open, smooth surface with clay coating and occasional iron oxide staining 146 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2173 N19W 21W Linear, very rough, fresh surfaces 2174 N2sW 70E Slightly curved, fairly smooth surface with iron oxide staining and some thin clay filling 2175 N8sW 81S to Slightly curved, smooth surface with 86N occasional iron oxide staining 2176 NOSE 60W Linear, tight, smooth surface with iron oxide staining and white clay coating 2177 NIOE 70E Linear, tight, smooth surface with thin clay filling 2178 NIOE 72E Linear, tight, smooth slightly weathered surfaces 2179 NlSE 68E Linear, tight smooth slightly weathered surfaces with occasional iron oxide staining 2180 N12E 84E Linear, tight, smooth slightly weathered surfaces with occasional iron oxide staining 2181 NlsE 68E Linear, tight with some fracturing, slightly weathered surfaces 2182 NlsE 64E Linear, tight, smooth surfaces with some iron oxide staining 2183 NIOW 72E Slightly curved, smooth slightly weathered surfaces with some iron oxide staining 2184 NIOE 67E Slightly curved, open slightly, irregular surfaces 2185 N10W 90 Linear, tight to slightly open, smooth surfaces 2186 NOsE-NIOW 85E-90 Curved, slightly open with clay filling, slightly weathered surfaces 147 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks Dimineralized Water Storage Tank 2187 NOSE 70E Linear, tight, smooth, slightly weather to fresh surfaces with occasional iron oxide staining 2188 N85E 70E Linear, tight, somewhat irregular, slightly weathered surfaces with iron oxide staining 2190 N65E 75-80E Sinuous, tight joint set, slight iron oxide staining and clay coatings. Pump House 2191 N14E 74W Extensive, linear, tight, slightly rough surfaces with iron oxide staining and occasional white clay filling 2192 N12E ssw Extensive, linear, tight, smooth surfaces with iron oxide coating and slight clay filling. Occasional vague slickensides noticed, 5-158 2193 N15E 83W Linear, slightly open, rough surfaces with slight iron oxide staining 2194 NOIE 54W Extensive, linear, tight to slightly open, very rough slightly weathered surfaces, pegmatite injected along same plane 2195 NI0W 65E Extensive, linear joint set, closely spaced, tight, smooth to slightly rough surfaces with iron oxide staining and slight clay coating 2196 N12W 67E Extensive, linear joint set, parallel to joint 2195, tight closely spaced joints with smooth surfaces, iron oxide staining and less than 0.25-inch wide light green clay filling 2197 N06W 58E Linear, joint set, closely spaced joints, tight to slightly open with iron oxide staining and less than 0.2-inch wide green clay filling 148 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2198 N12W 80E Extensive, linear joint set, closely spaced, tight, smooth surfaces with iron oxide staining and slight clay filling 2199 NIOW 69E Linear, joint set, closely spaced, tight iron oxide staining, slight clay coating 2200 N15W-N24W 76E Slightly curved, slightly open, rough to slightly rough surfaces, occasional iron oxide and clay coatings 2201 N15W 70E Linear, closely spaced joint set, tight, slightly rough surfaces wi th occasional iron oxide staining and clay coating 2202 N12W 84E Linear, tight to slightly open, slightly rough irox oxide stain, calcite coating 2203 N22W Linear, tight to slightly open, slightly rough surfaces with occasional iron oxide stain 2204 N15W-N20W 85-90E Extensive, linear, very thin fault zone, less than 3 inches wide, filled with drusy quartz and angular fragments of moderately to severly weathered gneiss in a siliceous matrix, fractures are filled with clay gouge; apparent right lateral displacement of 1 to 2 feet is indicated by two very thin granite dikes trending N70E/45SE. Vague slickensides, S-159, are closely aligned with foliation. 2205 N20W 81E Extensive, linear splay off of fault J-2204 open to 1 inch, rough surfaces with crystalline quartz coating, clay filling similar to fault J-2204, possible slickensides trending down dip but they are very vague, no displacement 149 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 2206 N22W 83E Slightly sinuous, open to 1 inch with crystalline quartz coating surfaces, clay filling, heavy iron oxide staining, southeastern end is open to 8 inches with glacial till filling 2207 NOOE 90 Linear splay off of fault J-2204, tight to slightly open, smooth surfaces, clay filling, occasional siliceous coating and iron oxide staining 2208 N07E 75E Very curved, tight, rough surfaces with siliceous coating 2209 NOSH 84W Sinuous, tight to slightly open, smooth surfaces with iron oxide staining and calcite coating 2210 N15E 90 Slightly sinuous, tight, very rough surfaces with iron oxide staining 2211 N40E 74W Linear, tight to slightly open, slightly rough surfaces with iron oxide staining and occasional clay coating 2212 N38E 76W Slightly curved, slightly open, smooth surface with iron oxide staing and white clay filling 2213 N40E 75W Curved, tight to slightly open, slightly rough surfaces with heavy iron oxide staining 2214 N40E 75W Linear, open to 0.2 inch, smooth surfaces with occasional iron oxide staining. clay filling, and very thin siliceous ~oating 2215 N56E 79W Linear, open. slightly rough surfaces with heavy iron oxide staining and clay filling 2216 N44E 77W Linear, open to 0.2 inch. smooth surfaces with siliceous coating 150 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2217 N40E-N5SE 8SW Sinuous, open to slightly open, rough and irregular surfaces, clean, fresh 2218 N40W 84W Slightly curved, tight, rough surfaces, heavy iron oxide staining 2219 N54W 17W Sinuous, slightly open, rough surfaces, heavy iron oxide staining 2220 N72E 07E Sinuous, rough and irregular surface, heavy iron oxide staining 2221 N42E 78W Slightly curved, open to 0.2 inch, smooth surfaces with heavy iron oxide staining and clay filling 2222 N52E 7SW Slightly curved, slightly open, smooth surfaces, white siliceous coating 2223 NSOE 68W Slightly curved, tight to slightly open, smooth surfaces, occasional iron oxide staining and clay coating 2224 N40E 74W Curved, tight to slightly open, slightly rough surfaces with occasional iron oxide stain and siliceous coating 2225 NOSE 62W Linear, tight to slightly open, smooth surfaces, occasional siliceous coating 2226 NOSE 63W Linear, open to 0.2 inch, smooth surfaces, clay filling, chlorite staining, occasional siliceous coating 2227 N07E SIE Extensive, linear, closely spaced joint set, slightly open, main joint open to 0.7 inch with very smooth surfaces and filled with clay and gneiss fragments, possible 1- to 2-inch apparent left lateral displacement, slickensides, 5-160 2228 NIlE 60E Linear, slightly open to 0.3 inch, very smooth surfaces with chlorite coating and clay filling 151 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 2229 N05H 63H Linear, tight to slightly open, very rough surfaces, heavy iron oxide stain, extends along 2-inch pegmatite vein 2230 N07E 75E Linear, open to 0.2 inch, smooth surfaces with chlorite staining, clay filling, and occasional siliceous coating 2231 NOIE 71E Linear, tight to slightly open, smooth surfaces, clay filling 2232 N21E 70E Linear, joint set, very closely spaced, zone less than 4 inches wide, tight- to slightly open, smooth surface, siliceous coating, occasional clay filling 2233 N25E 73E Linear, slightly open, smooth surfaces, siliceous coating and occasional clay filling 2234 N23E 76E Linear, tight to slightly open, smooth surfaces, occasional clay filling and siliceous coating 2235 N20E 75E Sinuous, tight to slightly open, rough surfaces, iron oxide staining 2236 N20E 78E Linear, en echelon joint set, very closely spaced, zone less than 6 inches wide, open to 0.2 inch smooth surfaces clay filling, siliceous coating, splay off fault J-2204 2237 N26E 82E Curved, slightly open, slightly rough surfaces with occasional siliceous coating and clay filling 2238 N15E 83E Slightly curved, tight to slightly open 2239 N05E 70£ Sinuous, tight to slightly open, slightly rough surfaces, occasional siliceous coating and clay filling 152 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2240 NODE 81E Very sinuous, very closely spaced fractures, zone less than 6 inches wide, open to 1 inch, slightly rough surfaces, crystalline quartz and clay filling with occasional fragments of granite and gneiss, I-to 2-inch apparent right lateral displacement. 2241 N18W 86-90W Very sinuous joint set, very closely spaced, zone less than 1 foot wide, joints open to 0.5 inch, surfaces rough, crystalline quartz coating, clay filling 2242 NOSE 80E Linear, tight to slightly open, slight rough surfaces, quartz coating, iron oxide staining 2243 N27E 77E Sinuous, tight, smooth, occasional, siliceous coating, iron oxide staining 2244 N20E 90 Linear, open to 0.5 inch, smooth crystalline quartz coating, clay filling, iron oxide stain 2245 NISE BOW Linear, closely spaced joint set, zone less than 1.5 feet wide, tight to slightly open, heavy iron oxide stain, occasional crystalline quartz coating and clay filling 2246 N16E SSW Slightly sinuous, open to 1 inch, smooth heavy iron oxide stain filled with crystalline quartz and clay near intersection with fault J-2250 2247 N28E 77£ Linear, very closely spaced joint set, zone less than 1 foot wide, tight to slightly open, iron oxide stain, occasional crystalline quartz coating and clay filling 2248 N16E 70-90E Very sinuous, slightly open, slightly rough to smooth surfaces with clay filling and siliceous coating, slickensides, 5-161, but no apparent displacement 153 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2249 N5E-N20E 60-BOE Very sinuous, open to 0.3 inch smooth to slightly rough surface with siliceous coating and clay filling 2250 NOSE 85-90E Extensive, slightly sinuous, highly fractured zone, less than 1.5 feet wide, filled with fractured granite and gneiss surrounded by clay gouge or drusy quartz zone splays into an en echelon joint set at south wall of excavation. Apparent reverse displacement of 6 to 7 inches (wall fault J-799) 2251 N14E 80-90W Sinuous shear plane that splays to the south off of fault J-2204, smooth to slightly rough surfaces with up to 0.2-inch quartz coating and clay
-filling. Branches into an en enchelon joint set at southeast wall. Possible 2- to 3-inches at apparent left lateral displacement noticed at south end (wall fault J-804) 2252 N23E 78E Curved, slightly open, smooth surface with occasional clay filling 2253 N02W 87E Slightly curved, slightly open to tight, smooth surfaces with occasional siliceous coating 2254 N06E BBE Linear, tight to slightly open, smooth and clean surfaces 2255 N06E 75E Curved, slightly open, smooth surface with occasional iron oxide stain 2256 N17W 82E Linear, very closely spaced joint set, zone less than 6 inch wide, tight to slightly open, smooth surfaces with clay filling and occasional chlorite coating 2257 NOW-N15W 76-90E Slightly sinuous, tight to slightly open rough surfaces with crystalline quartz coating and clay filling 154 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2258 NIOW-N20W 65E Slightly sinuous, open to 0.5 inch, slightly rough surfaces with crystalline quartz coatings and clay filling 2259 N36W 87E Slightly sinuous, open to 0.5 inch, rough surfaces with crystalline quartz coating and clay filling 2260 N16E 66E Linear, slightly open, rough and irregular surfaces with clay and crystalline quartz filling 2261 N22W 76W Very sinuous, slightly open to tight, rough surfaces with occasional clay filling 2262 N17E 84E Slightly sinuous, very closely spaced joint set, zone less than 6 inches wide, tight to slightly open, rough surfaces with clay filling and occasional iron oxide stain 2263 N34E 8BE Sinuous, slightly open, rough surfaces with occasional clay filling and iron oxide stain 2264 N15E 87W Slightly sinuous, open to 0.3 inch, slightly rough surfaces with clay filling, iron oxide stain and occasional siliceous coating, possible down dip slickensides but very vague 2265 NOE-N15E 65-75W Very sinuous, open to 2 inches, smooth to slightly rough surfaces with drusy quartz coatings, clay filling and occasional heavy iron oxide stain, vague slickensides S-162 hut no apparent displacement 2266 N26E 84E Slightly sinuous, open to 0.3 inch, slightly rough surface, clay filling, drusy quartz filling near intersection with joint 2250 155 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 2267 NISE BBE Sinuous, tight to slightly open, slightly rough surfaces with occasional drusy quartz coating and clay filling 2268 N17E 75W Linear, very closely spaced joint set, slightly open to tight, smooth to slightly rough surfaces with occasional heavy iron oxide stain 2269 N23E BOW Slightly sinuous, tight to slightly open, slightly rough, occasional clay filling heavy iron oxide stain 2270 NIOE 8SW Linear, very closely spaced joint set, zone less than 6 inches wide, tight, slightly rough surfaces with heavy non oxide stain 2271 N20E 72W Linear, tight, very closely spaced joint set, zone less than '9 inches wide, slightly rough surfaces with heavy iron oxide stain 2272 N36E 90 Linear, tight, smooth surfaces with a siliceous filling 2273 N14E BSE Sinuous, slightly open, slightly rough surfaces with clay filling 2274 N03W 77W Slightly sinuous, very closely spaced joint set, zone less than 1 foot wide, tight with occasional clay filling and heavy iron oxide stain 2275 NIOE 56W Slightly sinuous, slightly open, slightly rough surfaces with siliceous coatings and occasional clay filling 2276 NIOE-NIOW 70-80E Sinuous, open to 1 inch, smooth to rough surfaces with crystaline quartz coatings, clay filling, and occasional chlorite coating, possible oblique slickensides but very vague 2277 NIOE BOW Linear, slightly open, smooth surfaces with clay filling and occasional siliceous coating 156 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2278 NI06E 72W Slightly sinuous, slightly open, smooth to slightly rough surfaces with occasional iron oxide stain and siliceous coating 2279 N07W 18W Very sinuous, open, rough surfaces with heavy iron oxide staining, 2-inch wide moderately weathered zone along joint 2280 N35E 74W Linear, tight to slightly open, slightly rough surface, occasional siliceous coating 2281 N35E 74E Linear, tight to slightly open, rough surfaces, siliceous coating, iron oxide staining 2282 NSE-N25E 70-85E Very sinuous, highly fractured zone less than 1 foot wide, open to 6 inches and filled with fragments of gneiss and granite in a siliceous matrix (cataclasite), fractures coated with drusy quartz and/or white clay gouge. Zone follows western side of pegmatite intrusion with no apparent displacement 2283 N28E 6SH Sinuous, splay off of joint 2282, very closely spaced joint set, tight to slightly open, smooth surfaces, clay filling and occasional chlorite coating and iron oxide staining Exhibits slickensides 5-163 and 5-164, but no apparent displacement 2284 N15E 78W Linear, open to 0.3 inch smooth surface ~ith crystalline quartz coating and clay filling 2285 N3SE 86E Very sinuous, open to 1 inch very rough surfaces with crystalline quartz coating and clay filling, less than 1 inch of apparent right lateral displacement 157 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2286 N21E 85W Sinuous, very closely spaced fractures, zone 1.5 feet wide, joints open to 0.5 inch, slightly rough surfaces with crystalline quartz coating, occasional chlorite coating, and clay filling, possible 1- to 2-inch apparent right lateral displacement 2287 N20E 88W Sinuous, open to 0.5 inch, slightly rough surface with crystalline quartz coating and clay filling 2288 N17E 72W Linear, open to 1 inch smooth surfaces with . crystalline quartz coating, sliceous filling, and occasional clay filling 2289 NIlE 7lW Curved, slightly open, rough surfaces with occasional clay filling 2290 N46E 90 Linear, fractured zone up to 6 inches wide, open to 1 inch, rough surfaces with crystalline quartz coatings and clay filling 2291 N43E 88W Linear, extensive, very closely spaced joint set, zone less than 1 foot wide, tight to open 1.5 inches, smooth to slightly rough surfaces with crystalline quartz coating and clay filling 2292 N77E 7lW Sinuous, slightly open, very rough surfaces with crystalline quartz coatings, occasional clay filling and iron oxide staining 2293 N40E 70W Slightly sinuous, open to 1 inch rough surfaces, crystalline quartz coating, occasional clay filling, iron oxide staining 2294 N78E 59W Curved, tight to slightly open, slightly rough surfaces with iron oxide staining, and occasional clay filling 158 of 203
MNPS-3 FSAR TABLE 2.5.4-1" (Cant) Joint Number Strike Remarks 2295 N26E 90 Very sinuous, highly fractured zone less than 1 foot wide, filling ranges from 6-inch wide lenses of granite and gneiss fragments in a siliceous matrix near the southern intersection with joint 2282 to a very thin siliceous coating and clay coating to the north. Undistrubed drusy quartz coats most surfaces with occasional clay filling. Apparent right lateral displacement ranges from 0 to 6 inches 2296 N40E 85W Curved, open, smooth surfaces with crystalline quartz coating and occasional clay coating 2297 N33E 89E Liriear, very closely spaced joint set, zone less than 9 inches wide, tight to slightly open, occasional crystalline quartz coating or clay filling 2298 N27E S8W Linear, tight to slightly open, smooth surfaces with occasional quartz coating and clay filling 2299 N32E 84W Linear, slightly open, smooth surfaces, clay filling and occasional quartz coating 2300 N30E 84W Linear, slightly open smooth surfaces with clay filling and occasional quartz filling 2301 NIOE-N40E 90 Curved, open to 0.3 inch smooth surfaces crystalline quartz coating and clay filling 2302 N12E 75W Extensive, linear to very sinuous, tight to slightly open, slightly rough surfaces with occasional siliceous coating and/or clay filling 2303 N31E 87E Slightly curved, very closely spaced joint set, zone less than 6 inches wide, tight to slightly open, slightly rough surfaces with occasional clay coating 159 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2304 N12E 60W Linear, extensive, open to 0.3 inch, smooth surfaces with occasional siliceous coating or chlorite staining, clay filling, slickensides, 5-165 2305 N07E 56W Linear, extensive, open to 0.3 inch, smooth surface with clay filling, occasional crystalline quartz coating, chlorite coating, and slickensides, 5-166 2306 N33E 67W Sinuous, very closely spaced joint set, zone less than 9 inches wide, tight to slightly open, slightly, rough surfaces with siliceous coating 2307 N35E 83E Sinuous, open to 0.5 inch, slightly rough surfaces, clay filling and occasional quartz coating 2308 N25E 8SE Slightly sinuous, open to 0.2 inch, rough and irregular surfaces, clay filling with occasional iron oxide stain 2309 N18E 70W Slightly sinuous, open to 0.2 inch, slightly rough surfaces, clay filling 2310 N25E-N50E 73-83W Sinuous, open to 0.2 inch rough surfaces with occasional quartz coating and clay filling 2311 N34W 78W Very curved, tight to open 0.2 inch, smooth to rough surfaces, clay filling and occasional siliceous coating 2312 NIOW-N35W 69W Very curved, tight to, slightly open, smooth surfaces with clay filling and occasional siliceous coating 2313 N20E 7SW Sinous, slightly open to tight, slightly rough surfaces with siliceous filling and occasional clay filling 2314 N17E 77W Curved, tight to slightly open, rough surfaces with s:'iceous coating and occasional clay filling 160 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2315 N15E 70W Slightly sinuous, very closely spaced joint set, zone less than 1 foot wide, tight to open 0.3 inch, slightly rough surfaces with occasional siliceous coating and clay filling 2316 NI0E 59W Sinuous to linear, extensive, open to 0.5 inch, smooth to slightly rough surfaces with occasional siliceous coating, clay filling, and vague slickensides, 5-167 2317 N15E 83W Curved, open to 0.3 inch smooth surface with clay filling 2318 N04E 80W sinuous, open to 0.5 inch slightly rough surfaces with occasional crystalline quartz coating and/or clay filling, slight iron oxide stain 2319 . NIIW 74W Linear to slightly sinuous, tight to slightly open, slightly rough surfaces with occasional siliceous filling 2320 N20W 73W Curved, tight, rough surfaces with occasional clay coating 2321 N02E 58W Linear, tight, very rough surface with siliceous coating 2322 N26E 8SW Linear, very closely spaced joint set, zone less than 1 foot wide, tight to slightly open, occasional clay filling and siliceous coating 2323 N70E-N85E 74W Curved, tight, rough surfaces with occasional clay filling 2324 N07E 56W Slightly sinuous, extensive, tight to slightly open rough to smooth surfaces with slickensides, 5-169, siliceous filling and chlorite staining 2325 N28E-N53E 86E Curved, tight, rough surface with crystalline quartz coating 161 of 203
HNPS-3 FSAR TABLE 2.5.4-1 ,(Cant) Joint Number strike Remarks 2326 N34E 76W Linear, en enchelon joint set, very closely spaced, zone less than 6 inches wide, tight to slightly open, smooth surfaces with occasional siliceous filling 2327 N36E 84W Linear, tight to slightly open, smooth surfaces with occasional siliceous filling 2328 N89W 66W Curved, tight, slightly rough surfaces with crystalline quartz filling at west end 2329 N83W 70W Curved, tight slightly rough surfaces
'vi th *crys talline quartz filling at west end 2330 NIlE 90 Sinuous, highly fractured fault zone, branch of fault J-2339 zone is 2 to 12 inches wide and 'filled with moderately to severely weathered gneiss and granite fragments usually rehealed in a siliceous matrix. Many fractures and cavities coated with drusy quartz and occasional white clay gauge.
Exhibits 2 to 3 feet of apparent right lateral displacement with slickensides, 5-168 2331 N30E 86W Linear, very closely spaced joint set, zone less than 1.5 feet wide, tight to slightly open, smooth surfaces with crystalline quartz coatings and occasional iron oxide stain 2332 N22E 86E Linear, very closely spaced joint set, zone less than 1 foot wide, open to 1 inch, smooth to rough surfaces, rehealed with quartz filling 2333 NllE 86E Linear, very closely spaced joint set, zone less than 1 foot wide, open to 1 inch smooth to rough surfaces, rehealed with quartz filling 162 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 2334 N08E 77W Slightly sinuous, open to 2 inches, very rough surfaces with heavy crystalline quartz coatings 2335 N28E 84W Slightly sinuous, very closely spaced joint set, tight to slightly open, smooth surfaces with occasional siliceous filling 2336 N15E 87W Linear, slightly open, smooth surfaces with siliceous filling 2337 N15E 64W Linear, very closely spaced joint set, zone less than 1 foot wide, tight to slightly open, smooth surfaces with dru~y quartz coating 233B N22E BOW Linear, tight to slightly open, smooth surfaces with drusy quartz coating, possible oblique-slip slickensides but very vague 2339 NIlE 85-90 Linear, highly fractured fault zone, 3 to 12 inches wide, and filled with moderately to severely weathered gness and gramatic fragments usually rehealed in a siliceous matrix. Cavities and fractures coated with drusy quartz and/or clay gquge. Apparent right lateral displacement ranges from 2 feet (south of fault J-2330 intersection) to 10 feet (north of fault J-2330 intersection). Occasional slickensides, 5-170, S-171 2340 NI9E 80W Sinuous, tight to slightly open, slightly rough sufaces with occasional clay coating 2341 N30E 73W Linear, tight to slightly open smooth surfaces with clay filling 2342 N48E 76W Slightly curved, tight to slightly open, rough surfaces, clay filling and occasional chlorite stain 163 of 203
MNPS-3 FSAR TABLE 2.5.4~1 (Cont) Joint Number Strike Remarks 2343 N14E 83W Linear, very closely spaced joint set, tight to slightly open, slightly rough surfaces with siliceous coating and occasional clay filling 2344 N23E 88E Slightly sinuous, open to 0.5 inch*, very rough surfaces, clay fillings, follows 6-inch wide pegmatite 2345 N40E 88W Slightly sinuous, slightly open, rough surfaces, clay filling 2346 N22E 63W Linear, open to 0.3 inch, rough surfaces with slight sliceous coating 23t!*7 N04E 85W Slig~tly sinuous, open to 3 inches
. highly fractured zone (1 to 6 inches wide) with very closely spaced drusy quartz-filled fractures, rough surfaces, 10 inches to 10 feet of apparent right lateral displacement 2348 N30E 76W Linear, open to 2 inches, rough surfaces, rehealed with drusy quartz filling containing occasional fragments of gneiss, 13 inches *of apparent right lateral displacement 2349 N37E 83W Linear, very closely spaced fractures, tight to open 1 inch, partially rehealed with siliceous filling that contains granite and gneiss fragments with occasional drusy quartz coating, approximately 12-inch apparent left lateral displacement 2350 NOOE 68W Linear, open to 0.5 inch, slightly rough surfaces with drusy quartz coating and occasional chlorite staining 2351 N03E 79W Slightly curved, tight to open 0.3 inch slightly rough surfaces with drusy quartz coating and occasional chlorite staining 164 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cent) Joint Number Strike Remarks 2352 N01E 85E Slightly curved, tight to slightly open, rough surfaces with occasional siliceous coating and clay filling 2353 N45E 78E Linear, slightly open, slightly rough surface with occasional clay filling and iron oxide staining 2354 N47E 77W Curved, slightly open, smooth surface with occasional clay filling and iron oxide stain 2355 N23E 64E Slightly sinuous, tight to slightly open, rough surface with occasional clay filling 2356 N80E 64E Sinuous, open, rough surfaces with clay filling 2357 N52E 81W Linear, tight, smooth surfaces with siliceous coating and occasional iron oxide stain 2358 N42E 84E Slightly sinuous, tight rough surfaces with sliceous coating 2359 NOOE 71E Linear, slightly open, rough surfaces, with clay filling and occasional iron oxide stain 2360 N12E 77W Linear, very closely spaced joint set, tight to open 0.3 inch, smooth surfaces, rehealed with quartz filling, chlorite staining 2361 N87E 89E Linear, tight, slightly rough surfaces with day cloating and occasional iron oxide staining 2362 N15E 75E Linear, open, smooth to slightly rough surfaces with occasional iron oxide stain 2363 N26E 87E Sinuous, tight, slight rough surface with chlorite stain 165 of 203
HNPS-3 FSAR TABLE 2.5.4~1 (Cont) Joint Number Strike Remarks 2364 NIOE 7SW-76E Sinuous fractured zone less than 6 inches wise, open to 2 inches and filled with milky, and dark green siliceous material with occasional drusy quartz coatings, follows eastern border of granite intrusion, occasional till filling, no apparent displacement 2365 N79E 8SE Curved, tight to open, slightly rough surfaces with occasional iron oxide stain, till filling 2366 N22E 90 Slightly curved, open to 0.2 inch, rough surfaces with occasional siliceous filling, iron oxide stain, and till filling 2367 N20E 64E Linear, tight, rough surface with slight iron oxide stain 2368 N80E 73W Linear, tight to slightly open, slightly rough surface with slight iron oxide stain, till filling 2369 N08E 75E Linear, tight to slightly open, smooth to slightly rough surfaces with heavy iron oxide stain, crystalline quartz coating occasional clay filling 2370 N50W 63E Linear, open, smooth surface with slight iron oxide stain and occasional till filling 2371 N49E 75-S7E Curved, tight to 'open 0.3 inch, smooth surface with slight iron oxide stain and occasional till filling 2372 N20E sow Linear, very closely spaced joint set, zone less than 1 foot wide, slightly open, slightly rough surfaces with occasional clay filling and slight iron oxide stain 166 of 203
HNPS-3 FSAR TABLE 2.5.4- 1 (Cant) Joint Number Strike Remarks 2373 N24E 90 Linea r, tight, sligh tly raugh surfac e with sligh t iron oxide stain, near inters ection , with fault J-2380 open to 2 inches and filled with grani te fragm ents in quartz matrix , occas ional till fillin g 2374 N20E 83W Curved , tight, sligh tly rough surfac e with sligh t iron oxide stain 2375 NOSE 81W Linea r, very close ly spaced joint set, zone less than 1.5 feet wide, smooth surfac es, with occas ional clay fillin g and heavy iron oxide stain 2376 N28E 76E Linea r, tight, smooth surfac es with occas ional iron oxide stain 2377 N26E 87W Linea r, tight, smooth surfac es with occas ional iron oxide stain 2378 N32E 82E Linea r, tight to sligh tly open, smooth surfac e with till fillin g 2379 N66E 80E Linea r, tight, rough surfac e with occas ional cryst alline quartz coatin g 2380 N06W 54E Linea r shear zone extend ing along foliat ion plane , 2 to 6 inches wide, smooth slicke nside d surfac es, 5-172 , with heavy chlor ite coatin g. Zone filled with fragm ent of gneis s in a light and dark green silice ous matrix , occas ional very thin coatin gs of gouge . Possi bly up to 2 feet of appar ent right latera l displa cemen t based on G-23 offse t 2381 N80E 8SE Curve d, tight, sligh tly rough surfac es with occas ional clay film 2382 N30E 84W Linea r, sligh tly open, smooth surfac es with clay fillin g 2383 N43W 87E Linea r tight, sligh tly rough surfac e with occas ional till fillin g 167 of 203
MNPS-3 FSAR TABLE 2.5.4-1 {Cont) Joint Number Strike Remarks 2384 NI9E 66W Curved slightly open, smooth surfaces with till filling 2385 N75E 73W Sinuous, tight to slightly open, rough surface with occasional iron oxide stain and clay filling 2386 N70E-N85E 64W Sinuous, tight to slightly open, slightly rough surface with occasional clay coating 2387 N80E 81W Linear, slightly open to tight, slightly rough surface with slight iron oxide stain 2388 N81E 84W Linear., tight, very rough surface with slight clay coating 2389 N19E sow Slightly curved, tight to open, slightly rough surface with quartz coating 2390 NOOE 67W Curved, tight, slightly rough surface with clay coating 2391 N20E 75W Tight to slightly open, rough to smooth surfaces; near intersection with fault J-2339 up to I-inch filling of gneiss fragments in a quartz matrix, occasional drusy quartz coating, chlorite staining common, no displacement 2392 N23E 72W Linear, tight, smooth surfaces with occasional siliceous coating and chlorite stain 2393 N20E 44W Linear, tight, smooth surfaces with siliceous fillin9 and chlorite stain 2394 N30E 68W Linear, open to 0.2 inch, smooth to slightly rough surfaces, siliceous filling and occasional iron oxide stain 2395 N80W 77E Linear, open to 1 inch, rough surface with till fillinl 168 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2396 N32E 74W Linear, open to 0.3 inch, smooth surface with occasional clay film 2397 N25E 82W Linear, tight, smooth surface with siliceous coating 2398 N30E 88E Linear, tight, smooth surface with occasional siliceous coating and chlorite stain 2399 N90E 815 Linear, tight, slight rough surface with occasional siliceous coating 2400 N31E 76E Linear, slightly open, slightly rough surfaces with clay filling 2401 N38E 78E Linear, slightly open, smooth surface with green clay filling and occasional till filling 2402 NIlE 59W Linear, slightly open, smooth surface with heavy iron oxide staining 2403 NIOE 57W Linear, slightly open, slightly rough surface with occasional siliceous coating 2404 N43E 61E Curved, slightly open, slightly rough surface with clay filling 2405 NIlE 87W Linear, open to 0.3 inch, smooth surfaces with clay filling and occasional chlorite and iron oxide staining 2406 NI0E BOW Linear to slightly curved, tight, irregular surfaces with heavy iron oxide staining 2407 NIOE 75W Linear, en echelon set of slightly open joints with fresh to slightly weathered surfaces 2408 N05E 7SW Linear, tight joint with smooth fresh to slightly weathered surfaces 169 of 203
MNPS-3 FSAR TABLE 2.5.4- 1 (Cont) Joint Number Strike Remarks 2409 N07E 60W Long, linea r to sligh tly curved en echelo n joints with smoot h, fresh to sligh tly weath ered surfac es 2410 NOSE 52W Linea r, smooth to irregu lar and fresh
~o sligh tly weath ered joint surfac es with occas ional iron oxide staini ng 2411 N20E 79W Linea r, with smooth fresh surfac es 2412 NI0E 76W Linea r, tight with smooth surfac es 2413 N20E 77W Sligh tly curved , with smooth fresh surfac es 2414 N22W 53W Linea r, with fresh irregu lar surfac es 2415 N78E 82E Linea r, tight joint with fresh to sligh tly weath ered surfac es with heavy iron oxide staini ng 2416 N80E 79E Curved , tight joint with sligh tly weath ered iron oxide staini ng 2417 N30E S4W Linea r, tight joint with smooth fresh surfac es 2418 N28E 81W Linea r, tight en echelo n joints with sligh t iron oxide staini ng 2419 N25E SOW Linea r, tight en echelo n joints , fresh to sligh tly weath ered surfac es with iron oxide staini ng 2420 N20E 71W Irregu lar, fresh -to sligh tly weath ered surfac es with some iron oxide staini ng 2421 N30E S1W Series of very close ly spaced linea r, tight joints with smooth surfac es 2422 N28E 82W Sinuou s trendi ng joint with smoot h, sligh tly weath ered surfac es and occas ional iron oxide staini ng 2423 N25E 76W Linea r, tight joint with irregu lar surfac es and some iron oxide staini ng 170 of 203
r-lNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2424 NIOE 88E Linear to slightly curved, tight fault with a filling of broken and weathered rock with small amounts of clay gouge. Approximately 6- to 12-inch apparent right lateral displacement, which appears to die out to the south. Near southern extent a small quartz vein is displaced only 2 inches 2425 N20E 75W Series of very closely spaced, sinuous, tight joints, some coating, no noticeable displacement 2426 N20E 71W Linear, tight fault with breccia zone varying from 0.25 to 1.0 inch, sili~ified. Approximately 3-inch left lateral displacement 2427 N30E 65W Sinuous, tight fault, splaying off of fault J-2424 with a I-inch wide silicified zone. Displacement varies between 3- to 5-inch right lateral movement. Displacement dies out to the south 2428 NIOE 65W Linear, tight joint with smooth, slightly weathered surfaces 2429 NOSE 62W Linear, tight joint with smooth, slightly weathered surfaces 2430 N02E 60W Linear, tight, en echelon joints with smooth, slightly weathered surfaces 2431 N20E 68W Linear, tight joint with smoc~~ slightly weathered surfaces 2432 N08E 70W Linear, tight, en echelon joints with smooth surfaces and iron oxide staining 2433 NOSE 7SW Linear, tight joint with irregular to smooth surfaces with some iron oxide staining 2434 NODE 7SW Slightly curved, en echelon joint set with irregular surfaces and some iron oxide staining 171 of 203
tlNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2435 N02E B7W Zone of very closely spaced, en echelon joints, irregular to smooth, slightly weathered surfaces with some iron oxide staining 2436 NOOE BOW Irregular, slightly weathered surfaces with iron oxide staining 2437 NOOE 54W Linear, tight joint, smooth surfaces with iron oxide staining 2438 NOSE 72W Set of very closely spaced linear joints with smooth surfaces 2439 N40W 74W Series of en echelon joints, smooth to irregular surfaces with iron oxide staining 2440 NISW 67W Irregular, sinuous joint, open with till filling, rough to smooth surfaces with iron oxide staining 2441 N04E 90 Splays off of fault J-2339, linear open to 2 inches, very rough surfaces with drusy quartz coating, possibly a few inches of right lateral displacement, questionable 2442 NIOE 50E Slightly sinuous, open to 0.2 inch, slightly rough surfaces with siliceous filling and slight chlorite coating 2443 N01W 77W Sinuous, splays off joints 2349, open to 0.3 inch with clay filling 2444 N03E 83W Slightly sinuous, open to 0.3 inch with clay filling 2445 N18E 84W Splays cff of fault J-2347, linear zone of very closely spaced fractures open to 0.5 inch with siliceous filling, possible 1 inch of left lateral displacement 2446 NOOE 8SW Linear tight to slightly open, slight irregular surface with some clay filling and chlc'ite coating 172 of 203
l-lNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2447 N61E 90 Concave to southeast, open to tight with some clay filling, irregular surfaces 2448 N14E 88E Linear, tight to slightly open with occasional clay filling, irregular surfaces 2449 N10E 79W Linear set of close to very closely spaced joints approximately 12 inches wide, tight to open (approximately 0.2 inch) with some clay filling, smooth surfaces with occasional siliceous coating and chlorite staining 2450 N13E 80W Series of very closely spaced joints, irregUlar, fresh to slightly weathered surfaces with occasional iron oxide staining 2451 N30E 72W Set of very closely spaced, sinuous joints, irregular, fresh surfaces 2452 N27E 74W Set of very closely spaced, en echelon joints, smooth to irregular, fresh to slightly weathered surfaces with occasional iron oxide staining 2453 N25E 75W Sinuous, seems to cut fault J-2441 and fault J-2424, both appear to die out on either side with some displacement being taken up by fault J-2453, appears to be 4 inches of left lateral displacement 2454 NIOE 70E Sinuous, irregular, slightly weathered surface, vuggy with drasy quartz and zones of heavy iron oxide staining 2455 NIOE 82W Sinuous, irregular, fresh to slightly weathered surface with some chlorite staining 2456 NIOE 70W Sinuous, tight, series of very closely spaced joints, some chlorite coating 173 of 203
~lNPS-3 FSAR TABLE 2.5.4-1 (Cont)
Joint Number Strike Remarks 2457 N07E 63W Linear, tight, series of very closely spaced joints, smooth, fresh to slightly weathered surfaces 2458 N25E 75W Series of very closely spaced joints, smooth to irregular surfaces with occasional heavy iron oxide staining and some chlorite filling 2459 N40W 72W Linear, tight series of very closely spaced joints 2460 NI0E 76W Linear, tight joint splaying off fault J-2347, zone 1 inch wide with siliceous filling, no noticeable material 2461 N21E 70W Linear, tight, series of very closely spaced joints, slightly weathered surfaces with heavy iron oxide staining 2462 N74E SOE Linear, slightly open, smooth to slightly irregular surfaces 2463 N8SE 54E Linear, en echelon, joint set, fresh to slightly weathered surfaces 2464 NOSE 7SW Linear, slightly open with some weathered rock filling, surfaces slightly weathered 2465 NS2W 35E Parallels the foliation, smooth, slightly weathered surfaces 2466 NI0E 8SW Zone splaying off of fault J-2437, filled with silicified material, no noticeable material 2467 N07E 77W Linear, tight set with some silicified filling 2468 NOSE 8SW Sinuous, irregular to smooth, fresh to slightly weathered surfaces 2469 N80E 82E Slightly curved, fresh to slightly weathered irre~ 'lar surfaces 174 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 2470 N30E 80W Fuel Building 2471 NI0E 73W Extensive, linear, tight to slightly open, smooth surfaces with iron oxide staining, very thin (less than 0.1 inch) clay filling, occasional faint slickensides, 5-174, 5-175 2472 NOCE 10E Very irregular and rough surface, open, iron oxide staining 2473 07E 72W Extensive, linear, smooth surface, open to 0.2 inch with clay filling, heavy iron oxide stain, contains occasional faint slickensides, S-173 2474 NIOE 74W Extensive, linear, tight to slightly open, slightly rough surface with iron oxide staining and occasional clay filling 2475 NISW 09E Very irregular, undulating rough surface, tight, occasionally heavy iron oxide stain 2476 N26E-N80E 63W Very concave to northwest, open to 0.1 inch, rough surface with iron oxide stain 2477 NOOE 79W Linear, open to 0.3 inch, slightly rough surface with iron oxide staining 2478 N73E 43E Sinuous, tight to slightly open, rough, iron oxide stain 2479 N29E 15W Sinuous, open, very rough, heavy iron oxide stain 2480 N12E 76W Linear, tight, smooth, occasional slight siliceous coating 2481 N55E-N60E 85-90E Very sinuous, open to 0.5 inch, rough surface with heavy iron oxide stain, glacial till filling 175 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2482 NIlE 85W Linear, slightly open to 0,1 inch, smooth surface, slight iron oxide stain 2483 NOOE 08W undulating and rough surface, iron oxide stain 2484 N07E 66E Extensive, linear, tight to slightly open, smooth, occasional siliceous coating with possible down-dip slickensides but very vague 2485 N82E 90E Slightly sinuous, tight, no surface exposed, iron oxide stain 2486 N25E 87W Slightly, sinuous, tight, no surface exposed, slight clay filling 2487 N17E 90E Linear, tight, no surface exposed 2488 N24E 72W Slightly sinuous, tight, smooth surface with slight iron oxide stain 2489 N82E 90E Slightly sinuous joint set, zone less than 6 inches wide, very closely spaced, tight, slightly rough surfaces with iron oxide staining and occasional clay filling 2490 N07E 67E Linear, open to 0.3 inch, smooth surface with iron oxide staining, clay and occasional siliceous filling. Possible 0- to 2-inch apparent right lateral displacement with very vague dip-slip slickensides 2491 N34E 63E Very sinuous, open to 0.1 inch, smooth surface with iron oxide staining, clay filling splays off from fault J-2490 2492 N02E 65E Linear, tight, smooth surface with slight iron oxide staining and occasional day coating 2493 N03E 66£ Linear, open to 0.3 inch, smooth surface with siliceous coating, iron oxide stainir: T and occasional clay filling 176 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 2494 N20E 82W Linear, open to 0.3 inch, smooth surface with white clay filling and occasional chlorite or iron oxide stain 2495 N20~ 69W Linear to slightly curved, open to 0.1 inch, smooth surface with white clay filling and occasional iron oxide stain 2496 N22E 68W Linear, tight, smooth surface with occasional slight clay filling 2497 N10W-N15W lOW Very rough, undulating surface, open to 1 inch, heavy iron oxide staining 2498 N38E 87W Linear, tight, slightly rough surface with slight clay coating 2499 N61E 90W Sinuous, tight to open 0.1 inch, very rough surface with heavy iron oxide stain and occasional clay filling SEAWALL FLOOR 2500 N12-20E 80W Sinuous fracture zone, open to tight, smooth to slightly rough, limonite stain, filled with light green with orange mottled clay to 1/2 inch 2501 N30E 725 offset dikes 1.5 to 3.3 ft, left lateral linear, parallel to #2500, smooth, slightly weathered 2502 N10 80S Linear, smooth, slightly weathered 2503 N10E 57W Linear to slightly sinuous, open to 3/8 in smooth to slightly irregular, minor iron oxide stain, filled with gray glacial clay PUMPHOUSE 2504 N15E 81W Linear, fairly smooth, slightly weathered iron oxide stain 2505 N20E 78W Tight, slightl.y irregular surface, slightly weathered 177 of 203
NNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2506 N10W 60W Linear, smooth, fresh, minor weathering 2507 NIOE 73W Linear, filled with pegmatite, iron oxide stain 2508 N12E 56W Smooth, slightly weathered, with slickensides 2509 NI0E 78E Set of 2 en echelon, smooth, fresh 2510 N12E 77E Linear, smooth, fresh 2511 NOOE 60W Linear, tight 2512 N81E 80E Set* of small, closely spaced joints linear, tight 2513 . N80E 70E Linear, tight, set of closely spaced joints 2514 N22E 78W Linear tight, smooth, fresh, minor iron oxide stain 2515 N75E 90 Linear, slightly open to tight, smooth, minor iron oxide stain 2516 N75E 73E Linear, tight, minor iron oxide quartz filling 2517 NIOE 70E-70W Linear, tight FUEL BUILDING 2518 N20E 84W Set of closely spaced, linear joints, tight, smooth, with minor sericitic (?) coating 2519 N2SE 74W Slightly curved, fairly smooth, slight weathering, minor iron oxide stain 2520 N05W 70E Slightly curved, smooth, slightly weathered, close, parallel joint at north end 2521 N15E 60-85W Slightly curved, smooth, slightly weathered with iron oxide stain 178 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2522 N05W 68E Linear, tight, smooth, minor iron oxide 2523 N08E 59W Linear, smooth, iron oxide stain in places, 2 in right lateral offset of vein at N1635 line, no offset at south end 2524 N07E 64W Linear, tight, smooth 2525 NOSE 60W Linear, tight, smooth 2526 N07E 73W Linear, tight, smooth, slightly weathered, minor iron oxide stain 2527 N15E 65W Slightly sinuous, smooth, slight weathering and iron oxide stain 2528 NIOE 70W Linear, tight, smooth fresh 2529 N06E 84W Linear tight smooth, fresh to slightly' weathered 2530 N60E 90 Linear tight, smooth, minor iron oxide 2531 NISW 72E Set of closely spaced joints forming blocky, fractured zone, smooth with chlorite filling 2532 NIOW 72E Set of very closely spaced joints, en echelon 2533 N35E 8SW Set of very closely spaced joints, en echelon, smooth, linear 2534 N25E 64W Linear, tight, smooth, slightly weathered 2535 N20E 90 Linear, tight, smooth, with iron oxide stain 2536 N30E 86W Linear, tight, smooth 2537 N80E 90 Linear, tight, moderate stain to 2 in deep 2538 N15E 75E Linear, tig~t, smooth, slight weathering 179 of 203
MNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number strike Remarks 2539 N25E 75W Linear, tight, set of 2, smooth, minor siliceous coating 2540 N25E 75W Set of very closely spaced joints, linear, tight, smooth with siliceous coating 2541 N35E 90 Linear, tight with white siliceous coating 2542 N30E 76W Set of very closely spaced joints, linear, tight with white siliceous coating 2543 N28E 65W Linear, smooth, iron stain, some fractured areas with thin siliceous coating DISCHARGE TUNNEL 2544 N85E 90 Linear, tight, Lr r e qu Lar, fresh, slight iron oxide stain 2545 N39E 65E Linear, tight, slightly irregular, fresh 2546 N75E 90 Linear to slightly sinuous, slightly rough surface, fresh 2547 N35W 69W Slightly sinuous, tight, slightly rough, fresh 2548 N12W 68W Linear, smooth, tight, minor iron oxide stain 2549 N15W 74W Linear, slightly rough, tight, minor iron oxide stain 2550 N13W BOW Linear, smooth, tight, slight iron oxide 2551 N14W 62W Linear, slightly rough, tight, fresh, minor iron oxide 2552 N82E 62S Linear, smooth to slightly rough, tight, fresh 180 of 203
~lNPS-3 FSAR TABLE 2.5.4-1 (Cant)
Joint Number Strike Remarks 2553 N08E 83tv Linear, smooth, tight to open 1/4 in, fresh 2554 NIOE 68H Linear, slightly rough, tight to 5 ligh tly open, heavy Lr on ox i de stain 2555 N65E 695 Linear to slightly sinuous, slightly rough, fresh 2556 N37H 69W Linear, slightly rough, open to 1/4 in, moderate iron stain 2557 N35H 78H Linear, slightly rough, slightly open, moderate iron stain 2558 N14H 90 Linear, slightly rough, tight, fresh 2559 N69E 90 Linear, slightly rough, tight, fresh 2560 N03H Linear, tight, smooth, soft green filling to 1/8 in 2561 NIOH 44W Linear face, slightly rough, moderate iron oxide 2562 N03E 73W Linear, slightly irregular, tight, minor iron oxide stain 2563 N06W 55W Linear, slightly rough, tight, fresh, minor iron stain 2564 NOSE 69W Linear to slightly arcuate, slightly rough, tight, fresh 2565 N88H 885 Linear to curvilinear, tight, fresh 2566 N20H 80W Linear, slightly rough, tight, slight iron stain 2567-2600 Not used FUEL BUILDING 2600 NI1W 57E Linear to slightly irregular, smooth to slightly rough, minor iron stain, quartz filling coated with quartz crystals at south end 181 of 203
I-lHPS-3 FS.;R TfiBLE 2.5~4-1 (Cont) Joint Number Strike Remarks 2601 N19H 57E Set of 6, closely spaced, linear, smooth to slightly rough, 1/2-1/4 in spacing, quartz filled, minor iron stain, some severe weathering of filling to soft clay 2602 NI2W 73E Set of 6 closely spaced, linear, smooth, minor chlorite, 1-6 in spacing, slightly open to tight 2603 NIOH 72E Linear, smooth, open at surface to tight, some iron stain 2604 N8IE 85S Slightly irregular, smooth to slightly rough, tight, minor iron oxide stain 2605 N05W 68E Linear, smooth, tight, minor iron oxide stain 2606 NOOS 70E Linear, smooth, with siliceous filling to 1/8 in 2607 N05W 70£ Linear, slightly discontinuous, smooth, tight, with thin siliceous coating, minor iron stain 2608 N02E 63S Linear, smooth, with green clay filling to 1/8 in iron stained 2609 NOSE 71E Set of 4 at 4 to 10 in spacing linear, smooth, tight, minor iron stain 2610 N08W 73E Linear to curved, smooth to slightly rough, clay filling to 1/8 in, siliceous coating, minor iron stain 2611 N12W 7SE Linear to slightly curved, smooth, tight, siliceous coating 2612 N06W 68E Linear, smooth to slightly rough, tight, quartz filled to 1/4 in, greenish 2613 NOIE 67E Set of 5, 4 to 10 in spacing slightly irregular, smooth, tight, siliceous coating, slight iron stain 182 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2614 NOSH 70E Slightly irregular, tight, smooth, thin siliceous filling, minor iron stain 2615 N79H 57E Slightly irregular, smooth, heavy 1ron oxide slain, biotite, quartz and clay filling, possible fault with slickensides 2616 N02E 82E Linear, smooth, tight, minor iron stain and quartz 2617 NOOE 62E Linear, smooth, open to 1/4 in clay and soft siliceous filling, iron stain 261S NOOE 74£ Linear, smooth, tight, with thin siliceous filling, minor iron stain 2619 N11H 64E Fractured zone, linear, tight, smooth, thin siliceous coating, minor iron stain, 10 discontinuous joints 2620 N84E 86£ Slightly irregular, slightly rough, tight, clean 2621 N06H 75£ Linear, smooth; tight to open 1/16 in, thin siliceous filling, minor iron stain, set of 3 discontinuous joints 2622 N3SW 8SW Linear, smooth, tight, minor iron stain 2623 N05W 58E Linear to irregular and discontinuous smooth to rough, minor siliceous coating and iron stain 2624 NOSE 7SW Set of 6, linear, slightly discontinuous, smooth to slightly irregular, tight, slight iron oxide and siliceous filling 2625 N80E 86E Linear, smooth, slightly open to tight, minor siliceous and iron oxide coating 2626 N16W 73£ Linear, tight, slightly rough to smooth, thin siliceous filling 183 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 2627 NOOW 83E Linear, rough, tight, white siliceous filling to 1/8 in, minor iron stain 2628 N08W 78E Linear, tight, moderate to severe weathering, light green coating, iron stain 2629 N10W 72E Very closely spaced set of en echelon joints, zone 1.0 ft wide, tight with thin siliceous filling 2630 N10W 76E Slightly sinuous, tight, smooth to rough and irregular, slightly to severely weathered, minor iron stain and siliceous coating 2631 N03W 73E Linear, tight, smooth, minor thin siliceous coating 2632 N10E 77E Linear, tight, smooth, minor siliceous coating and light green clay 2633 N08E 65E Linear, tight, smooth, minor iron stain, very thin siliceous coating 2634 N01W 83E Linear to curvilinear, slightly rough and irregular, minor iron stain and white siliceous filling to 1/4 in, soft 2635 N04E 90 Linear, tight, slightly rough and irregular, some en echelon, dark green (chlorite?) coating 2636 N01E 66E Linear, tight, slightly rough and irregular, minor iron stain and white siliceous coating to 1/16 in 2637 N15-08W 74E Linear, tight, undulatory to irregular, minor iron stain and white siliceous filling 2638 N08E 64E Linear, tight, smooth, heavy iron stain 2639 N08E 64W Linear, tight, smooth to slightly irregular, heavy iron stain, with slickensides 184 of 203
l'lNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2640 N16W 78E Linear, slightly open to 1/4 in, smooth, minor iron stain, white soft siliceous filling to 1/4 in 2641 N10W 60E Linear, tight, irregular I wh i te hard siliceous 2642 N08E 66E Linear, smooth, open to 1/4 in, clean 2643 N14W 72E Linear to arcuate, smooth to rough, minor light green stain and siliceous coating to 1/8 in 2644 NIOH 76E Linear, tight, very closely spaced set, smooth to slightly rough with minor thin siliceous coating to 1/16 in 2645 N04W 72E Linear, tight, slightly rough to smooth, clean with minor chlorite and siliceous coating 2646 N04W 75E Linear, tight, smooth to rough, minor chlorite and siliceous coating 2647 N10H 72E Linear, tight, smooth, clean 2648 N04E 68E Linear, tight, smooth, minor white siliceous coating 2649 NIOW 70E Linear, tight, smooth, minor green chlorite stain 2650 NIOW 71E Linear to curvilinear, tight smooth to slightly rough, dark green stained with minor white siliceous coating 2651 NIOW 77E Linear, tight, smooth to slightly rough, dark green stain with hard, white siliceous coating to Ij16 in 2652 NOOW 78E Linear, tight, smooth to slightly rough, minor iron stain 2653 N01E 68E Linear to curved, slightly rough, tight to slightly open, moderate iron and chlorite stain 185 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2654 N14W 87E Tight to slightly open, slightly rough, some dark green chorite stain 2655 N14E SSE Linear, tight, smooth to slightly rough, heavy green chloritic stain 2656 N27E 65E Linear, tight to open 1/8 in, smooth to slightly rough, minor light green stain 2657 N22E 76E Linear, branch of fault T-2, up to 1.0 ft wide zone of fractured and weathered rock, filled with drusy quartz, siliceous material, stained dark green, right lateral offset up to 1.8 ft 2658 N23E SSE Tight to slightly open to 1/8 in smooth to slightly rough, iron and chlorite stain 2659 N14E 68E Linear, tight to slightly open, smooth to slightly rough, minor dark green stain 2660 NS6E 90 Arcuate, tight, set of very closely spaced, 18 in wide zone, smooth to slightly rough, minor light green stain, filled to 1/16 in, soft 2661 NSOE 90 Linear, tight, slightly rough to smooth, slightly irregular, tan, soft, siliceous filling to 1/8 in 2662 NS4E 8SE Linear, tight, *slightly rough, hard, tan, siliceous filling, iron stain 2663 N34E 90 Arcuate, tight, smooth to slightly rough, hard tan siliceous filling to 1/8 in 2664 N18W 62E Sinuous, tight, closely spaced set 2 ft wide, smooth to slightly rough, soft, light green siliceous filling 2665 N12W S5E Linear, set of closely spaced 1.0 ft wide, dark green stain, minor yellow-green coating to 1/8 in 186 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remal-ks 2666 N30E S6W Linear, tight, rough, minor iron stain 2667 N32E 78W Linear, tight, smooth, thin hard, white, siliceous filling 2668 N20E SSW Linear, tight, rough, heavy iron stain 2669 N22E 67W Linear, tight, smooth to slightly rough, hard white filling to 1/8 in 2670 N24E 83W Linear, tight, smooth, filled with hard white siliceous material to 1/4 in 2671 N32E 77W Linear, tight, smooth to slightly rough, clean 2672 N30E 90 Linear, tight, smooth, clean, minor white siliceous coating 2673 Not used 2674 NOSE 64W Linear, tight, rough, moderately weathered, iron and chlorite stain 2675 N06E 60E Linear, tight, moderately weathered, heavy chlorite stain 2676 NOSE S6E Part of T-2, linear, planar, irregular surface, moderate to highly weathered filling, heavy iron and chlorite stain, minor pyrite, slickensides, right lateral offset, clay and brecciated rock to 5.0 in 2677 N21E 60W Linear, tight to open 1/4 in, slightly rough, minor iron stain medium hard, white siliceous filling to 1/4 in 2678 N21E 7SW Linear, tight, sligh~ly rough minor iron stain 2679 N23E 60W Linear, tight, smooth to slightly rough, some heavy green chlorite stain 2680 N16E 66E Linear, tight, zone of sheared rock 1.0 ft wide, smooth 187 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Stl-ike Remarks 2681 N13E 68E Linear, tight, slightly rough and irregular, moderate iron stain 2682 N16E 62E Linear, tight, very closely spaced set 8.0 ill wide, smooth to slightly r ouqh and d r r equ Lar . some hard, wh i te siliceous filling to 1/8 in and cataclasite 2683 N21E 57E Linear, tight, rough to slightly rough, minor iron stain 2684 N1lE 58E Linear, tight, rough and irregular, moderately weathered, moderate to heavy iron stain, filled with green and white cataclasite to 2.0 in at south end 2685 N13E 62E Linear, tight, rough and irregular, moderate weathering, some heavy iron stain 2686 NIlE 58E Linear to curvilinear, rough, moderately weathered, -heavy chlorite stain, some drusy quartz 2687 N13E 58E Set of very closely spaced, arcuate joints 5 in wide, tight to open 1/8 in, smooth, heavy chlorite stain, minor white coating to 1/16 in 2688 NOOS 65W Linear, tight, slightly rough, heavy chlorite stain 2689 Nl5E 73E Linear, tight, severely weathered 3.0 in zone of green and white cataclastic material between J2689 and J2681 2690 N05W 60W Linear, moderately to highly weathered zone of cataclastic material 4.0 in wide, filled with green, hard, sucrosic and drusy quartz, 2.7 ft of right lateral offset 2691 N21E 70E Linear, tight, splay from J2690 smooth, minor iron stain, filled with
.3 in drusy quartz 188 of 203
IlNPS- 3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 2692 N17E 84E Linear, tight, clean 2693 N15E SlE Linear, tight, smooth, clean 2694 NIlE 75E Linear, tight, clean, slightly r ouqh 2695 NIlE 69E Linear, tight, ve~y closely spaced set 6.0 in wide, slightly rough and irregular, minor iron stain 2696 N16E 66E Linear, some broken zones filled with green slightly weathered cataclasite to 1.0 in some drusy quartz, shows right lateral offset 2697 NIlE 74E Lihear, tight, smooth, slightly weathered, minor iron stain 2698 NIlE 78E Linear, tight, splay from fault T-2, filled with hard green cataclasite to 1.0 in, some weathered to soft, right lateral offset of 2.1 ft 2699 N80W 49E Arcuate, open to 1/4 in, slightly irregular surface, clean, iron stained 2700 NS4E 67E Linear, open to tight, rough, filled with pegmatite to 1/2 in, minor iron stain 2701 N13W 65E Linear, smooth, tight, siliceous filling to 1/16 in 2702 NOSE 71W Linear, smooth, tight, very thin siliceous coating, minor iron stain 2703 NOSE 69E Arcuate, tight, smooth, clean 2704 N90E 815 Curvilinear, smooth, tight, clean, minor iron stain 2705 N74E 7SE Linear to curvilinear, smooth to slightly rough, tight to slightly open, filled with pegmatite to 1 1/2 in, some heavy iron stain 2706 N27W 70E Set of joints 1 in-6 in apart, 2 ft wide, straight to slightly irregular, 189 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks smooth, siliceous filling to 1/4 in, some weathering to clay, no iron stain 2707 NI0E 73W Straight, smooth, open to 1/8 in to tight, minor siliceous filling, iron oxide coated 2708 N12W 78E Set of 6 discontinuous joints 1-3 in apart, open to tight, filled with siliceous material some weathered to clay, no iron stain 2709 N7SE 74E Straight, tight, smooth to rough filled with pegmatite to 1.0 in 2710 N03E 89E Straight, smooth, tight, clean 2712 NQSE 74W Straight, smooth, tight, filled with chlorite 2713 N06W 79W straight, smooth, tight, siliceous coating moderate iron stain 2714 N29W 86W Curvilinear, slightly irregular tight, siliceous filling, weathered to clay to 1/8 in 2715 N10E 60W Straight, smooth, open to 1/8 in, siliceous filling 2716 N2SW 66W Arcuate, smooth, tight, filled with quartz crystals to 1/8 in, moderate iron stain 2717 N22W 87W Slightly irregular, smooth tight, siliceous filling to 1/16 in, minor iron stain 2718 N2SW 82W Set of 3, 3 in apart, slightly irregular, smooth, tight, filled with siliceous crystalline material, moderate iron stain 2719 NOSW 67E Straight, smooth, clean, minor iron stain, tight 2720 N81W 54£ Straight to slightly irregular, smooth, clean, tight 190 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2721 N20W ssw Straight, smooth, tight, thin white siliceous filling, minor iron stain 2722 NOIW 62E Straight, smooth, filled to 2.0 in with siliceous material quartz crystals some clay, splay of fault T-2 2723 N72W 57E Straight to arcuate, smooth to slightly rough, soft biotite and clay to 3/4 in, moderate iron stain 2724 NISW 74W Straight, smooth, slightly open, very thin siliceous filling, moderate iron stain 2725 N21W 80W straight, smooth, clean, slightly open, set of 4, 1 to 4 in apart, becomes severely weathered zone at north end 2726 N24W 62E Straight, smooth tight to slightl~ open, clean, minor iron stain 2727 N18W 81W Straight, smooth, tight, filled with very thin siliceous material 2728-2729 Not used 2730 N16W 82E Linear, smooth, tight, clean, pink stain to 1.0 in wide 2731 N05W 87E Linear to slightly irregular, smooth, tight, clean, slightly pink coloration 2732 N20W 86E Linear, smooth, tight, clean, slightly pink coloration, set of 4, 2 to 4 in apart 2733 N04E 80E Linear, smooth, tight, fresh pyrite on surface 2734 N26W 82E Linear to slightly irregular, smooth to slightly rough, pink near joint surface, clean, tight 2735 NOSW 74E Linear to slightly irregular and curved, rough, clean, tight 191 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2736 N15W 84E Linear, smooth, clean, tight 2737 N30W 72W Arcuate, rough, clean, tight, slightly pink near joint 2738 N18H 75W Straight to slightly curved, rough, clean, tight, slightly pink stain 2739 N13E 18W Linear, smooth to slightly rough, open, clean, pink coloration to 2.0 in either side, forms floor over large area, minor seepage at wall 2740 N72W 84N Linear, rough, tight, clean 2741 NS5W 81N Linear to slightly curved, smooth to slightly rough, tight, clean, pink color to 4 in wide 2742 NSOW 885 Linear to slightly irregular, rough, tight, clean, pink color to 2 in wide 2743 N04W sow Linear, smooth, tight, clean 2744 N05W S8W Linear to slightly curved, smooth to slightly rough, tight, clean, pink stain 2 in wide 2745 NOSW 7SE Linear, smooth, tight, minor fresh pyrite on surface 2746 NOOE 78W Linear, smooth, tight, minor fresh pyrite 2747 N26W 64E Linear to slightly curved, slightly rough, clean, tight 2748 N46W 405 Linear to slightly irregular, slightly rough to rough, clean, tight 2749 NSSE 575 Linear to slightly curved, slightly rough, clean, tight 2750 N90W 225 Slightly irregular and curved, smooth to slightly rough, clean, tight 2751 N60E 545 Linear to slightly curved, smooth, slight iron oxide stain, tight 192 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2752 N50E 42S Planar to slightly curved, smooth to slightly rough, clean, slightly open 2753 N26~~ 63E Linear to arcuate, slightly rough, clean, slightly open 2754 N12H 52£ Arcuate, slightly rough, open, clean, set of 3, 3 to 8 in apart 2755 N4m-l 53E Arcuate, slightly rough, slightly open with minor soft white filling 2756 N70E 35S Planar to slightly arcuate, smooth, slightly open, clean, minor discoloration 2757 N35W 90 Linear, smooth, tight, slightly pink stain 2758 N82E 555 Linear, smooth to slightly rough, clean, slightly *open, slight discoloration 2759 N65W 58W Linear, slightly rough, slightly open, clean, minor discoloration 2760 N30W 22E Slightly curved, undulating surface, clean, slight discoloration 2761 N72E 56S Linear to curved, smooth to slightly rough, moderate discoloration and slight pitting of surface 2762 N78W 47N Linear, slightly rough, clean, minor iron stain, slightly open 2763 N78E 72N Arcuate, slightly rough, partially filled by 1.0 in quartz vein; slightly open 2764 NIOE 8SW Slightly curved and irregular, clean, open, smooth to slightly rough 2765 N8SW 73N Linear, smooth, tight, moderate iron stain 2766 N02E 7SE Linear, slightly rough, tight, heavy iron stain 193 of 203
I-INPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 2767 NODE 7DE Linear, slightly rough, tight, heavy iron oxide stain 2768 N04W 68W Linear, rough, tight, heavy iron stain 2769 N90E 32N Slightly irregular, slightly rough, slightly open, minor iron stain and quartz filling 2770 N85W 54S Linear, smooth, tight, heavy iron oxide, minor quartz filling 2771 N02E 72W Linear, smooth, tight, moderate iron oxide coating 2772 N55W 48N Irregular, smooth to slightly rough, open, moderate iron oxide stain 2773 N04W 70W Linear, smooth, tight, moderate iron oxide coating 2774 N75E 305 Linear to slightly irregular, smooth, slightly open, slight iron stain, some seepage 2775 N83W 385 Linear to slightly irregular, smooth, slightly open, moderate iron oxide coating 2776 N66W 65N Linear, slightly rough, open, minor iron oxide coating 2777 N02W 7DW Linear, smooth, slightly open, minor iron oxide, heavy green and white coating 2778 N04E 65W Linear, smooth, tight, green filling 2779 N75E 42S Slightly curved, smooth, slightly open, moderate iron oxide coating 2780 N47W 48N Linear, smooth, heavy iron oxide, moderate weathering, glacial striation 2780A N68W 73N Linear biotite seam 4 in wide, parallel to foliation, weathered, to soft green clay, zone of shear 194 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 2781 N07W 45W Straight to slightly irregular, polished with slickensides, right lateral displacement of 1.5 in, 0 to 4 in wide zone of fractured rock, minor clay, minor iron oxide stain 2782 N30E 885 Slightly irregular, dips to Nand S, tight, iron oxide stain, soft light green coating to 1/8 in 2783 N03W 87E Straight, smooth, clean, tight, minor iron oxide 2784 N02E 80E Straight, smooth, tight, thin white and light green, hard siliceous coating 2785 N79W 70N Linear, smooth to slightly rough, tight, thin siliceous coating, minor iron oxide 2786 N12E 86W Straight to slightly curved, smooth, soft light green filling to 1/4 in, minor iron oxide, dips to E and W 2787 N21E 70W Straight, tight, slightly irregular, thin siliceous filling 2788 NIOH 90 Curved to irregular, smooth, tight, clean 2789 N82W 88N&S Straight to slightly irregular, smooth, tight, clean, slight iron oxide 2790 N12E 75E Straight, smooth, clean, tight 2791 N14E 90 Straight, smoot~, clean, tight, set of 4, 6 to 12 in spacing 2792 N25E 88W Straight, smooth, clean, tight 2793 N14E 90 Straight to arcuate, smooth, clean, tight 2794 N85W 85N Straight, smooth, clean, tight, slight iron oxide stain 195 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2795 N1lE B1N Straight, very smooth, tight. white and green siliceous coating, minor iron oxide L796 N20E 79W Curved to irregular, tight, slightly rough, soft green filling to 1/8 in 2797 N02E 76W Straight, smooth, slightly open, light green and white mineralization to 1/8 in, minor iron oxide 2798 NOIE 78W Straight, smooth, slightly open, maroon coating 2799 N02E S9W Straight, tight, smooth, light green siliceous coating to 1/8 in, minor iron oxide 2800 N60E 77N Straight, tight, smooth, clean, minor iron oxide 2801 N08E 78W Straight to slightly en echelon, smooth, tight, clean, slight iron oxide stain 2802 N08E 78W Straight, smooth, tight, soft light green coating to 1/16 in 2803 NOIE 78W Straight to slightly undulatory, smooth, tight, thin light green and white filling, minor iron oxide 2804 N24E 81W Straight, smooth, tight, thin white coating, minor iron stain 2805 N8SE 83N Linear to slightly irregular, smooth, soft light green coating, minor iron oxide 2806 N10E 61W Straight, smooth, tight, clean, minor siliceous coating 2807 NOSE 66W Straight, smooth, tight, hard white mineral coating 2808 NOSE 78W Straight, smooth, clean, tight 196 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike 2809 N21W 86W Straight to curvilinear, smooth, clean, tight 2810 N04E 61W Straight, smooth, tight, fresh, thin whi, te filling 2811 N04E 75W Straight, smooth, clean, tight 2812 N06E 90 Straight, smooth, tight, filled with quartz and soft siliceous material to 3/8 in 2813 N17E 84W Straight to slightly curved, smooth to slightly rough, tight, hard white siliceous coating to 1/16 in 2814 N12E 83W Straight, smooth, tight, thin white siliceous coating 2815 N14E 87W Straight, smooth, tight, thin Hhite to light green siliceous filling 2816 N10E 83W Straight, smooth, tight, white to green siliceous coating, set of 2, 6 in apart 2817 NI0E 83W Slightly irregular zone 1.0 in wide, filled with drusy quartz, minor breccia, heavy iron stain, 1.3 ft left lateral displacement 2818 N17E 77W Slightly irregular to linear fault zone 1 to 6 in wide, filled with drusy quartz and fractured rock, 1.5 ft right lateral displacement, heavy iron oxide stain 2819 N15E 81W Linear zone of movement 2.0 ft wide filled with drusy quartz and breccia, minor clay, heavy iron oxide, unable to determine amount or sense of movement 2820 N04E 84W Straight to curvilinear, smooth, tight, white filling to 1/8 in 2821 N21E 77W Straight, smooth, tight, light green, clay filling to 3/8 in 197 of 203
r-INPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2822 N12E 87E Straight to discontinuous and en echelon, smooth to slightly rough, clean to filled 1/8 in with green clay, set of 6, some drusy quartz, related to fault 2819 2823 N05E 8GE Curved, smooth, tight, hard white siliceous coating to 1/16 in 2824 N02E 8SW Linear, smooth, tight, clean 2825 N06E 88E Linear, smooth, tight, clean 2826 NI0E 88W Linear, smooth, tight, siliceous filling to 1/6 in 2827 NOSE 81W Linear, smooth, tight, filled to 1/2 in with siliceous material, some quartz crystal growth 2828 NOSE 82E Slightly irregular, slightly rough to smooth, tight, thin siliceous coating 2829 NIOE 80H Straight, smooth, tight, thin green coating 2830 N02E 89E Straight to slightly curved, smooth, tight, thin siliceous coating 2831 N13E 60W Straight, smooth, tight, green and white siliceous filling to 1/8 in 2832 N14E 80E Straight, smooth, clean, tight 2833 N13E 86E Straight, smooth, tight to slightly open, green filling to 1/4 in 2834 N12E 8SW Straight, smooth, tight, thin green and white siliceous fiJling 2835 N13E 61W Straight, smooth, tight, green and white filling to 1/2 in, surface vuggy with some quartz crystal growth, moderate iron stain 2836 N08E ssw Straight, smooth, tight, soft greenish fill to 1/4 in, slightly vuggy 198 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Stt-ike Remarks 2837 N15W 81E Straight, smooth, tight, clean 2838 N04E 71W Straight, smooth, tight, thin siliceous coating 2839 N1GW 87\01 Straight to slightly irregular, smooth, tight, clean 2840 NI1E 67W Straight, smooth, clean, tight, slight iron oxide stain 2841 NIlE 79W Straight, smooth, light green fill to 1/16 in, tight 2842 N12E 72W Smooth to slightly irregular, straight to curvilinear, tight, clean, minor iron'oxide 2843 N02W 45SW Straight to slightly curvilinear, smooth, tight, clean 2844 N02E 70NW Straight to slightly irregular, smooth, clean and slightly open 2845 N15W 84SW Straight to curvilinear, smooth, tight, very thin siliceous coating, minor iron oxide staining 2846 N20W 88SW Straight, smooth, tight to slightly open near surface, siliceous fill to 1/16 in, minor iron oxide staining 2847 N1GW 89SW Straight, smooth, open to 1/8 in, very thin weathered siliceous coating, minor iron oxide staining 2848 N47W 88NE Slightly irregular, rough, clean, tight, fresh 2849 N14W 79SW Straight, smooth, clean, tight, minor oxide oxide staining 2850 N15W BOSW Set of 4 joints with 3 to 8 in spacing, straight, smooth, very thin siliceous coating, tight, minor iron staining 199 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Numbe r Strike Remarks 2851 NIOW 76SH Straight, smooth, clean, tight, very minor i~on oxide staining 2852 N8IE 89S Straight, smooth, slightly open, clean, fresh 2853 N29W 74SW Irregular, smooth, tight, thin siliceous coating, minor 1ron oxide staining 2854 NI0W 86SW Straight, polished, tight to slightly open, clean, minor iron oxide staining 2855 N26W 12NE Straight to slightly irregular, smooth, clean, tight, minor iron oxide staining, low angle surface joint 2856 N39W 73SW Straight, smooth, clean, tight 2857 N20E 85SE Straight to en echelon, smooth, tight, hard siliceous crystalline coating, slight iron oxide staining 2858 NI0E 70NW Straight, smooth, tight, dark green coating, minor iron oxide staining, continuation of joint 2840 2859 N05W 88E Straight to slightly irregular, smooth, tight, hard dark green coating, moderate iron oxide staining 2860 N12E 71SE Straight to irregular, smooth to slightly rough, tight, clean 2861 N06E 74SE Straight, smooth, clean, tight, minor iron oxide staining 2862 NI8E 54SE Straight, smooth, tight, very thin, hard siliceous coating, minor iron oxide staining 2863 N06E 74SE Straight, smooth, tight, white siliceous coating, minor iron oxide staining 2864 N15E 74SE Straight, smooth, tight, clean, minor iron oxide staining, lies partially along the gneiss/granite contact 200 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cont) Joint Number Strike Remarks 2865 N09E 69SE Straight, smooth to slightly rough, tight to slightly open, moderate iron oxide staining 2866 NI5E 655E Straight, smooth, tight, moderate iron oxide staining 2867 N22E 84NW Straight, smooth, tight, hard siliceous coating, moderate iron oxide staining 2868 NIOE 83SE Straight to slightly irregular, white weathered coating to 1/16 in, moderate iron oxide staining 2869 N15E 72SE Arcuate, smooth, tight, clean 2870 N20E 055E Straight, slightly irregular, tight to open 1/4 in, major iron oxide staining 2871 N27W 765W Straight, slightly rough, tight, clean 2872 N22E 095E Irregular, slightly rough, tight, iron oxide staining 2873 N17E 065E Straight to slightly curved, smooth to slightly rough, tight, iron oxide staining 2874 N26W 05NE Straight, slightly rough, tight, iron oxide staining 2875 N36W 705W Straight, smooth, tight to open 1/8 in, white siliceous coating, moderate iron oxide staining 2876 N23W 65SW Straight to en echelon, smooth, tight, moderate iron oxide staining 2877 N34W 66SW Straight, smooth, tight to slightly open, moderate iron oxide staining 2878 N32W 67SW Straight to en echelon, smooth, tight, clean 2879 N22W 66SW Straight to curved, smooth, clean, tight, discoloration of feldspars 201 of 203
HNPS-3 FSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 2880 N18W 72SW Straight to en echelon and curved, smooth, clean, tight, minor iron oxide staining 2881 N41W 64SW Straight, smooth, tight, clean 2882 N34W 64SW Straight to curved, smooth, tight, clean, minor discoloration of feldspars 2883 N16W 80SW Straight, smooth, tight, clean, some discoloration of feldspars 2884 N03E 49W Curved, smooth to slightly rough, tight, clean 2885 N06W 80SW Straight, smooth, tight, minor iron oxide staining and discoloration of feldspars 2886 N23E 89SE Straight, smooth, tight, dark green coating, very slight iron oxide staining 2887 N18E 65SE Straight to curvilinear, smooth, tight, siliceous coating, slight iron oxide staining 2888 N08E 64SE Straight, smooth, tight, clean, very slight iron oxide staining 2889 NIOE 77SE Straight and irregular, smooth, tight, slight iron oxide staining 2890 N15E 67SE Straight, en echelon, smooth, tight, clean 2891 NIOE 56SE Straight to slightly irregular and discontinuous, smooth, tight, clean, some iron oxide staining 2892 N19E 73SE Straight, smooth, open to 1/8 in, slight iron oxide staining 2893 N19E 73SE Similar to joint 2892, slightly en echelon, open to 1/4 in 202 of 203
HNPS-3 fSAR TABLE 2.5.4-1 (Cant) Joint Number Strike Remarks 2894 N20E 85SE Straight, smooth, open to 1/8 in, filled with light green and white weathered material, minor iron oxide staining 2095 N12E 61SE Straight, smooth, tight to open 1/8 in, minor iron oxide staining 2896 N02E 69W Straight, smooth, tight, iron oxide staining 2897 N10E 62SE Straight, smooth, tight to open 1/8 in, occasional greenish-gray siliceous coating, minor iron oxide staining 2898 NIlE 74NW Straight, smooth, tight, clean 2899 Nl4E 88NW Straight, en echelon, with a set of 2 to 4 about 5 in apart, tight to open 1/4 in, white to greenish-gray' siliceous coating, minor iron oxide staining 2900 N20E 74SE Slightly irregular, slightly rough, tight, white siliceous coating 2901 N20E 77NW Straight, slightly rough, tight to open 1/16 in, minor oxide staining 2902 N28W 2BNE Irregular, rough, tight, minor iron oxide staining 2903 N24E 80NW Very straight, smooth, tight, clean 2904 N45W 62SW Irregular, rough, tight, clean 2905 N28E 635E Slightly irregular, slightly rough, tight, minor iron oxide staining 2906 N08E 73NW Straight, slightly rough, tight, minor iron oxide staining NOTE:
All readings listed are with respect to Site Grid North.
203 of 203
NNPS-3 FSAR TABLE 2.5.4-2 LIST OF FOLIATIONS - FINAL GRADE FLOORS OF STRUCTURES* Foliation Attitude Number Strike Dip Auxiliary Bay 1 N64W 72NE 2 N46W 39NE Control Building 3 N67W 73NE 4 N73W 54NE Auxiliary Bay 5 N80W 46NE 6 N60W 55NE 7 N68W 50NE 8 N62W 42NE 9 N54W 48NE 10 N64W 61NE 11 N60W 62NE Control Building 12 N63W 55NE 13 N84W 67NE 14 N71W 53NE 15 N71W 87NE 16 N60W 70NE 17 N6IW 56NE Auxiliary Bay 18 N25W 46NE 19 N67W SINE 20 N66W 49NE 21 NS5W 40NE 22 N80W 62NE 23 N58W 5INE Control Building 24 N70W 53NE Auxiliary Bay 25 N60W 461'1E 1 of 13
HNPS-3 FSAR TABLE 2.5.4-2 (Cant) Foliation Attitude Number Strike Dip Control Building 26 N45W 84NE 27 N60W 70NE 28 N67W 56NE Auxiliary Bay 29 N48W 64NE 30 N60W 67NE Service Water Line 31 N71W 40NE 32 N53W 41NE 33 N50W 43NE 34 N58W 45NE 35 N59W 47NE 36 N45W 40NE 37 N19W 41NE 38 N50W 50NE 39 N50W 43NE 39-A N57W 54NE Containment Berm 40 N52W 41NE 41 N70W 65NE 42 N58W 52NE 43 N85W 83NE 44 N60W 55NE 45 N68W 54NE 46 N80W lONE 47 N45W 42NF. 48 N60W SONE 49 N6SW 56NE 50 N90E 55NE 51 N53W 46NE S2 N43W 38NE S3 N4SW 40NE 54 N70W SONE 2 of 13
HNPS-3 FSAR TABLE 2.5.4-2 (Cant) Foliation Attitude Number Strike Dip Auxiliary Bay 55 N62W 50NE 56 N40W 45NE Containment Berm 57 N48W 43NE 58 N43W 40NE 59 NS3W 45NE 60 N63W SINE 61 N63W 36NE 62 N60W 58NE 63 N60W 61NE 64 N73W 62NE 65 N62W 45NE 66 NSOW 47NE 67 N5SW 42NE 68 N60W S6NE 69 NS4W 74NE 70 NSSW 60NE 71 N40W 36NE 72 N67W 69NE 73 NS3W 69NE 74 N57W SINE 75 N74W 66NE 76 N37W SINE 77 NSIW S"7NE 78 N72W 70NE 79 N6SW S9NE 80 N67W 65NE 81 N62W 61NE 82 N70W 60NE 83 to Numbers not used 99 3 of 13
I*n'IPS - 3 FSAR TABLE 2.5.4-2 (Cont) Foliation Attitude Number Strike Dip Containment Floor 100 N85W 72NE 101 N65W 53NE 102 N65W 64NE 103 N60W 45NE 104 N44W 39NE 105 N75W 70NE 106 N33W 49NE 107 N74W s6NE 108 N6sW 42NE 109 N33W 44NE 110 NsSW 44NE 111 Ns8W SINE 112 N70W SSNE 113 Ns6W 44NE 114 N63W SaNE 115 N57W SINE 116 N67W s3NE 117 N74W 66NE 118 N38W 45NE 119 N55W 39NE 120 N63W 43NE 121 N43W 44NE 122 N64W SINE 123 Ns2W s4NE 124 N20W 3SNE 125 N24W 41NE 126 N24W 49NE 127 N61W 46NE 128 N54W 47NE 129 N48W 39NE 130 N63W 47NE 131 NSOW 60NE 132 Ns8W 56NE 133 Ns8W 56NE 134 N41W 47NE 4 of 13
r-lNPS-3 FSAR TABLE 2.5.4-2 (Cont) Foliation Attitude Number Strike Dip 135 N67W 55NE 136 N62W 53NE 137 Ns7W 73NE 138 N43W 56NE 139 N6sW 38NE 140 NsOW 41NE 141 N60W 6sNE 142 N38W 34NE 143 NsOW 50NE Discharge Floor 144 N70W 55NE 145 N7*8~ 60NE 146 N69W 65NE 147 N6SW 53NE 148 NsSW 44NE 149 Ns8W 43NE 150 N61W 53NE 151 N48W 52NE 152 N65W 54NE 153 N67W 56NE 154 N68W 54NE 155 N70W 65NE 156 N44W 36NE 157 Ns8W 45NE 158 Ns5W 50NE 159 N79W 57NE Auxiliary Bay 160 NSOW 52NE 161 N45W 39NE 162 N65W sONE 163 N62W 48NE 164 NSOW 42NE 165 N75W 58NW 166 N46W 54NE 167 N58W 64NE 5 of 13
HNPS-3 FSAR TABLE 2.5.4-2 (Cont) Foliation Attitude Number Strike Dip Discharge Floor 168 N67H GONE 169 N62H 47NE 170 N52W 48NE 171 N65W 53NE Containment Floor 172 N45W 54NE 173 N22W 30NE 174 N85W 60NE 175 N44W 46NE 176 N55W 48NE 177 N61W 58NE 178 N74W 52NE 179 N45W 37NE 180 N48W 44NE 181 N53W 40NE 182 N73W 62NE 183 N67W 44NE 184 to Numbers not used 199 Discharge Floor 200 N52W 53NE 201 N64W 75NE 202 N64W 60NE 203 N56W 60NE 204 N57W 57NE 205 N64W 46NE Containment Berm 206 N55W 46NE 207 N75W 53NE 208 N55W 44NE 209 N78W 62NE 210 N59W 73NE 6 of 13
HNPS-3 FSAR TABLE 2.5.4~2 (Cent) Foliation Attitude Number Strike Dip 211 Number not used 212 N72W 65NE 213 N46W 45NE 214 N70W 5BNE 215 N60W 52NE Auxiliary Building 216 N54W 50NE 217 N38W 4BNE 218 N53W 57NE 219 N57W 54NE 220 N39W 36NE 221 N35W 51NE 222 N40W 46NE 223 N55W 44NE 224 N46W 42NE 225 N5BW 54NE 226 N71W 56NE 227 N63W 52NE 228 N54W 49NE 229 N43W 4BNE 230 N53W 52NE 231 N66W 42NE 232 N35W 45NE 233 N72W 62NE 234 N50W 56NE 235 N50W 54NE 236 N75W 60NE 237 N40W 52NE 238 N41W 59NE 239 NSBW 46NE 240 N<,SW 67NE 241 N46W 64NE 242 N46W SSNE Demineralized Water Storage Tank 243 N6BW 47NE 244 NB4W SBNE 245 N64W 40NE 7 of 13
11NPS-3 FSAR TABLE 2.5.4-2 (Cant) Foliation Attitude Number Strike Dip 246 NS7W 50NE 247 N67W 65NE 248 N62W BONE 249 N67W S7NE 250 N43W 47NE 251 NSOW SINE 252 NS4W 48NE 253 N71W S6NE 254 Number not used Auxiliary Building 255 N36W 42NE 256 NS5W 46NE 257 NSSW SONE 258 NS6W 47NE 259 N60W 42NE 260 N7SW 68NE 261 N62W S2NE 262 NSOW 40NE 263 NSsW sONE 264 N49W ssNE 265 N74W S6NE 266 N82W 60NE 267 N62W 66NE 268 N6sW 4sNE 269 N60W 61NE 270 N42W 44NE 271 NS4W 46NE 272 NS8W SINE 273 NssW 46NE 274 N61W 5sNE 275 N82W 6INE 276 N44W 3SNE 277 N55W SINE 278 NSOW 4INE 279 N38W S2NE 8 of 13
HIIPS-3 FSAR TABLE 2.5.4-2 (Cant) Foliation Attitude Number Strike 280 N45W SINE 281 N44W 47NE 282 N38W 36NE 283 N38W SINE 284 N41W 44NE 285 N63W 4sNE Service Water Lines 286 N46W SONE 287 N38W SONE 288 NS3W 36NE 289 N54W 43NE Discharge Tunnel 290 N62W 6SNE 291 NSSW SINE 292 N3SW 4SNE 293 NSSW 47NE 294 N6SW 50NE 295 N6SW 66NE 296 N60W 39NE 297 N60W S8NE 298 to Numbers not used 30S 306 N62W 60NE 307 NS3W S2NE 308 N67W 61NE Engineered Safety Features Building 309 N60W S2NE 310 N68W 59NE 311 N60W 72NE 312 N61W 70NE 313 N6SW 72NE 314 N6SW 74NE 315 N78W 71NE 316 N63W 68NE 317 N70W GONE 9 of 13
HNPS-3 FSAR TABLE 2.5.4-2 (Cant) Foliation Attitude Number Strike Dip 318 N57W 58NE 319 N55W 57NE 320 N65W 65NE Service Building 321 N40W 42NE 322 N20W 55NE 323 N50W 46NE 324 N55W 4SNE 325 N60W SONE 326 N62W 42NE 327 N70W SONE 328 N65W 57NE 329 N45W 50NE 330 N50W 50NE 331 N50W 72NE Pumphouse 332 N68W 45E 333 N39W 26E 334 N58W 44E 335 N37W 23E 336 N48W 56E 337 N65H 08E 338 N73W 57E 339 N69W 57E 340 N06W 30E 341 N62W 57E 342 N4SW 59E 343 N33W 30E 344 N54W SSE 345 N74W 60E 346 N60W 40E 347 N47W 39E 348 N52W 51E 349 N66W 51E 350 NOSW 65E 351 N02E 58E 10 of 13
HNPS-3 FSAR TABLE 2.5.~-2 (Cant) Foliation Attitude Number Strike Dip 352 N60W 40NE 353 N62W 52NE 354 N52W 52NE 355 N57W 54NE 356 N64W 67NE 357 N47W 42NE 358 N40W 45NE 359 N62W 5SNE 360 N4SW 60NE 361 N21W 54NE 362 NS2W 37NE 363 N6SW 62NE 364 N5SW 5SNE 365 N62W 60NE 366 N70W. 64NE 367 N64W 67NE 368 NSOW 46NE 369 N6SW 48NE 370 NS6W 56NE 371 N50W 44NE 372 N45W 48NE Fuel Building 373 N63W 71NE 374 N72W 50NE 375 N69W 55NE 376 N71W 53NE 377 N76W s8NE 378 N63W 58NE 379 N83E 74NW 380 N81W 75NE 381 N62W 48NE 382 N73W 50NE 383 N62W 58NE 384 N67W 56NE 385 N56W 54NE 11 of 13
HI'IPS- 3 FSAR TABLE 2.5.4-2 (Cont) Foliation Attitude Number Strike Dip Sea Hall Excavation 386 N30W 30W 387 N10W 30W 388 N10W 33W Pumphollse 389 N72W 38£ 390 N73W 65£ 391 N65W 42E 392 N68W 74£ 393 N70W 44E 394 (not ,:!sed) 395 N72W SSE 396 N70W 56E 397 N60W 52E 398 N60W 40E 399 N67W 64E Fuel Building 400 N65W 65E 401 N55W SSE 402 N70W 50E 403 N70W 62E 404 N60W 58E 405 N53W 55E 406 N60W SSE 407 N55W 59E 408 N70W 70E 409 }.!'! SW 46E 410 N53W 65E 411 N53W SSE 412 N65W 57E 413 N70W 60E 414 N50W 65E 415 N65W 50E 12 of 13
HNPS-3 FSAR TABLE 2.5.4-2 (Cant) Foliation Attitude Number Strike Dip Discharge Tunnel 416 N43W 40E 417 N37W 41E 418 (not used) 419 N12W 30E 420 N16W 26E 421 N4sW 40E 422 N54W 44E 423 N46W 45E 424 N44W 32E 425 N42W 42E Fuel Building 430 N68W 60E 431 N60W SSE 432 N72W 54E 433 N43W 54E 434 N52W 4sE 435 N43W 45E 436 NSOW 47E 437 N70W SSE 438 N75W 51E Discharge Tunnel 439 (not used) 440 (used for wall) 441 N65W 50E 442 (not used) 443 (used for wall) 444 N38W 43E 445 N63W 56E 446 N42W 38E 447 (used for wall) 448 (used for wall)
All readings are with respect to Site Grid North 13 of 13
nr,IPS-3 f5.:"R TABLE 2.S.4-3 LIST OF 5LICKEHSIDES - fINAL GR;DE FLOORS OF STRUCTURES* Slickenside joint Plane Slickenside Humber Numbe r Strike Dip Bed.!" i~~ I~~~e (~leCJ) I 11 N5S~'1 4Sr'lE N72E 40 2 75 r~05E 675E N90E 67
..) 104 N1SE 695E 540E 44 4 112 HOSE 81Nrl N90H 81 5 118 N39E 575E 532E 55 6 F-171 N65~'1 53NE N58E 50 7 123 N20E 90 N70H 90 8 small plane N18E 45NW N85H 44 9 number not used 10 200 NI0E 455E NoSE 45 11 206 N30E ~,?SE N80E 46 11A 245 rUSE oiNt-! N55H 81 12 219 NOSE 755E 575E 75 13 271 NI0E 73Nvl N74~'1 72 14 273 N18E 82N~'1 N15H 78 15 285 N06E 60SE 58.5E 50 15 286 lo109E 575E 575E 57 17 291 N15E 80NH 570W 77 18 292 N08E 50NH N78Yl 50 19 302 N06W 57NE N85E 57 20 305 NOSH 66NE 575E 65 21 310 NO 5~'1 55NE 580E 55 22 327 N12E 80SE 568E 78 23 353 N08E 24NH N86H 24 24 400 N12E 84NW N8m.; 84 25 401 NI0E 86Nyl 530W 76 26 403 N14E 78NH 520Vl 26 27 404 N12E 7 9N~'1 523H 45 28 408 N1ZE 85NYl N80yl 85 29 415 N13E 77Nvl S33yl 54 30 BC-4 N69~'1 311'1E 579E 07 31 470 N07H 48NE 1'190E 48 /
32 471 1-10 IE 555E N90E 55 33 451 N15rl 74NE N84E 74 34 489 N09Yl 375W N85H 36 1 of 7
nUP5 FS..=-.R TABLE 2.5.4-3 (Cant) Slickenside Joint Plane Slickenside Number Number St r Lke Dip Bearing Plunge(deg) 35 483 nOSE 375E 584E 37 36 434 N02E 345E 586E 34 37 518 HOlE SlW N85v] SO 33 518 N01E 51t-l N90Yl 51 39 F-I06 N42t'l 55NE 585E 45 40 F-107 N74W 56NE N76E 38 41 F-109 N33W 441'1E NoOE 44 42 small plane N09W 3ONE N68E 30 43 5.79 NOOE 475E N70E 46 44 not numbered NI0E 255E 582E 25 45 F-110 N55H 44NE 587E 26 46 BC-7 N58W 51NE N52E 48 47 539 N19E 4~5E 559E 42 48 593 N08E 405E 560E 39 49 597 N10E 565E N90E 56 50 604 N09E 465E 581E 46 51 not numbered NI0E 505E 579E 50 52 624 N04E 75NW 56 St*} 72 53 F-129 N48W 391'1E 560E 10 54 636 N21E 475E 530E 40 55 633 N34W 23NE 53*6E 22 56 F-172 N45W 54NE N75E 50 57 667 N10E 76NW N78W 76 58 568 NOOE 40E 568E 38 59 F-173 N22W 3ONE 580E 30 60 695 NIlE 84NW 572H 84 61 705 N38W 47NE N86E 42 62 691 N05W 70NE 571E 69 63 F-174 N85W 60NE N74E 31 64 number not used 65 F-175 N44W 46NE N90E 37 66 710 N60H 455t-l 538H 45 67 759 N04E 525E 579E 51 68 761 N09E 485E N90E 48 69 791 N04Yl 73NE 1'190E 73 2 of 7
l-lHPS-3-FSAR TiJ.BLE 2.5.4-3 (Cant) Slickenside Joint Plane Slickenside Number Humber Strike Dip Bearing Plunge(deg) 70 792 1'126E 62SE S78E 62 71 793 N04E 65SE S34E 65 72 794 N04H 67NE S85E 67 73 799 N14E 77NH S68H 74 74 not numbered NOSW 30SH N79H 28 75 small plane N35W 33NE S86E 29 76 859 N18W 421'1E N61E 42 77 887 N31E 50SE S36E 05 78 915 H02E 69SE N82E 69 79 small plane NOSE 595E 544E 51 along T-2 80 small plane N04W 72NE SIDE 19 along T-2 81 F-176 N55W 48NE S80E 26 82 1013 NOSE 71NH !,nm'l 70 83 1019 N16E 83NW 578H 83 84 1055 N29W 6ONE 587E 58 85 1057 N07E 82NH N10W 66 86 1063 N04W 49NE N65W 46 87 1048 N30W 451'1E 583E 40 88 1088 1'109E 591'1H 1'187W 58 89 1071 N17E 625E 578E 62 90 1094 N08E 53NW N78W 52 91 1096 1'137E 515E 544E 51 92 1097 No 538E reading 93 1106 N28W 46NE N78E 4S 94 FIS7 1'1S8Yl 451'1E N72E 38 95 1141 1'160vl 875W S35t-J 87 96 small plane N50Vl 57NE S7SE 52 near T-3 97 1145 N04W 475H 586Y1 47 98 small plane N40N 45NE N84E 40 near T-3 99 1154 N35E 475E 528£ 44 100 shear plane N20W 69NE N09W 28 running al-most parallel to T-3 3 of 7
flNPS fSAR TABLE 2.5.4-3 (Cant) Slickenside Joint Plane Slickenside Numbe r Number Strike Dip Bearin2 Plunge(deg) 101 small plane N03~'1 7 SS~'J szov 66
,00i thin T-3 zone 102 small plane N25W 75NE 534£ 30 wi thin T-3 zone 103 small plane N20W 57NE S27E 17 wi t h i.n T-3 zone 104 small plane N21H 77NE N25E 59 wi thin T-3 zone 105 small plane N09~'1 59NE S21E 29 within T-3 zone 106 small plane N05H 75NE S06E 00 along border of T-3 zone 107 small plane N24H 57NE 533E 20 in T-3 zone 108 small plane N18Vl 62NE 527E 15 in T-3 zone 109 small plane NI0W 67NE 514E 08 in T-2 zone 110 small plane H17fd 57NE N09E 33 in T-2 zone 111 1218 N06H 70NE N84E 70 112 1220 N26W 48NE 552E 26 113 1226 N13E 55NH S32Yl 25 114 F-170 N52W 48NE 557E 6 115 small plane N51H 81Svl 527E 59 in T-3 zone 4 of 7
i!iJP5-]-C:SAR TASLE 2.5.4-3 (Cant) 5lickenside Joint Plane 5lickenside Number Humbe r 5trike Dip §..earing Plunge (deg). lISA small plane N63~'] 49NE N59rl 5 in T-3 zone 116 1301 N04E 505E 575E L1.9 117 1302 N16E 555E 538E 52 lIS 1336 N13E 735E N83E 72 119 274 H02E 71NH 535Yl 56 120 1371 NOSE 425E 558E 39 121 1390 N09H 485H NG4H 44 122 143S N1SE 575E 585E 56 123 1484 N02E 49~!t'l NS7W 49 124 1489 H03E G4N;'l N34~'] 64 125 1493 N06E 51.5W 589t-J 51 126 1494 N04E 59N~'1 N80Vl 58 127 1495 N04E 59N~'1 N90W 58 128 1516 N14E 61NH N32~'1 61 129 1524 N03ri 475H NSG~'] 47 130 1548 NlSE 47NH N70yl 57 130A 1593 NOHI 6aNE 585E 67 131 1599 N07E 705E S87E 70 132 1599 N07E 705E N85E 70 133 1628 NI0E 72NW SSm,] 70 134 F-253 N71rl 56NE N70E 44 135 1599 N07E 705E NS2E 70 136 minor joint NOOE 40E 560E 36 plane 137 1663 NI0E 60NW N90H 60 138 1673 N20E 72NH S87yl 70 139 1675 N13E 575E S75E 56 140 1677 N24E 585E 578E 56 141 F-261 N62H 52NE 101651:: 44 142 16S1 N06H 805H N82Yl 79 143 F-265 N74H 56NE N75E 40 144 1709 NOSE 575E N90E 57 145 F-273 N55Yl 46NE 1'I90E 32 146 1776 N20E 77NH 5SHl 65 147 1797 N10E 655E 563E 64 148 1798 N13E 755E S80E 64 c; of 7
nil?:'; r S"',S r.:'.ELE 2.5.4-3 (Cant) 51ickenside Joint Plane Slickenside Number Number Strike Dip Bearing Plunge(deg) 149 1810 !*IOSE 68SE 522£ SO ISO 359 .n is 53M'l N7c'd 49 151 359 HOSE 51I');,/ H7l\'! 50 152 359 NOBE SSm'l NG9il 51 153 363 1"13£ 565E SG6E 55 154 1936 N12E 70E N76E 70 155 2023 N1SE 8Ot-! 540H 74 156 2027 N10H 76E N151-l 46 157 2123 HI0E 62r! N60W 59 158 2192 N12E SSW 1-186\'1 54 159 2204 NlS\~ 88E N17H 36 160 2227 N07E 51E 543£ 43 161 2248 N16E 2 fJE N67E 77 162 2265 N08E -j .J\-1 N49H 66 163 2283 N28E 65v! N6m'i 65 164 2283 N28E 65v! N68W 64 165 2304 N12E 6m" N90Yl 59 166 2305 N07E 56W N85\'! 56 167 2316 NI0E 59W N74H 58 168 2330 NIlE 90 S1Hl 46 169 2324 N07E 56W 1*187E 55 170 2339 NIlE 90 511\-! 43 171 2339 NIlE 90 s i iv 44 172 2380 NOGyl 54E 562E 49 Fuel Building 173 2473 N07E 72H 544\-1 60 174 2471 N10E 73W 544Yl 61 175 2471 NIOE 7 3~'i S36\-1 54 176 1599 NI0E 65E N79E 64 177 1599 NIOE 65E N88E 65 Pumphouse 178 2508 N12E 56H 585\'1 57 Fuel Building 179-184 (Not used) 185 2615 N79yl 57E NIlE 46 186 (Not used)
IlHPS-3-FS.:'R TABLE 2.5.4-3 (Cant) Slickenside Joint Plane Slickenside Number Number Strike Dip 187 2639 NOSE 64H NElm*l 62 188 2676 N05E 56E 525£ 37 Discharge Tunnel 189 2781 N07H 45H N83E 45
All readings are wi t h respect to Site Grid North 7 of 7
HNPS-3 FSAR TABLE 2.5.4-4 LIST OF JOINTS - FINAL GRADE CONTAINMENT AND ENGINEERED SAFETY FEATURES BUILDING HALL5* Joint Number Strike Dip Remarks Containment Walls 1 NOSW 67E Tight, smooth surface with iron oxide staining 2 N20W 60E Tight, smooth surface 3 N50W 20W Tight, curved, slight weathered surface, with iron oxide staining 4 N60W 10E Slightly sinuous, weathered surface, with iron oxide staining 5 N15W 56E Smooth, tight, iron oxide staining 6 N20W 60E Smooth, tight, fresh surface, with slight iron oxide staining 7 N2SW 65E Smooth, tight, fresh 8 N3SW 55E Tight, smooth, fresh surface 9 N1SW 55E Tight, en echelon joints, linear, surface smooth, iron oxide staining 10 N75E 76E Curved, tight, with slightly irregular to smooth surface with iron oxide staining 11 NI0E 62E Tight, smooth, fresh surface 12 N35E 57E Fresh smooth surface, tight 13 N80E 85E Tight, smooth 14 N40E 60E Smooth, tight, light gr~en coating, slickensides, 5-1 15 N48W 09W Slightly sinuous, irregular fresh 16 N10E 65E Smooth, tight, light green coating 17 N40E 68E Tight, planar, white coating 1 of 51
TABLE 2.5.4-4 (Cant) Joint Number S tr ike Remarks 18 NOIE 60E Smooth, tight, linear, slight iron oxide staining 19 N32E 63E Tight, linear, closely spaced, parallel joint set, green coating, smooth surface 20 N70W 64E Slightly open, irregular, curved, slight white coating 21 NIOE 68E Tight, linear, smooth, fresh to slight weathering, slight green coating 22 N45W 20W Long, linear, tight to slightly open, broken zone, 2.0 inches wide, smooth, slight weathering, slight iron oxide staining 23 N32E 74E Linear, closely spaced en echelon joints, tight, surface smooth, iron oxide staining 24 N85W 63W Tight, linear, surface slightly irregular to smooth, moderate iron oxide staining 25 N50E 08E Slightly sinuous, tight, surface smooth and undulatory, fresh 26 N30W lOW Linear, tight, surface smooth, fresh 27 N09E 74W Smooth, planar, light green coating 28 N22E 84W Smooth, tight, fresh, slight green staining 29 1'180E 65E Slightly open. smooth, light green staining and white coating 30 N84E 74E Tight, linear, smooth, green coating 31 NOOE 80E Slightly open, slightly irregular, f res h s u r fa c e 32 N80E 04W Slightly sinuous, fresh, light green coating 2 of 51
1*It*IPS - 3 FS;"R TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 33 N04E 80H Tight, slightly curved, surface fresh, smooth, chlorite coating, slickensides, 5-2 34 N87E 64E Planar, s lightly irregular, fre s h surface with slight white coating 35 N08E S8E Curved, smooth, tight, fresh to slight weathering, light green staining 36 N15E OSW Slightly sinuous, surface smooth, slight weathering, iron oxide staining 37 N20W I3E Tight, sinuous, surface smooth, fresh 38 NOIW 14W Tight~ sinuous, surface smooth, fresh 39 N30W 14W Slightly open, sinuous, parallel joint set, slight weathering, slight iron oxide staining 40 N45E lOW Tight, surface smooth, fresh 41 N75E 73E Tight, smooth, fresh 42 N50W lIE Tight, fresh, slightly sinuous 43 N02W l2W Planar, smooth, fresh 44 NS8W l8W Slightly open, slightly sinuous, slightly rough, iron oxide staining 45 NlOW I4W Slightly sinuous, fresh, smooth, occasional iron oxide staining 46 N03E 74E Curved, tight, smooth, slight weathering, whit~ coating, occasional green staining 47 N12E 84E Smooth, fresh, planar, white coating 48 N15E 87E Smooth, fresh, planar, iron oxide staining 49 N12E 62E Tight, smooth, planar', fresh I slight iron oxide staining 50 Number not used 3 of 51
r'lNPS - 3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 51 N20E 70E Open, linear, smooth, light green chloritic filling 52 N78E 75E Tight to slightly open, linear, smooth, slight light green coating 53 N15E 61E Tight, linear, very closely spaced, subparallel joint set, smooth, slight light green coating 54 N18E 66E Tight to slightly open, linear, closely spaced, parallel joint set, smooth, slight dark green staining, slight light green coating 55 N15E 68E Tight, linear, smooth, slight dark green stain{ng 56 N20E 66E Slightly open, linear, smooth, yellowish filling 57 N45W 12W Slightly open, slightly sinuous and undulating, slightly discontinuous, slight light green coating 58 N5SW 14W Slightly open, smooth, curved, extensive iron oxide staining 59 N7SE aOE Tight to slightly open, linear smooth, slight iron oxide staining 60 N40E 36E Slightly open, linear, smooth, light green filling 61 N2SE 66E Tight, linear, smooth to slightly rough, very slight dark green staining 62 NSOW 24W Tight to slightly open, slightly curved, smooth, clean 63 N75W l1W Slightly open, slightly curved, slightly rough, iron oxide staining 64 N82W 20W Slightly open, sinuous, smooth, iron oxide staining 65 N07E 66E Slightly open, linear, smooth, slight dark green staining 4 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 66 N12E 66E Similar to joint 65 67 N50W 37W Tight, slightly sinuous, smooth to slightly rough, clean 68 N75E 77E Slightly open, linear to slightly curved, slightly rough, light green filling 69 N15E 61E Slightly open, linear, slightly rough, chlorite filling 70 N19E 54E Slightly open, linear, smooth, chlorite filling 71 N30E 66E Slightly open, linear, subparallel, very closely spaced joint set, 1.0-foot wide zone, smooth, chlorite filling 72 N15E 56E Slightly open, linear, very closely spaced, subparallel joint set, smooth to slightly rough, chlorite filling 73 N15E 60E Tight, linear, smooth, slight dark green staining 74 N25E 55E Slightly open, linear, smooth, quartz filling 75 N57E 57E Slightly open, linear, subparallel, very closely spaced joint set, 1.0-foot wide zone, smooth to slightly rough surfaces, quartz and chlorite filling 76 N50E SSE Tight, linear, smooth, slight light green coating 77 N65W 54E Slightly open, slightly sinuous, smooth, occasional pyrite crystals, slickensides, S-10 78 N20W 25W Tight, linear, smooth, long, iron oxide staining slickensides, S-14 79 N25W 12W Slightly open, linear, slightly irregular iron oxide staining 5 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 80 NOSW 75W Tight, linear, smooth, iron oxide and green staining 81 N75E 73E Tight, irregular, clean, rough to slightly smooth, broken 82 N15E 33E Tight, linear, smooth, calcite coating, slight green staining 83 N45E 38E Tight, linear, clean, smooth 84 N75W lOW Slightly curved to linear, open, slightly rough, iron oxide staining 85 N68E 57E Concave, to south, open, surface rough, iron oxide staining 86 N73E 18E Slightly irregular to linear, slightly rough, iron oxide staining 87 N08E 18E Long, linear, very smooth, open, calcite coating, chlorite and iron oxide staining, pyrite, slickensides, 5-12 88 N66E 17E Smooth, linear, tight, fresh, slight iron oxide staining 89 N07W lOW Slightly irregular surface tight, slight weathering, slight iron oxide staining 90 N07E 70W Slightly open, smooth, planar, green and iron oxide staining, slickensides, 5-13 91 N24E 31E Slightly open, fresh, smooth, planar, greenish white coating 92 N68E 68E Planar, tight, smooth, slight iron oxide coating 93 N25W 77E Smooth, slightly open, planar, iron oxide staining 94 N25W 77E Smooth, slightly open, planar, iron oxide staining 6 of 51
HNPS-3 FSAR TABLE 2.5.4- 4 (Cont) Joint Number Strike Remarks 95 N85E 65E Fresh , plana r, whiti sh coatin g 96 N78E 53E Tight , fresh, plana r, smoot h, light green ish-w hite coatin g 96 N78E 53E Tight , fresh, plana r, smoot h, white coatin g 97 N26E 68E Tight , plana r, smoot h, sligh t weqth ering, light green coatin g 98 N24E 60E Tight , plana r, smoot h, sligh t weath ering, light green coatin g 99 N45W 88E Surfa ce irregu lar, sligh t weath ering, green coatin g 100 N07W 74E Sligh tly irregu lar, plana r, iron oxide and light green staini ng 101 N60W lSE Tight , sinuo us, irreg ular, fresh 102 N78E 61E Smooth, plana r, tight, heavy iron oxide staini ng 103 N17W 14W Smooth, plana r, sligh tly open, sligh t iron oxide staini ng 104 N23W 13W Smooth, plana r, fresh 105 N18W 33W Tight , linea r, smoot h, long, iron oxide staini ng, severe to compl ete weath ering, clay fillin g, chlor ite staini ng, water seepag e 106 N01W 20W Tight , sligh tly sinuo us, rough , sligh t calci te coatin g 107 N24W 40W Very sinuo us, sligh tly smoot h, sligh tly open, clean 108 N75E 65E Sinuo us, surfac e rough , tight , iron oxide staini ng 109 NSOE 70E Tight , linea r, smoot h, very sligh t clay coatin g 7 of 51
I-lNPS-3 FSl;R TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 110 N30W osw Slightly curved, very irregular, rough, clean 111 N23W 89E Linear, smooth, open, chlorite and clay coating, slight iron oxide staining 112 N83W 79W Tight, linear, smooth, iron oxide staining 113 N70W lOW Sinuous, open to tight, smooth to slightly rough, iron oxide staining 114 N35W 12W Linear, tight to slightly open, slightly rough, calcite coating, iron oxide staining 115 N25W 17W Slightly concave, tight to slightly open, slightly rough, calcite coating, iron oxide staining 116 N25W 37W Linear, smooth to slightly rough, tight to slightly open, long, iron oxide staining, clay filling 117 N75E 75E Slightly concave, tight, smooth, slight clay coating, iron oxide staining 118 N87W 61Yl Tight, linear, slightly rough, clean 119 N75E 57E Linear, short very closely spaced joint set, slightly rough, tight, slight iron oxide staining 120 N7SW 24W Long, irregular, tight to slightly open, rough, clean 121 N70W lSW Irregular, tight, slightly rough, clean 122 N68W 13W Very long, irregular, slightly rough, clean, tight 123 N80E 70E Linear, smooth, tight to slightly open 124 N50W 11W Sinuous, tight, rough, clean 8 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 125 N80W 12W Sinuous, smooth, slight weathering, iron oxide staining 126 N30E 69E Smooth, tight, planar, slight surface weathering, heavy green coating 127 N32E 72E Sinuous, tight, planar, en echelon joints, fresh 128 N08E 66E Cu~ved, smooth, surface slight weathering, heavy light green coating 129 N17E 70W Irregular surface, slight weathering, green coating, slight iron oxide staining 130 N17E 8lE Planar, light green staining, tight, fresh to slight weathering 131 N18E 68E Planar, slight weathering, light green staining, green clay coating 132 N15E 87W Tight, linear, smooth, slight weathering, slight dark green and light green coating 133 N12E 79W Slightly open, linear, smooth, fresh, slight chlorite coating 134 N26E 68E Planar, smooth, green staining, fresh, tight 135 N04E 69E Tight, planar, surface smooth, green coating, slickensides, S-4 136 NOIE 63E Tight, planar, surface smooth, fresh to slight weathering, slight iron oxide staining 137 N60E 09E Tight, planar, surface smooth to slightly irregular, slightly curved 138 N05E 65E Smooth, tight, planar, surface fresh to slight weathering, slight iron oxide staining 139 NOIW 39W Tight, slightly curved, fresh, green coating 9 of 51
I-lNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 140 N23E 61W Tight, slightly curved, clean, fresh 141 NB1W 72Yl Tight, linear, slightly rough, slight weathering, iron oxide and white coating 142 NB1W 70W Tight, linear, slightly rough, iron oxide and white coating 143 N08E 81E Slightly open, planar, fresh, smooth, iron oxide and light brown coating 144 N06E 69E Tight, planar, smooth, slight weathering dark green and white filling, slickensides, S-5 145 NIlE 87W Tight, planar, smooth, fresh, slight iron oxide staining 146 NIlE 8sW Tight, planar, smooth, fresh, light brown coating, iron oxide staining 147 N40W 20W Open, slightly sinuous, slightly rough 148 N80W 7sW Tight, planar, slightly rough, clean, fresh 149 N23E 89W Slightly open, planar, smooth, fresh, wh i. tish coa ting 150 N07W 84W Tight, planar, smooth, clean, fresh 151 N40W IsW Tight, planar, slightly rough, clean, fresh, south of J198. It changes to a severely weathered zone up to 0.5 foot thick 152 N85E 16E Tight, slightly sinuous, slightly rough, slight we a thering, yellow staining 153 N35W 08W Slightly open, planar, smooth, severely weathered zone up to 0.3 foot thick, no apparent displacement 154 N80W 79W Tight, planar, smooth, clean, fresh 155 N35W 84W Tight, planar, smooth, fresh 10 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cant) Joint Number Strike Remarks 156 N02E 60W Tight, planar, slightly rough, fresh, slight light green staining 157 N18E 75E Tight, linear, smooth, green staining, whitish coating 158 N85E 75E Tight, planar, smooth, slight weathering, iron oxide stalning 159 Numbered not used 160 N65E 06W Long, linear, tight, surface slightly irregular, rough, clean 161 N60W oaw Linear, tight, slightly open, surface smooth, clean 162 N15E ssw Slightly sinuous, tight, surface smooth, thin white clay coating 163 N52W 53E Linear, tight, surface very smooth, dark green chlorite staining, slickensides, S-6 164 NOIE OlE Planar, surface very irregular, rough, clean, fresh 165 NIlE 75E Linear, tight, surface slightly rough, clean, slight weathering 166 N14E 72E Linear, tight, surface slightly rough, fresh, clean 167 N09E 74E Linear, tight, subparallel, closely spaced, joint set, surface slightly rough, slight weathering, clean 168 N06E 67E Linear, tight, surface slightly rough, fresh, slight calcite staining 169 N02E 70E Long, slightly irregular, tight, surface slightly rough, slight weathering, slight calcite staining 170 N04E 68E Linear, tight, surface slightly rough, fresh, slight iron oxide staining 11 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 171 N63W 14W Slightly concave, irregular, slightly rough, slightly open, iron oxide staining 172 N03E 68E Linear, tight, closely spaced joint set, smooth, slight chlorite coating 173 N17E 65E Linear, smooth, slightly open, chlorite, clay and crystalline quartz coqting, splays off joint 176 174 N08E 67E Linear, smooth, slightly open, chlorite, clay and crystalline quartz coating, splays off joint 176 17S NOSE 67E Liriear, smooth, tight, chlorite coating and chloritic clay filling, splays off joint 176 176 NOSE 64E Minor shear, linear, severe to complete weathering zone, parallel joint set, smooth, slightly open, clay, chlorite, and crystalline quartz coating 177 N06E 66E Linear, tight, slightly rough, clay and chlorite coating 178 N14E 64E Linear, very tight, rough, slight clay coating 179 NIlE 63E Linear, very closely spaced joint set, tight, slightly rough, iron oxide staining 180 NISE 15W Slightly sinuous, rough, slightly open, iron oxide staining 181 N16E 70E Linear, tight, slightly rough, slight oxide staining 182 N14E 72E Linear, slightly irregular, tight, chlorite and iron oxide staining 183 N15W 12E Linear, slightly open, rough, light green chloritic coating, clay and crystalline quartz coating, slight iron ox~~~e s taining~~..' . . 12 of 51
UNPS-3 FSAR TABLE 2.5.4-4 (Cant) Joint Number Strike Remarks 184 NOSE 74E Concave, open, smooth to slightly rough, very closely spaced joint set, heavy chlorite and crystalline quartz coating, slickensides, 5-7 185 N7SW 24E Slightly sinuous, irregular and broken, open, iron oxide staining 186 NOSE 67E Sinuous, tight, surface slightly r04gh, clean, fresh 187 N21E 7lE Tight, linear, very closely spaced en echelon joints, surface smooth, slight to moderate weathering, thin yellow clay coating 188 N12E 69E Tight, linear, surface smooth, slight to moderate weathering, chlorite staining 189 NIlE 65E Tight, linear, surface slightly rough to smooth, slight to moderate weathering, heavy black-green staining, drusy quartz cavities 190 N68E 89W Tight, linear, surface smooth to slightly rough, slight weathering, slight iron oxide staining, tan coating 191 N72E 8SE Tight, linear, surface slightly rough, slightly irregular, light chlorite staining, occasional tan coating 192 N70E 88E Tight, linear, surface smooth, slightly rough, slight we a the r i.nq , yellow-brown clay coating 193 N29W 31W Tight, slightly sinuous, surface slightly rough, slight iron oxide and light chlorite staining 194 N66W 40W Linear, slightly sinuous, surface slightly rough, clean, slight weathering 13 of 51
r-1HPS - 3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 195 NSOE 70E Tight, slightly open, surface smooth to slightly rough, light greenish-white clay coating 196 N07E 60E Tight, linear, sur face smooth to slightly rough, slight we a the ring, slight iron oKide staining 197 NOSE 24W Linear to slightly sinuous, tight, sur,face slightly rough, moderate iron oxide staining 198 N1SE 71E Very extensive, slightly open very smooth, linear, calcite, chlorite and chloritic clay coating, faint slickensides 199 N45E 86E Linear, tight, surface fresh to slight weathering~ slight iron oxide staining 200 N87E 73E Slightly sinuous, tight to slightly open, slightly rough, iron oxide staining, clay coating, water seepage 201 N50W lOW Linear, tight, clean, long 202 N57W 05W Linear to slightly sinuous, surface slightly irregular, smooth, clean, tight 203 N4SW OSW Linear, smooth, tight, heavy iron oxide staining 204 N36W 22W Linear, tight, surface rough to smooth, clean, fresh 205 N70W 05W Linear, tight, surface smooth to slightly rough, fresh, clean 206 N28E 84E Tight, linear, surface smooth, clean, occasional white clay film 207 N65W 07W Linear, tight to slightly open, surface smooth to slightly rough, moderate iron oKide staining 14 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 208 N14E 72E Planar, tight, surface very smooth, occasional iron oxide and light green chlorite staining, minor chalcopyrite 209 NIOE 71E Planar, tight, surface very smooth, slight weathering, slight iron oxide staining 210 N18E 71E Planar, tight, surface very smooth, occasional chloritic film, moderate iron oxide staining 211 N18E 67E Linear, tight, very closely spaced joint set, surface very smooth, clean, fresh 212 N18E 67E Planar, tight, surface very smooth, chloritic film 213 N65W lOW Linear, tight, surface smooth, light green clay filling 214 N51W 34W Linear, tight to slightly open, broken surface, smooth, moderate weathering, heavy iron oxide staining 215 N79W 21W Long, linear, tight to slightly open, surface very smooth, heavy iron oxide staining 216 N20E 72W Very closely spaced joint set, tight, linear, surface very smooth, chloritic film 217 N04E 63E Tight, linear, very closely spaced joint set, slickensides, S-14 218 N08E 53E Very closely spaced joint set, linear, tight, surface smooth, fresh to slight weathering, light green clay filling, water percolation 219 N08E S8E Planar, tight, occasional light green clay coatir'g 15 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cant) Joint Number Strike Remarks 220 N89E 05E Linear, tight, occasional broken surface undulating, smooth, slight to moderate weathering, slight white clay coating 221 N75W 26W Long, linear, tight to slightly open, surface smooth, slight iron oxide staining 222 NIlE 58E Plqnar, tight, surface smooth, occasional light green clay coating 223 N35W 23W Long, linear, tight to slightly open, surface clean, smooth 224 N23W 21W Li~ear, tight to slightly open, surface smooth, clean, fresh 225 N8SE 16E Linear, tight, surface smooth, clean, fresh 226 N02E S7E Linear, tight, surface smooth, light green clay filling, iron oxide staining 227 N2SW S8E Linear, tight, surface very smooth, clean 228 NISW 64E Linear, tight, surface very smooth, occasional calcite coating 229 N69W 20W Linear, tight, surface smooth, clean 230 NIOW 68E Linear, tight, surface smooth, thin light green clay filling, water percolation 231 N09W 60E Linear, tight, surface very smooth, slight weathering, clean 232 N26W lSW Linear, tight, surface smooth to slightly rough, occasional light yellow clay coating 233 N22E 16W Linear, slightly open, surface smooth, clean, water percolation 16 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 234 N29E 22W Very closely spaced joint set, broken, slightly open, surface slightly rough, moderate iron oxide staining, water percolation 235 N45W lOW Long, linear, tight, surface smooth to slightly rough, thin white clay coating, water percolation 236 N74E oaw Tight, linear, surface smooth, clean 237 N65E 75E Smooth, tight, linear, fresh 238 N7SW 72W Tight, planar, smooth, fresh 239 N6.0E 74E Very closely spaced en echelon joints, ti~ht, smooth, slight iron oxide staining, planar 240 N65E 75E Planar, tight, slight iron oxide staining 241 N16E 67E Smooth, planar, tight, fresh slight green staining 242 N03W 70E Smooth, planar, tight, fresh, slight dark green coating 243 NOIE 78E Tight, planar, smooth, fresh 244 N70E 67E Smooth, planar, tight, slight iron oxide staining 245 NOSE 70E Smooth, tight, planar, slight dark green stain 246 N65E aOE Tight, fresh, planar, en echelon joints 247 NaOE 75E Smooth, tight, planar, slight iron oxide staining 248 N7SE 75E Tight, smooth, slight iron oxide staining 249 N6SE 75E Tight, smooth, fresh, planar 17 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cant) Joint Number Strike Remarks 250 N30W IDYl Undulatory, slightly broken surface, slight iron oxide staining, slight weathering 251 N89W 30W Undulatory, slightly broken, slight iron oxide staining, slight weathering 252 15W Slightly broken, undulatory, iron oxide staining 253 N50W 2DW Undulatory, occasionally broken, fresh to slight weathering, iron oxide staining 254 N70W 25W Undulatory, occasionally broken, slight weathering, slight iron oxide staining 255 N20W 15W Undulatory, occasionally broken, fresh to slight weathering, iron oxide staining 256 N25W lOW Undulatory, tight, slight iron oxide staining 257 N50W llW Slightly undulatory, occasionally broken, iron oxide staining 258 N14E 70E Planar, tight, smooth, dark red and green staining 259 N37E 75E Smooth, tight, planar, fresh 260 N15E Smooth, fresh, slight iron oxide staining 261 NIOE 72E Smooth, planar, slightly curved, fresh 262 N60W lOW Fairly planar, iron oxide staining, slight weathering 263 N70W 70W Undulatory, occasionally broken, smooth, iron oxide staining, fresh to slight weathering 264 N43E 70E Thin, tight, planar, smooth 18 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cant) Joint Number strike Remarks 265 N70W law Undulatory, occasionally broken, iron oxide staining, slight weathering 266 N45W 25W Undulatory, fairly smooth, occasionally broken, iron oxide staining 267 NIOW 09E Thin, occasionally broken, fresh, iron oxide staining 268 N60W 26W Tight, fairly fresh, undulatory 269 N7SW 06W Tight, planar, smooth 270 NBSE 65E Sinuous, tight, smooth, slight iron oxide staining 271 N22W 67E Very sinuous, surface irregular and rough, tight to slightly open, slight iron oxide ?taining, slickensides, s-IS 272 N30W 22W Slightly sinuous, very irregular, open, light green, slightly plastic clay filling 273 N43W IBW Linear to slightly sinuous, irregular, slightly open, occasional calcite coating 274 N25W 26W Linear, rough, tight, slight clay coating 275 NOIW l7W Sinuous, broken, very closely spaced en echelon joints, rough, open, clay filling, slight chlorite coating 276 NOSE 75W Very smooth, linear, open, clay filling, chlorite and calcite coating, faint slickensides 277 N40W 20W Linear, rough, open, clay filling, slight chlorite coating 278 NIOW 25W Sinuous, rough, tight, slight clay coating 19 of 51
IvlNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 279 NIlE 72H Tight, linear, very smooth, slight calcite coating and chlorite staining, slickensides, 5-16 280 NI0E 72W Slightly concave, very smooth, tight, calcite coating, slight chlorite staining, slickensides, 5-17 281 NOsW lOW Linear, irregular, rough, slightly broken, open, slight clay filling 282 N06E 7lW Linear, very smooth, tight to slightly open, slight calcite and chlorite coating, slickensides, 5-18 283 N88E 67E Linear, slightly rough, slightly, open, slight iron oxide staining 284 N35W 74W Sinuous, slightly rough, tight, slight clay filling, iron oxide staining 285 N2sE SSE Slightly sinuous, tight, clean, slight weathering 286 N28E 44E Linear, tight, fresh, clean 287 N18E S4E En echelon joints, linear, tight to slightly open, fresh to slightly weathered, siliceous coating, green clay filling, slight iron oxide staining 288 N28E 49E Similar to joint 287, possible 0.4-foot displacement along F-51 (BS-8) 289 N26E s6E Similar to joint 287, slickensides, S-19 290 N07E 61E Joint set, linear, tight to slightly open, fresh, occasional green clay and slight siliceous coating 291 N04E s8E Long. linear, tight, fresh, slight green clay filling 292 N74E 78W Slightly irregular, tight, fresh, clean, water percolation 20 of 51
r*lNPS - 3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 293 N7IH I2W Long, linear, slightly open joint set, slight weathering, siliceous coating, iron oxide staining 294 N40W 24W Slightly irregular, slightly open, clean, fresh 295 N26W 12W Long, linear, tight to slightly open, fresh, clean joint set 296 N57W 86E Linear, tight, fresh, clean 297 N57W 09W Slightly irregular, tight, fresh, slight clay coating 298 N20W 08E Linear, tight, fresh, slight siliceous coating 299 N45W IOE Linear, tight, fresh, slight iron oxide staining 300 N39W oaw Linear, tight, fresh, slight siliceous coating 301 N74E OSE Linear, tight, slight weathering, slight siliceous coating 302 N68W 05E Linear, tight, fresh, clean 303 N8SE I9W Linear, tight, fresh, slight siliceous coating 304 N76E 04W Linear, tight, fresh, clean 305 N79E 09W Linear, tight, fresh, slight clay filling 306 NOSE lOW Linear, tight, fresh, clean 307 NOSE 05W Linear, tight to slightly open, fresh, clean 308 NSOW OSW Linear, tight, fresh, slightly fractured, clean 309 NI0E 75E Linear, slightly open, slight weathering, slight siliceous coating 21 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 310 NOSE 63E Linear, t igh t, sligh t ve a t he r ing, slight chlorite staining 311 NISW lOW Irregular, slightly open, fresh, slight siliceous coating 312 N09W OSE Irregular, tight, fresh, clean, slightly fractured 313 N60W 14E Irr,egular, tight, fresh, clean 314 NOIE 59E Linear, tight, slight weathering, slight iron oxide staining 315 N03W 16E Slightly irregular, tight, fresh, clean 316 N10E 56E Linear, very closely spaced joint set, tight to slightly open, slightly rough, chloritic clay and slight calcite filling 317 N21E 70E Linear, slightly rough, slightly open, clay coating, calcite filling 318 NOIE 61E Very closely spaced joint set, slightly open, slightly rough, linear, occasional chloritic clay filling and calcite coating 319 NI0E 60W Linear, smooth to slightly rough, open, calcite filling, clay coating 320 N02E 14W Linear, rough, tight, occasional calcite coating, slight clay filling 321 NOlW 56E Closely spaced joint set, slightly rough, linear to slightly irregular, open, calcite filling, clay coating 322 N89E 10E Linear, tight, slightly irregular, slightly rough, slight clay coating 323 N20W lOW Slightly sinuous, irregular, tight, slight clay coating 324 N20E 20W Sinuous, rough, tight, clean, fresh 22 of 51
HNPS-3 fSt>.R TABLE 2.5.4-4 (Cant) Joint Number Strike Remarks 325 N89W 22W Linear to slightly sinuous, slightly rough, slight clay coating 326 N30W S8E Linear, slightly open, slight fracturing, severely weathered, light green chloritic filling 327 N20W 08E Irregular, slight weathering, slightly open, clean 328 N35W 29W Slightly sinuous, slightly irregular, slightly open, clean, fresh 329 N21W 09E Irregular, slight weathering, rough, slight iron oxide staining 330 N68W 79W Sinuous, rough, tight, clean, fresh 331 NOSE 70E Extensive, linear, very closely spaced joint set, slight to moderate weathering, slightly rough, open, chlorite coating clay filling, slight iron oxide staining 332 N29W 22W Slightly sinuous to irregular, rough, slightly open, iron oxide staining 333 N56W 28W Linear, slightly rough, clean, fresh 334 N70E 72E Very closely spaced joint set, tight, linear, smooth surface, clean, fresh 335 N20E 8SW Very closely spaced joint set, tight, slightly curving, slight weathering, smooth, slight chlorite staining 336 N20E 65W Very closely spaced joint set, tight, moderate weathering, light green clay filling 337 N09E 81W Very closely spaced joint set, surface very smooth, slight to moderate weathering, occasional light green clay coating 338 N40W 19W Slightly sinuous, irregular, slightly rough to rough, tight, clay filling 23 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 339 N31W 12W Sinuous, broken and irregular, rough, fresh, clean 340 N26W 15W Extensive, irregular and broken, rough, slightly open, clay filling 341 N85E 80E Linear, slightly rough, tight, clay filling, iron oxide staining, white coating 342 N39E 80E Extensive, smooth, linear, slightly open, heavy clay and occasional calcite coating, heavy chlorite and iron oxide staining, slickensides, 5-20 343 N34E 53E Linear, smooth, slightly open, chlorite coating, slight calcite coating 344 N34E 64E Linear, smooth, tight 345 N75W 16W Linear, irregular and broken, ro~gh, open, slight clay filling 346 N14E 80W Linear, slightly rough, slightly open, slight chlorite and clay coating 347 N30W 15W Linear, broken, rough, very slight clay coating 348 N45E 66E Linear, smooth, tight, calcite coating 349 N74E 39E Linear, tight, slightly rough, calcite coating 350 N02W 77E Linear, rough, tight, slight chlorite and clay filling 351 N30E 14W Linear, broken, tight, fresh, clean 352 N17E 65E Linear, tight, rough, slight chlorite and calcite coating 353 N06E 77W Smooth, quartz filling, fractured, slight iron oxide staining 24 of 51
MNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 354 NI5E 88E Continuation of joint 470 on floor, extensive, displacement of ap-proximately 1.1 feet with reverse faulting, main shear plane 1 to 3 inches wide, heavy chloritic clay filling, crystalline quartz coating, severe to complete weathering, very closely spaced en echelon joint pattern extending 3 to 5 feet from both sides of shear plane, water percolation 355 N08W 62E Linear, smooth, slight weathering, quartz filling 356 N15E 60E Smooth, tight, quartz filling 357 N08E 57E Similar to joint 356 358 NIOE 60E Sharp, smooth, clean, linear, slight iron oxide staining 359 N25E 64E Irregular, rough, slight weathering slightly open, slight iron oxide staining 360 N16E 53E Linear, rough, calcite filling, slight to moderate weathering, closely spaced, subparallel joint set 361 N64E 67E Slightly sinuous, rough, slight weathering, slight calcite coating 362 N36E 24W Clean, smooth, linear, slightly open, slight iron oxide staining 363 N15W 19W Linear, slightly irregular surface, slightly open, fresh, clean 364 N22W 13W straight, slightly rough, open, fresh, clean 365 N70W 30W Linear, smooth, slight to moderate weathering, tight, slight calcite coating 366 N08E 16E Irregular, slightly rough, fresh, tight, clean 25 of 51
Hl-JPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 367 N02E l8W Linear, tight, fresh, clean 368 N30E 65E Smooth, linear, tight, slight iron oxide staining 369 N16E 89E Tight, smooth, moderate wea the r i.nq , quartz filling, slight iron oxide staining 370 N23E 89W Sl~ghtly curved, tight, smooth, slight weathering, quartz filling, closely spaced joint set 371 N19E 54E Long, linear, smooth, slight iron oxide staining, quartz filling, joint set" 372 N26E 50E Long, linear, smooth, tight to slightly open, quartz filling, slight iron oxide staining 373 N18W 70E Long, linear, smooth, tight, slight weathering of quartz filling 374 N16E 19W Slightly irregular, smooth, tight to slightly open, slight weathering, granitic filling 375 NOSW 77E Linear, smooth, tight, slight weathering, quartz filling 376 N20W 21W Irregular, rough, slightly open, iron oxide staining 377 N01E 19W Slightly irregular, open, slight iron oxide staining 378 N70E 44E Tight, linear, smooth, long, slight iron oxide staining, discontinuous 379 NISE 64E Tight, linear, smooth long, joint set, slight iron oxide staining 380 N09E 60E Linear, long, smooth, tight to slightly open, slight iron oxide staining, slight quartz filling 381 N14E 60E Similar to joint 380 26 of 51
HI*IPS - 3 FSAR TABLE 2.5.4-4 (Cant) Joint Number Strike Remarks 382 N08W 75E Linear, smooth, slightly open, slight weathering, quartz filling 383 N07W 14W Linear, smooth, open moderate weathering, quartz filling 384 N15E 65E Linear, smooth, tight, slight iron oxide staining 385 N45W 12W Li~ear, smooth, open, slight weathering, quartz filling 386 N33W 25W Irregular, discontinuous, slightly open, quartz filling, slight iron oxide staining 387 N26W 14W Slightly irregular, smooth, tight, s~ight iron oxide staining 388 Nl2W 32W Slightly irregular, slightly rough, slightly open, slight iron oxide staining 389 NIlE S8E Long, linear, smooth, slight weathering, quartz filling 390 NISE 51E Long, linear, smooth, tight to slightly open, slight weathering of quartz filling 391 NI0E G4E Small shear, approximately 2-inch displacement, sinuous, severe weathering, white to light green clay filling, iron oxide staining, splays off joint 354 392 N30W 51E Linear, tight, moderate weathering, slightly rough, heavy iron oxide staining, drusy quartz filling 393 NSOE 60E Linear, tight, slight to moderate wea t.he r i.nq , smooth to slightly rough, thin yellowish green coating 394 NSOE GOE Planar, tight, surface smooth, slight weathering, white siliceous and green clay coating 27 of 51
I-INPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 395 NI0E 84E Tight, linear to slightly curved, moderate to severe weathering, light green clay coating 396 N03E 70E Tight, linear, surface very smooth, moderate weathering, heavy iron oxide staining 397 N50W I2W Linear, tight, surface slightly irregular, slightly rough, slight to moderate weathering, slight iron oxide staining 398 N02E 56E Very closely spaced joint set, sinuous, surfaces slightly irregular, slight weathering, drusy quartz and light green clay filling 399 NIOE 68E Long, linear, tight, slight to moderate weathering, heavy chlorite staining 400 N40E 70E Tight, linear, surface slightly rough, slight to moderate weathering, occasional light brown siliceous coating, water seepage 401 NIOE 82E Tight, linear, surface smooth, slightly irregular, white siliceous and light green clay filling 402 N85W 80W Planar, surface very rough, moderate weathering, heavy iron oxide staining, occasional siliceous filling 403 NIOE 15E Linear, tight to slightly open, surface smooth, black material and chlorite staining, slight to moderate weathering, slickensides, S-21 404 NISE 51E Long, linear, tight, surface smooth, slightly irregular, chlorite staining, siliceous coating 405 N02E 66E Tight, linear, surface smooth, slightly irregular, slight weathering, heavy black staining 28 of 51
HHPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 406 NOIW 60E Tight, linear, surface smooth, fresh, clean 407 NOIW 56E Tight to slightly open, surface very smooth, heavy chlorite staining 408 N09E 62E Tight, linear, very smooth surface, slight to moderate weathering, heavy chlorite and iron oxide staining 409 N15E 60E Tight, linear, smooth surface, slight to moderate weathering, heavy iron oxide and chlorite staining, water percolation 410 NI0E 50E Tight to slightly open, linear, smooth surface, slight to moderate weathering, heavy iron oxide staining 411 NI0E SOE Linear, tight, slight to moderate weathering, smooth, heavy chlorite staining 412 N15E 49E Tight, linear, slight to moderate weathering, smooth, surface, heavy chlorite staining 413 NOIW 52E Tight, linear surface slight weathering, smooth, light chlorite staining 414 NOIE 46E Tight, linear, surface smooth, slight to moderate weathering, moderate chlorite and slight iron oxide staining 415 NOSE 45E Tight, linear, surface very smooth, slight weathering, slight iron oxide staining 416 NOIW 63E Sinuous, joint set, open, drusy quartz filling, moderate weathering 417 N15E 14W Linear, tight, surface smooth, slight weathering, light yellow clay coating 29 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 418 N45W 26W Tight, linear, surface smooth, slight to moderate Heathering, green clay coating 419 N75E 18E Linear, smooth, tight, slight clay filling 420 N89E 13E Low angle, irregular, open 0.2 inch with slight gray silt filling, sl~ghtly rough surface 421 NI1W 15E Linear, tight, slightly rough, clean surface 422 N44W 12W Linear, slightly irregular, tight, rou.9h, clean 423 N81E BOW Linear, tight, slightly rough, clean 424 N80E 60E Linear, tight, slightly rough surface with siliceous coating 425 N03W 08E Slightly linear, tight, irregular, rough surface with iron oxide staining 426 N11W 08W Linear, tight, slightly rough, clean surface, wi t h i n pegmatite 427 N20E 89W Linear, irregular, tight, rough, clean 428 N88E 05E Linear, slightly irregular, rough broken zone 0.5 to 2.0 inches Hide, clean 429 N20E 03H Linear, tight, rough, clean 430 N89E 01W Linear, crushed pegmatite filling, iron oxide staining 431 N65E 21E Linear, tight, slightly rough, clean 432 N20E 65E Linear, tight, slightly irregular, slightly rough with very thin orange clay coating 433 N83E 05E Linear, irregular, very tight, rough, clean 30 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 434 N10W 89E Linear, tight, slightly rough, clean 435 NOSE 73E Linear, tight, rough, irregular, clean 436 NOSE 73E Linear, tight, rough, irregular, clean 437 NISE 70E Linear, tight, rough, irregular, clean 438 NIOE 58E Linear joint set, very close spacing, sl~ghtly open, rough, irregular, slightly weathered 439 NIOE 68E Linear, slightly open, irregular rough surfaces with iron oxide staining and slight weathering 440 N30E 52E Linear, tight with very thin siliceous filling, irregular, rough surfaces with slight weathering 441 N50E 67E Linear, tight, slightly rough, clean 442 N70E S2E Linear, irregular, rough, moderately open with thin clay and silt filling 443 NIOW 05W Slightly curved, tight to slightly open with silt filling, irregular, slightly rough surfaces, slightly weathered 444 N08E 62E Linear, tight with siliceous filling, slightly irregular and rough 445 N84W 89W Linear, open, rough surfaces with siliceous coating and iron oxide staining 446 N19E 89E Linear, slightly open with very thin clay filling, rough, irregular 447 NIlE 65E Linear, slightly open with clay filling, slightly rough 448 N30E lOW Linear, slightly open with silt filling, irregular, rough 449 NOSE 6IE Linear, tight with occasional clay filling, rough, slightly irregular 31 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 450 N6SE 79E Linear, tight, slightly rough, clean 451 N70E 84E Linear, slightly open with siliceous filling, slightly rough with iron oxide staining 452 NlSE 64E Linear, slightly open with clay and severely weathered gneiss filling, slightly rough surface 453 NISE 64E Linear, slightly open with clay filling, slightly rough 454 NSSE 08W Linear, open with crushed rock filling, rough, irregular surface 455 N70E 8SE Linear, open, irregular, rough surface with siliceous coating 456 NSOE 88E Linear, tight, slightly rough, clean 457 N70E 8BE Slightly curved, slightly irregular, slightly open, slightly rough, clean 458 NOSE BOE Slightly curved, tight, slightly irregular, rough sur face vii th siliceous coating 459 NOIE 01W Linear, open with crush rock and clay filling, slightly rough 460 N02E S3E Linear, slightly rough with siliceous coating, tight 461 NIOE 60E Linear, tight, slightly rough, clean 462 NOSE SBE Linear, tight, slightly rough, clean 463 NOSE 70E Linear, tight, slightly rough, clean 464 NSSE 20W Linear, rough, slightly irregular, slightly open with broken rock filling 465 N50W 2SE Linear, rough irregular, tight to slightly open with thin clay filling 466 NIOE ISW Linear, tight, irregular, clean 32 of 51
HNPS-3 FS~R TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 467 NIOE 65E Linear, tight with very thin siliceous filling 468 NISE 15W Linear, irregular, tight wi t h occasional silt filling 469 N55E 74E Linear, tigh t, 51 igh tly irregula r , slightly rough, clean 470 N15W 62E Linear, tight, slightly rough, clean 471 N20W 60E Linear, tight, slightly rough, clean 472 NSOE ISW Linear, slightly irregular, slightly open with clay filling 473 NI0W 59E Linear, tight, clean 474 NI0W 61E Linear, tight, clean 47S NI0W 12W Linear, tight, clean 476 N15W 4SE Linear, tight, clean 477 NISW 89E Linear, tight, clean 478 NI0E 25W Linear, slightly open, irregular, iron oxide staining 479 N15E lOW Slightly curved, slightly open with very thin clay filling, irregular, rough surfaces with iron oxide staining 480 NISW 39E Linear, irregular, tight to sli;~~ly open with clay filling 481 NOIE 79E Slightly sinuous, very rough, irregular, clay and chlorite filling, thin crystalline quartz coating, major shear which branctes off joint 354 with I.S-foot apparent reverse displacement 482 NIOE 64E Linear, slight open with slightly clay filling, rough surfaces with crystalline quartz coating and chlorite staining 33 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 483 N25E 59E Smooth, tight, clean to slight iron oxide staining 484 N30E 36W Linear, smooth, slightly open, clean 485 N01E 60E Linear, slightly rough, open to 0.1 inch, slight clay filling, splay off of joint 481 486 NOSW 19W Sl~ghtly sinuous, slightly rough, tight to slightly open, clean 487 N03E 60E Linear, open to 0.1 inch, rough with crystalline quartz coating and iron oxide staining 488 N05W 22W Linear, tight, irregular, slightly rough, clean 489 N80E 85E Linear, rough, clean 490 N01W 59E Linear, open to 0.1 inch, slightly rough with slight clay coating 491 N30W 70E Linear, rough, open, clean 492 N30W 42E Irregular, open to 0.2\inch with clay filling, very rough surfaces with chlorite and iron oxide staining 493 NOlW 03W Linear, irregular, open to 0.2 inch with green clay filling, very rough 494 N20E 57W Linear, tight, smooth surfaces with slight clay film 495 NIOE 69E Linear, tight, rough, slight clay film 496 N75E llW Sinuous, irregular, rough, slightly open 497 N82E 69E Linear, rough, slightly open with siliceous filling 498 N85E 75E Linear, rough, slightly open with siliceous filling 34 of 51
r'INPS - 3 fS;'R TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 499 NIOE 29NW Slightly sinuous, tight to slightly open, it-regular, rough, iron oxide staining 500 N36E 13E Linear, open with siliceous filling, smooth, fresh surfaces 501 N12E 14E Linear, surface smooth, fresh, siliceous staining I 502 N05W 04E Slightly sinuous, tight, surface smooth, slight weathering, slight iron oxide staining 503 N59W 08W Slightly irregular, tight, surface rough, clean, slightly broken, fresh 504 N12E 23E Linear, open, slightly rough, fresh, siliceous filling 505 N03E 26E Linear, tight, surface slightly rough, fresh, slight siliceous staining 506 N04E 07E Slightly irregular, open, broken, siliceous filling, surface slightly rough, slight to moderate weathering, iron oxide staining 507 NIlE 17E Slightly irregular, tight, surface slightly rough, slight wea t he r i.nq , iron oxide staining 508 N85W 19W Very long, irregular, occasionally broken, surface slightly rough, open, siliceous filling, slight to moderate weathering, iron oxide staining 509 N89E 07E Slightly irregular, tight, surface rough, fresh, slight siliceous staining 510 N84E 13E Irregular, tight, surface rough, fresh slight siliceous staining 511 NIIW 85W Linear, tight, surface very smooth, fresh, iron oxide staining 35 of 51
l-lNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 512 N85E IOE Linear, tight to open, siliceous filling, surface rough, fresh 513 N56W 21W Linear, slight fracturing, tight, surface slightly rough, slight weathering, iron oxide staining 514 N03W 59E Linear, tight, siliceous filling, surface slightly rough, fresh 515 N66W 65W Slightly sinuous, tight, surface smooth, slight weathering, iron oxide staining 516 N55W 25W Linear, tight, subparallel joint set, surface smooth, slight weathering, iron oxide staining and siliceous coating 517 N02W 06W Slightly sinuous, tight, surface fresh, slight siliceous coating 518 N73W 12W Slightly sinuous, tight, surface smooth, clean, fresh 519 N47W 66E Linear, slight to moderate weathering, iron oxide staining 520 N28W 77E Sinuous, tight, surface slightly rough, slight weathering, iron oxide staining 521 NOIE 59W Linear, tight, surface smooth, fresh, siliceous coating 522 N26W 76E Linear, tight, surface smooth, slight weathering, siliceous and iron oxide staining 523 N22W 70E Linear, tight, surface smooth, slight weathering, siliceous coating 524 N35W 72E Slightly sinuous, tight, surface smooth, slight weathering, siliceous and iro~ oxide staining 525 N29W 77W Linear, tight, surface slightly rough, fresh, slight siliceous coating 36 of 51
HUPS-3 fSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 526 N70W 08W Linear, tight, surface rough, fresh, clean 527 N24W 14E Irregular, tight, surface rough, fresh, slight siliceous staining 528 N56W 12E Slightly sinuous, tight to open, broken zones, surface rough, fresh, slight siliceous staining I 529 N06W S2E Slightly sinuous, tight, surface slightly rough, slight weathering, iron oxide and siliceous staining 530 N38E ISW Sinuous, tight, surface slightly rough, fresh, iron oxide staining 531 NIOE 38E Linear, tight, surface smooth, fresh, slight siliceous staining 532 N08W. 46E Linear, tight, surface smooth, slight iron oxide and siliceous staining, slight weathering 533 N12W SSE Linear, tight, surface slightly rough, fresh to slight weathering, slight iron oxide staining 534 N66W 27W Irregular to slightly sinuous, tight, surface slightly rough, slight weathering, iron oxide and siliceous staining 535 N13W 74E Tight, linear, smooth to slightly rough, heavy chlorite staining 536 N45E 65E Linear, smooth, tight to slightly open, moderate to severe weathering, chlorite and iron oxide staining 537 N35E 15E Slightly sinuous, tight, smooth, moderate weathering, chlorite and clay coating, slickensides, S-8
>38 N55E SSE Linear, smooth, open, severe weathering, chloritic clay filling, chlorite and crystalline quartz coating 37 of 51
l-lNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 539 N45E 66E Slightly curved, smooth to slightly rough, slightly open, light green clay and chlorite coating 540 N70E 86E Linear, slightly rough, tight slight clay and siliceous coating 541 N62E 85E Linear, slightly rough, open, siliceous filling, slight clay coating I 542 N45E 78E Irregular, open, surface smooth, moderate to severe weathering, blue and green clay filling 543 N66E 71E Slightly sinuous, tight, surface fr~sh, smooth, clean 544 N35E 64E Linear, open, surface smooth, slight weathering, quartz crystals and blue clay filling iron oxide staining 545 N16E 52E Slightly sinuous, open, smooth, slight to moderate weathering, quartz crystals and clay filling, iron oxide staining 546 N23W 68E Slightly sinuous, open, surface smooth, slight to moderate weathering, clay filling 547 N14W a1W Curved, tight, surface smooth, slight weathering, clay coating 548 N14E 72W Linear, tight, surface smooth, slight weathering, clay coating 549 NOIW 70W Slightly irregular, tight, surface smooth, slight weathering, clay coating, iron oxide staining 550 N09W 83E Linear, tight, surfa:e slightly rough, fresh, slight iron oxide staining 551 N12W 84W Irregular, tight, surface slightly rough, fresh, slight iron oxide staining 38 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cant) Joint Number strike Remarks 552 N5SE 16E Slightly irregular, tight, surface slightly rough, slight weathering, iron oxide staining 553 N1SW 89W Linear, tight, smooth, fresh 554 N03E 79E Slightly irregular, tight, surface rough, fresh, clean 555 N28W 88E Linear, slightly open, fresh, clean 556A N89E OlE Very irregular, rough surfaces with iron oxide staining, slightly open 557A N89E OlE Linear, slightly rough to smooth, tight r: iron oxide staining 556 NlSE 64E Linear, tight, smooth, clean, fresh 557 Nl3E 73E Linear, tight, smooth, clean, fresh 558 N08W 68E Linear, tight, smooth, fresh, slight siliceous staining 559 N70E 64E Slightly sinuous, tight, smooth, fresh, slight iron oxide staining 560 N06W 12E Irregular, tight, smooth, fresh, clean 561 NIlE 48W Linear, tight, smooth, fresh siliceous staining 562 N17E 57W Linear, tight, smooth, fresh, siliceous staining 563 N15E 52W Linear, tight, smooth, fresh, siliceous staining 564 N08E 59E Linear, tight, broken areas, surface rough, fresh, siliceous staining 565 NOSE 75W Slightly irregular, tight, surface smooth, fresh, siliceous staining 566 N42W 03E Irregular and discontinuous, tight, surface rough, fresh, siliceous staining 39 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cant) Joint Number Strike Remarks 567 N07E 63W Linear, tight, surface smooth, fresh, clean 568 N03E 74W Linear, tight, surface smooth, fresh, siliceous staining 569 N17E 07W Irregular, open, broken areas, surface slightly rough, fresh, siliceous staining 570 N75W 76W Irregular, tight, surface smooth, fresh, clean 571 N17E 70W Slightly irregular, tight, surface smooth, fresh, siliceous staining 572 NOSE 56W Linear, tight, smooth, fresh, siliceous and iron oxide staining 573 N04W 70W Slightly irregular, tight, surface slightly rough, fresh, siliceous and iron oxide staining 574 NOIE 16W Very closely spaced joint set, broken, linear, open, slight weathering, iron oxide staining 575 N80W 07W Linear, tight, surface smooth, fresh, clean 576 N87E 52E Linear, smooth, tight to slightly open, slight iron oxide staining, fresh 577 N85W 15W Slightly curved, smooth, tight, slight iron oxide staining 578 N86E 70E Slightly irregular, discontinuous, smooth, tight, slight iron oxide staining 579 N03E 79E Curved, smooth, tight to slightly open, thin quartz filling, vague slickensides 580 N81W 04W Slightly irregular, slightly rough, tight to slightly open, slight quartz filling, slight iron oxide staining 40 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cant) Joint Number Strike Remarks 581 NIlE 73E Very irregular, tight, with quartz and chlorite filling, rough, fresh surface with slickensides, S-9 582 NI0E 75W Slightly curved, tight, clean, slightly rough 583 N08E 53W Linear, smooth, tight, with slight siliceous filling, and slight iron oxide staining 584 NISW 82E Curved, open with quartz and chlorite filling, smooth, slightly weathered surfaces with iron oxide staining 585 N08W ssw Linear, tight, fresh, smooth surfaces with iron oxide staining 586 NI0E 60W Linear, tight,* fresh, smooth surfaces with iron oxide staining 587 N13E 64W Linear, tight, smooth surfaces, iron oxide staining 588 N09W 62W Linear, tight series of en echelon joints, smooth surfaces with iron oxide staining 589 NOSE 56W Linear, tight, smooth surface with iron oxide staining 590 N28W 82W Linear, tight series of en echelon joints, smooth surfaces with iron oxide staining 591 N20E 61E Slightly irregular, tight, with chlorite filling, smooth surfaces 592 N15E sow Linear, tight, with light green filling, smooth surfaces with iron oxide staining 593 N23E 56E Linear, tight, smooth, fresh surfaces with staining and chlorite coating 594 N20E 48W Slightly curved, tight, smooth surfaces with iron oxide staining 41 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cant) Joint Number strike Remarks 595 N15W 88W Curved, tight to slightly open, smooth surfaces with iron oxide staining 596 NIOW 88E Linear, tight to open, smooth to rough surfaces with iron oxide staining 597 N25W 88E Slightly irregular, open with siliceous and chloritic filling, smooth surfaces with iron oxide staining 598 N32E 68W Curved, tight to open, smooth surfaces with iron oxide staining 599 N39W 13W Linear, slightly open, smooth surfaces with iron oxide staining 600 N35E 07W Irregular, discontinuous, tight to slightly open, rough surfaces with iron oxide staining 601 N08W l2W Planar, tight, smooth surfaces with iron oxide staining 602 N21W lOW Slightly irregular, open, smooth surfaces with iron oxide staining 603 N85E 75E Planar, tight, smooth surfaces with iron oxide staining 604 N2SW OSE Planar, slightly open, smooth surfaces with iron oxide staining 605 N22E 75W Linear, tight, smooth surfaces with iron oxide staining 606 NOIE OlE Sinuous, slightly open, clay filling, rough surfaces 607 N12E s8E Linear, tight to slightly open, slightly rough, chlorite coating 608 NIOE 60E Linear, slightly open, quartz and clay filling, rough surfaces 609 NOSE SSE Linear, slightly open, quartz filling, iron oxide staining, rough surfaces 42 of 51
I"H'JPS - 3 FSAR TABLE 2.5.4-4 (Cant) Joint Number Strike Remarks 610 N03E 51E Linear, tight, slightly rough, clean surfaces 611 NOIE 33E Linear, tight to slightly open, rough, clean surfaces 612 N01E 35E Linear, tight to slightly open, rough, clean surfaces 613 N20E 64E Line a r , tight, rough surfaces, siliceous coating 614 N35W 83E Linear, tight, siliceous filling 615 N25E 60E Linear, open to tight, euhedral quartz crystals, rough surface 616 N28E 58E Linear, tight, rough, clean surfaces 617 N20E 75E Linear, slightly open to tight, chlo~ite filling, rough surfaces 618 N01E OlE Sinuous, open, irregular, rough surfaces with iron oxide staining 619 N80E 89W Linear, open, rough, clean surfaces 620 N01E OSW Sinuous, open, rough surfaces with heavy iron oxide staining 621 N30W 89E Linear, slightly open, quartz and chlorite filling, rough surfaces 622 NI0E 80E Linear, open, slight clay filling, smooth surfaces with slight iron oxide staining 623 NOSE S8E Linear, open with quartz filling, smooth surfaces 624 NISE S5E Linear, slightly open to tight with quartz filling, rough sur faces vii th iron oxide staining 625 NOSE S3E Linear, tight to slightly open, quartz filling, rough surfaces 626 NOSE 48E Linear, tight, rough, clean surface 43 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 627 N02E ElSE Linear, open with clay fililng and mylonite gouge, rough surfaces 628 N85E 07H Linear, open, moderately weathered surface with iron oxide staining 629 N12E 60E Linear, slightly open with siliceous filling, smooth surfaces with slickensides, 5-24 630A NOIE 6SE Linear, rough surface, slightly open with white clay filling 630 NOIE 63E Linear, slightly open with siliceous filling, rough surfaces 631 N17E 72E Linear, slightly open with occasional siliceous filling, slightly rough surfaces 632 N14W 79W Linear, tight, rough, clean surfaces 633 N30E 21W Linear, slightly open with filling of crushed rock, rough, slightly weathered surfaces with iron oxide staining 634 NOSW 69E Linear, slightly open to tight rough, clean surfaces with mottled iron oxide staining 635 N70E 8SW Linear, tight, rough, clean surface 636 N30W ISW Linear, slightly open with crushed rock filling, rough, slightly weathered surfaces with iron oxide staining 637 NI0E S8E Linear, tight, smooth surfaces, occasional iron oxide staining 638 N80W 05E Sinuous, open, rough surface, iron oxide staining 639 N65E 20W Sinuous, open, rough, clean surfaces 44 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 640 N27W 15W Linear, open wi th broken rock filling, slightly weathered surface with iron oxide staining 641 N35E G8E Linear, slightly open to tight, clean, rough surfaces with occasional siliceous coating 642 N55E 8SW Linear, slightly open, rough, clean sur;faces 643 N55E SSE Linear, slightly open with siliceous filling, rough surfaces 644 N10E 63E Linear, tight to slightly open, rough surfaces with iron oxide staining 645 N30E 65E Linear, tight to slightly open, rough surfaces with iron oxide staining 646 N75E 78E Linear, slightly open. with crushed filling, rough surfaces with iron oxide staining and slickensides, 5-25 647 N65W lOW Sinuous, slightly open with crushed rock filling, rough, slightly weathered surface with iron oxide staining 648 N02E 74E Linear, tight to slightly open, clean 649 N08E 62E Linear, tight, slightly rough, clean surfaces 650 N72E 86W Linear, slightly open with quartz filling, rough surfaces with iron oxide staining 651 N30W lOE Sinuous, slightly open, rough surfaces with iron oxide staining 652 N28W 89E Linear, slightly open, rough, clean surfaces 653 NOSE 68E Linear, slightly open with crystalline quartz and green clay filling, rough surfaces with chlorite coating 45 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 654 N30W 78E Linear, open with clay filling, rough surfaces and iron oxide staining 655 N10E 75W Linear, slightly open, smooth surfaces with siliceous coating and iron oxide staining, slickensides, S-26 656 N01E OlE Sinuous, very irregular, open wi th clay and brown silt filling, rough sur,faces 657 N80E 67E Linear, open, irregular, rough surfaces with slight iron oxide staining 658 N10E 80W Linear, slightly open, smooth with occasional siliceous coating and slight iron oxide staining, possible slickensides 659 N01E OlE Linear, tight, rough, irregular surfaces with iron oxide staining 660 N15W 2SW Linear, open with clay filling, smooth surfaces 661 N01E OlE Linear, open with occasional clay filling, rough surfaces 662 N01E OSW Linear, tight, fresh, rough surfaces 663 N40E 72E Sinuous, slightly open, rough surfaces with white siliceous coating 664 N10E 4SE Curved, tight, smooth, clean surfaces 665 N01W 63E Linear, tight, smooth surface with occasional chlorite coating and iron oxide staining 666 NOSE 69W Linear, open, rough, clean surfaces 667 N01E 65E Linear, tight to slightly open, rough, clean surfaces 668 NSOE 89E Linear, open with clay filling, rough surfaces 46 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 669 NOSE 80W Linear, tight to slightly open, slightly rough surfaces wi th possible slickensides 670 N40W 08W Linear, open with broken rock fragments and silt filling, rough irregular surfaces with iron oxide staining 671 NlOE 20E Sinuous, tight, rough, clean, surfaces, dip varies 672 N12W 89E Linear, tight, rough, clean surfaces 673 N20W 05E Sinuous, tight, rough, clean surfaces 674 N80E 70E Linear, very closely spaced set of joints, tight, smooth surfaces \vi th iron o~ide staining 675 N2SW 32W Linear, tight, rough, fresh surfaces 676 NlOW 08W Sinuous, tight, rough, slightly wea the red surfaces with chlorite coating 677 N25E 60E Linear, tight, white to light green clay filling, rough surfaces 678 NOlW 8SE Linear, rough, clean surface 679 N6SW l4W Linear, tight, rough, clean surface 680 N30E ssw Linear, tight, rough, fresh surfaces 681 N04W 77W Sinuous, tight, fresh, rough surfaces 682 NOlW 86W Slightly sinuous, tight, rough surface with occasional white siliceous coating 683 NOlE OlE Slightly sinuous, tigh t \.;1 th occasional clay and silt filling, rough surfaces 684 N20E 8SW Linear, tight, smooth to slightly rough surface wi th occasional siliceous coating 47 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 685 NIIW 7SE Linear, tight, occasional clay filling, rough surfaces 686 NOIE 69E Linear, open, very smooth surface, siliceous coating and iron oxide staining 687 NOIW 16W Sinuous, open, occasional clay filling, rough surfaces I 688 NOSE S9W Linear, open, rough surfaces with iron oxide staining 689 N30E 05W Linear, open, light green clay filling, rough surfaces 690 N05E 84E Linear, open, brown silt filling, rough surfaces 691 NlSE 64W Linear, closely spaced joint set, tight, smooth to slightly rough surfaces 692 NlSE 6SW Linear, tight, smooth to slightly rough surfaces 693 N60W 33W Slightly sinuous, slightly open, rough, clean surfaces 694 NOIW 07W Slightly sinuous, open, light green weathered feldspar and clay filling, rough surfaces 695 N25E 89E Linear, tight, rough, clean surface 696 NIOE 6IW Linear, tight, smooth surface with occasional clay coating 697 N32E 76W Linear, tight to slightly open, smooth, fresh surfaces 698 N89E OSE Linear, open, brown silt filling (wash), rough surfaces 699 NOIE OlE Linear, open, rough surfaces with thin clay coating 700 NOIE OSW Linear, tight, rough, clean surfaces 48 of 51
r-INPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 701 N01W 07W Linear, open, clay filling, moderately weathered, smooth surface 702 N60W 1SW Linear, severely weathered zone along the joint plane, clay filling, iron oxide staining and chlorite coating 703 N45W 14W Linear, 2-inch zone of severely weathered material, clay filling, iron oX~de staining and chlorite coating 704 NBOW 47W Curved, slightly open, rough surfaces with iron oxide staining 705 N89E 81W Very rough, irregular surface with iron oxide staining 706 N60W lOW Irregular, tight, clay filling, rough surfaces, iron oxide staining 707 N40W 07W Linear, closely spaced j oi.n t set, tight, smooth surfaces, occasional clay coating 708 NOIW 07W Slightly sinuous, open, weathered feldspar and rock flour filling, rough surfaces 709 NIDE 22W Linear, slightly open, silt filling (wash), rough surfaces 710 NOIE OLE Linear, tight, rough surfaces 711 N1SE 8SW Linear, tight, smooth, clean surfaces with occasional iron oxide staining 712 N05W 69E Linear, tight, slightly rough, clean 713 NSOW 84E Slightly sinuous, open to 0.1 inch with white clay filling, irregular and rough 714 N49W 79E Linear, tight, irregular, rough, slight iron oxide stain 715 N55W 84W Linear, tight, irregular, rough, slight iron oxide stain 49 of 51
I-lNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Remarks 716 N40W 05W Tight, broken and rough surfaces, slightly weathered 717 N15E 74E Irregular, rough, slight iron oxide staining 718 N70W 82E Slightly open, irregular, very rough 719 N50E 48W Planar, smooth, slightly weathered with iron oxide staining 720 N35E 50E Tight, smooth, slightly weathered surfaces with slight iron oxide staining 721 N17W 11W Linear, smooth, slightly open with light green clay filling 722 N81W 07W Linear, tight, slightly irregular and rough, iron oxide staining 723 N30W 3SW Linear, slightly open with very thin clay filling, slightly rough with iron oxide staining 724 N35E 37W Linear, tight, smooth with light green clay coating 725 N32E 51W Linear, tight, smooth, clean 726 N3SE 49W Linear, tight, smooth, clean 727 N70E 14E Slightly sinuous, open to 0.5 inch with green clay filling, moderate to severely weathered 728 N60W 37W Linear, open, slightly rough with heavy iron oxide staining 729 N30W 12W Linear, tight, slightly rough, iron oxide staining and occasional clay filling 730 NOIE 7SE Linear, open to 0.1 inch, slightly irregular, slightly rough, clean, fresh 50 of 51
HNPS-3 FSAR TABLE 2.5.4-4 (Cont) Joint Number Strike Dip Remarks 731 N20E 84E Slightly sinuous, open to 0,2 inch, rough surfaces vii th slight clay coating 732 NIOE 83E Linear, tight, smooth, clean, fresh All readings listed are wi th respect to Site Grid North 51 of 51
;iHPS-3 ?SAR r.:'BLE 2.5.4-5 LIS1 Of FOLIATIONS - FINAL GRADE CONT~.HlI-lHIT MID EHGINEERED SAFETY FEATURES BUILDING WALLS*
Foliation Attitude Number s t r ike I NSm'l 5SNE 2 N45~'1 49NE 3 N62~-1 49NE 4 N80y] 53NE 5 N30H 6INE 6 n68\'/ 45NE 7 N80Y[ SINE 8 N5 S~'] 40NE 9 N46Yl 54NE 1U to Numbers not ur:;ed 19 20 N70~} 56NE 21 N65t'1 72NE 22 N6BW 49NE 23 N35t..J 28NE 24 N45vl 36NE 25 N60v] 451'1E 26 N50W 45NE 27 NSOt..J 52NE 28 N7Ot..J GONE 29 NS5vl 54NE 30 N7SW 57NE 31 N25W 30NE 32 N30W 44NE 33 N45t-l 35NE 34 Number not used 35 N60W 70NE 36 NS5r} 54NE 37 N65~1 SONE 38 N48W 55NE 39 NOat-l 28NE 40 N62Yl 55NE 41 N67t-] 421'1E 42 N70H 42NE 43 NBOYl SONE 44 N43Yl 45NE 45 N60W 58NE 1 of 2
rrIIPS-3 fShR TABLE 2.5.4-5 (Cont) Foliation Attitude Numbe r Strike ~~e 46 to Numbers not used 49 50 N80H 411'!E 51 N5m'1 39NE 52 N52vl 43NE 53 N6m'1 44HE 54 N34W 41NE 55 N62H 47NE 56 N50t-l 45NE 57 N40W 49NE 58 N40W 28NE 59 NG4H GONE All readings listed are Hith respect to Site Grid North. 2 of 2
HI*IPS - 3 FSAR TABLE 2.5.4-6 LIST OF SLICKENSIDES - FINAL GRADE CONTAINMENT AND ENGINEERED SAFETY FEATURES BUILDING WALLS* Slickenside Slickenside Joint Plane Plunge Number Number Strike Dip Bearing (deg) 1 14 N40E 605E 580E 56 2 33 N30E 885E 515E 87 3 F-30 N75W 57NE N30E 58 4 135 N04E 695E N90E 69 5 144 N06E 695E H80E 69 6 163 N52W 53NE 575E 29 7 184 NOSE 74SE N50E 68 8 537 N35E 155E N35E 0 9 581 NIlE 73SE 505W 21 10 77 N65W 54NE N22E 52 11 80 N03W 66SW N20W 33 12 87 N08E 74NH N04E 13 13 90 N07E 70NW N68W 69 14 78 N20W 31SW N70W 24 14A 217 N04E 635E 574E 63 15 271 N22W 67NE 566E 58 16 279 NIlE 72NW 542W 58 17 280 NI0E 72NW 5S0W 62 18 282 N06E 71NW 538W 57 19 289 N26E 56SE 573E 56 20 342 N39E 80SE N39E 0 21 403 NI0E 155£ N85£ 15 22 F-59 N64W 60NE N80E 46 23 T-2 N02W 70NE S12E 26 24 629 N12E 605E 577£ 51 25 646 1'157£ 575E S15E 56 26 655 NI0E 75NW N8SW 74 27 F-44 N43W 45NE 581E 33 NOTE
All readings are with respect to site Grid North.
1 of 1
MNPS-3 FSAR TABLE 2.5.4: -7 LIST OF JOINTS - FINAL GRADE WALLS OF STRUCTURES* Joint Number Strike Remarks Servi ce and Auxil iary Build ing 1 N12E 89E Linea r, open sligh tly, smoot h, fresh surfac es with sligh t iron oxide staini ng 2 NOE 60E Linea r, tight to open sligh tly, surfac e exhib its very thin chlor itic coatin g 3 N39W 79E Linea r, tight to open sligh tly, smoot h fresh surfac es 4 N02W 76E Linea r, tight , sligh tly weath ered surfac e with thin white clay coatin g 5 NI0E 72E Linea r, tight , sligh tly weath ered, smoot h, clean surfac e 6 NOIW 7SE Serie s of linea r, very close ly space d, paral lel joints , tight to open sligh tly, smoot h surfac es with thin green chlor itic coatin g 7 NOE 72E Linea r, tight , smoot h, sligh tly to mode rately weath ered with thin white clay coatin g 8 N02E 7SE Linea r, tight , smoot h surfac es with thin white clay coatin g 9 NI0E 77E Linea r, tight , smoot h surfac es with thin green clay fillin g 10 N72W 07E Linea r, tight , smoot h, clean surfac e 11 N80E IOE Sinuo us, tight , smoot h, clean surfac es, dip varie s 12 NOIE OlE Linea r, tight , smoot h surfa ces, clean , fresh 13 N80W OSW Linea r to sligh tly sinuo us, tight, sligh tly weath ered, clean surfa ces 14 N80W OSW Linea r to sligh tly sinuo us, tight, sligh tly weath ered surfac e with sligh t clay coatin g 15 N04E 67E Linea r, tight , sligh tly rough , clean surfac es 1 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 16 N12E 62E Linear, tight, slightly rough, clean surfaces 17 NI5E 68E Series of very closely spaced, linear joints, tight to open slightly with weathered rock or crushed clay gouge filling, smooth surfaces 18 N48E 18W Linear, tight, smooth surface with pale yellow clay film 19 N04E 68SE Linear, tight, smooth, clean surfaces 20 NIOE 65E Linear, tight, smooth surface with thin pale yellow clay coating 21 NI0E 68E Tight to open slightly, smooth surfaces with thin siliceQus coating 22 N02E 66E Linear, tight to open slightly, smooth surface with thin white clay film 23 NI5E 64E Linear, tight to open slightly, smooth, clean surfaces 24 N12E 65E Linear, slightly open, slightly irregular to smooth surface with occasional moderately heavy iron oxide staining 25 N10E 66E Linear, tight, smooth surfaces with slight iron oxide staining 26 N07E 64E Tight to slightly open, smooth surface with thin clay coating and iron oxide staining 27 N04W 55W Linear, tight to open slightly, very smooth surfaces with moderately heavy iron oxide staining, slickensides, 5-1 28 N22E 69E Linear, tight, rough, moderately weathered, clean surfaces 29 N04E 72E Linear, tight, smooth surfaces, thin white clay filling 30 N17E 66E Linear, tight, smooth surfaces with chloritic coating 31 N38W 12E Linear, tight with occasional till filling, slightly irregular to smooth, clean surfaces 2 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 32 N45W 05W Slightly sinuous, tight to open slightly with occassional till filling 33 N75E I2E Linear to slightly sinuous, open slightly, irregular surface, brown clay (till) filling 34 N30E 09W Long, linear to slightly sinuous, open slightly with till filling, smooth to slightly irregular surfaces 35 N09E 60E Linear, tight, smooth surfaces with thin chloritic coating 36 N12E 66E Linear, tight, smooth, clean surfaces 37 NI6E 65E Linear, tight, very smooth surface with thin white clay coating 38 NI0E 66E Linear, tight, smooth, clean surface 39 N15E 61E Linear, tight, smooth, clean ~urfaces with occasional thin clay coating 40 NlOE 64E Linear, tight, smooth, clean surfaces 41 N65E 06W Slightly sinuous to linear, open slightly, rough, irregular surfaces with slight iron oxide staining 42 N24W 63E Long, linear, tight, slightly irregular smooth surfaces with iron oxide staining 43 N30E osw Slightly sinuous open slightly with occasional till filling, very irregular rough surfaces 44 N40E OSW Linear to slightly curved, slightly irregular, rough, clean surfaces 45 Nl2E 62E Linear, tight, very smooth clean surfaces 46 Nl2E SSE Series of very closely spaced linear parallel joints tight with thin yellow clay filling 47 N04E 51E Series of very closely spaced, linear, parallel joints, open slightly, filling of moderately weathered material and brown-green clay, occasional crystalline quartz coating 3 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 48 N12E 60E Linear, tight, smooth, clean surfaces with occasional iron oxide staining 49 N09E 59E Linear, tight, smooth, clean surfaces 50 NI8E 70E Linear, tight, smooth, clean surfaces Sl NI8E 62E Linear, tight, smooth, clean surfaces with occasional pale yellow clay filling 52 NIOE 60E Linear, tight, very smooth, clean surfaces 53 NOIE OlE Slightly curved with varying dips, tight with occasional till filling, irregular, rough surfaces with moderate iron oxide staining 54 N45W 09W Linear to slightly curved, smooth surface with moderate iron oxide staining 55 N47W 08W Series of sinuous joints, tight with occasional thin till filling, smooth to slightly irregular surfaces 56 NIOW 05W Low angle, variable dip 57 NOSE 60E Linear to slightly curved, tight with occasional thin till filling, slightly irregular, smooth surfaces 58 NOIE 65E Linear, tight, smooth, moderately weathered, clean surface with an occasional thin pale white clay coating 59 N06E 69E Linear, tight, smooth surface with very thin chloritic clay coating 60 NIOE 07E Slightly sinuous, open, broken along joint, rough, irregular, moderately to highly weathered surfaces with heavy iron oxide staining 61 NIOE 58E Linear, tight, smooth surface with thin light green chloritic coating and occasional iron oxide staining 62 N05W 72E Linear, tight with thin light green chloritic filling, smooth, moderately weathered surfaces 4 of 76
HNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 63 N04W 75E Linear, tight with thin light green clay filling, smooth, highly weathered surfaces with iron oxide staining 64 N40W 05E Linear, open slightly with thin till filling, moderately to highly weathered, rough surfaces with heavy iron oxide staining 65 N40W 12W Long, linear, tight to open, slightly irregular, rough, moderately weathered surfaces 66 NOIE OlE Slightly sinuous, tight with occasional thin till filling, smooth to rough irregular surfaces 67 N02E 72E Linear tight, smooth, moderately weathered surfaces with thin clay coating and occasional heavy iron oxide staining 68 N04E 76E Linear, tight, smooth, moderately weathered surface with thin white clay coating 69 N08E 76SE Linear, tight with olive green, highly plastic clay filling, smooth surface with moderate iron oxide staining 70 N15E 75E Linear, tight, smooth surfaces with thin chloritic coating 71 N06W 84W Linear, tight, smooth, clean surfaces 72 NOIE 81W Linear, tight with thin till filling, smooth surfaces 73 N12W 84W Linear, tight, smooth surfaces with thin yellow clay coating 74 NIOW 88W Linear, tight, very smooth, clean surfaces 7S N50E 08W Sinuous, irregular, open, broken in places, rough, weathered surfaces, iron oxide staining 76 N60W 17E Sinuous, dip varies, open slightly with till filling, rough, irregular surfaces 77 N65W 20NE Sinuous, tight, irregular surface 5 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 78 NIOE 74W Slightly irregular to linear, tight with thin clay filling in places, rough surfaces with iron oxide staining 79 N09E 76W Linear, tight to slightly open with thin clay filling, slightly weathered surfaces with iron oxide staining 80 N20E 86W Linear, tight, smooth surfaces with iron oxide staining 81 NOIE 70E Linear, tight, smooth surfaces with chloritic and iron oxide staining 82 NOIE 75E Linear, tight, smooth, clean surfaces 83 N70W lSW Linear, tight, smooth surfaces with iron oxide staining 84 Undulatory, open, rough clean surfaces 85 NOSW 21W Slightly sinuous, tight, slightly irregular, smooth surface with heavy iron oxide staining 86 N14W 16W Tight, broken zone, slightly irregular, smooth surface with moderate iron oxide staining 87 N12W 68E Short, planar, smooth, moderately weathered surfaces with moderate iron oxide staining 88 NISE 66E Long, planar, tight, smooth, moderately weathered surfaces with light brown calcic and iron oxide coating 89 N05W 18W Linear, tight, slightly undulating rough surfaces with moderate iron oxide staining 90 N70W 33W Linear, tight, smooth to slightly ro~gh surfaces with thin green chloritic coating 91 N02W 66E Planar, tight, smooth surfaces with slight to moderate iron oxide staining 92 N22E lSW Long, linear to slightly sinuous, tight, smooth to slightly rough, undulating, weathered surfaces with iron oxide staining 6 of 76
HNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 93 N7sW 26W Slightly sinuous, tight to slightly open, irregular, rough, clean surface 94 N70W Osw Slightly sinuous, tight, irregular rough surface with green chloritic staining 95 N24E lOW Linear, tight with thin light brown clay filling, rough, irregular surface 96 N14E 71E Planar, tight, smooth, clean surface 97 NlOE s9E Planar, tight, smooth, clean surface 98 N10E 6sE Planar, tight, smooth surface with slight iron oxide staining 99 N10E 60E Planar, tight, smooth surface with slight iron oxide staining 100 N16E 70E Planar, smooth, moderately weathered surfaces with green chlorite coating and iion oxide staining 101 N20E 63E Planar, tight, smooth, slightly to moderately weathered with green chlorite coating and limonite staining 102 N45E OsE Sinuous with variable dip, open slightly, slightly weathered to fresh surfaces with slight iron oxide staining 103 N28W 22W Sinuous with variable dip, irregular slightly weathered surface with iron oxide staining 104 N32E 21E Linear, open, smooth, clean surfaces 105 NlsE 67E Planar, tight, smooth, slightly weathered surfa~~ with moderate iron oxide staining 106 N87W SSW Linear, tight, smooth, clean surface 107 Ns6W 37W Slightly sinuous, tight, irregular, rough, slightly weathered, clean surfaces 108 NIOE 74E Planar, tight, smooth, slightly to moderately weathered surfaces 7 of 76
I1NPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number strike Remarks 109. N42E 60E Linear, tight with brown-green clay and weathered gneiss filling, smooth surfaces with iron oxide staining 110 N52E SSE Linear, tight with thin yellow clay filling, smooth, moderately weathered surfaces 111 N10E 78W Planar, tight, smooth, slightly weathered, clean surface 112 N15E SlW Planar, smooth, moderately weathered surface with dark green chloritic coating and iron oxide staining 113 N17E 83W Planar, smooth surface with light brown-green coating and.slickensides, S-2 114 N62W 37W Slightly sinuous, undulating, rough, moderately weathered, clean surface Discharge Tunnel 115 N25W 07E Low angle, slightly sinuous, open slightly to tight, rough surfaces with slight clay coating 116 NOE 07W Sinuous, very irregular, low angle, open slightly, rough surfaces with iron oxide staining 117 N13E 83W Linear, tight to open slightly with thin clay filling and slight iron oxide staining 118 N01E DIE Short, slightly sinuous, tight, smooth surfaces with slight clay coating 119 NOE 03W Sinuous, irregular, tight, rough surfaces with thin clay coating 120 N89E 8lE Linear, tight, smooth surface with iron oxide s ta In i.nq 121 N22E 26W Short, slightly curved, open with clay and weathered material filling, rough, moderately weathered surfaces 8 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 122 N09E SSE Linear, open with chloritic clay filling, very smooth surface with slickensides, S-3, apparent displacement approximately 3.6 ft normally, heavy iron oxide staining 123 N7SW lOW Sinuous, irregular, tight to open slightly with slight clay filling, rough, clean surfaces 124 N26E 19W Sinuous, irregular, open slightly with slight clay filling and slight iron oxide staining 125 N66W 29W Low angle, linear to slightly sinuous, open with weathered material and chloritic clay filling, rough surfaces 126 NOSE 40W Sinuous, irregular, thin clay and weathered material filling, rough surfaces 127 N01E DIE Linear, irregular, dip varies, open to tight with chloritic clay filling, rough surfaces with iron oxide staining 128 N33W 20SW Sinuous, irregular, open with chloritic clay filling, rough surfaces with iron oxide staining 129 NI0W 35W Sinuous, irregular, dip varies, tight to open slightly with thin clay filling 130 NOE 73W Linear, tight with dark brown clay filling, smooth surfaces 131 N70W 42W Linear to slightly sinuous, open slightly with clay filling, rough surfaces 132 N24W 7W Low angle, sinuous, tight with weathered material and clay filling, rough with iron oxide staining 133 N06E 82W Linear, green clay filling, smooth surface with iron oxide staining and crystalline quartz coating and slickensides, S-4, apparent displacement is approximately 2 inches normal 134 NS2E 20E Linear, tight with thin clay filling, smooth surfaces 9 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 135 N01E OlE Slightly sinuous, dip varies, tight with slight clay filling, rough surfaces with slight iron oxide staining 136 N47W 30W Linear, open with clay and weathered material filling, rough surfaces with slight iron oxide staining 137 N6lW 25W Linear, open with weathered material and clay filling, rough surfaces 138 N20E 80W Linear, open with slight clay filling, smooth surfaces with iron oxide staining and slickensides 139 N23E 68W Slightly curyed, open with green chloritic clay filling, smooth surfaces with slight iron oxide staining 140 N46E 83E Series of closely spaced, en echelon, linear joints, tight to open slightly with chloritic clay filling, rough surfaces with some pyrite 141 N15E 60W Linear, open with weathered material and clay filling, smooth surfaces with slickensides, S-5 142 N70W lOW slightly curved, open with slight clay filling, rough surfaces with iron oxide staining 143 N43W l6W Low angle, sinuous, tight with chloritic clay and weathered material filling, rough, severly weathered surfaces 144 N77W 37W Sinuous, open with dark brown clay filling, rough surfaces 145 N77W 37W Linear, open slightly, rough, irregular surfaces with thin siliceous coatings and iron oxide staining 146 N38W law Curved, open slightly, irregular rough surfaces with iron oxide coating 147 NOIE OlE Sinuous, tight, rough, irregular surfaces with thin clay coating and iron oxide staining 148 N82W 7NE Sinuous, tight, smooth to rough surfaces with thin clay coating and iron oxide staining 10 of 76
MNPS-3 FSAR TABLE 2.5.4~7 (Cant) Joint Number Strike Remarks 149 N58W 24W Linear to slightly sinuous, open, rough surface with thin clay coating and iron oxide staining 150 NOlW 03W Slightly sinuous, tight, rough clean surface with slight iron oxide staining 151 N05W OSW Low angle, linear, tight to open slightly with weathered material and chloritic clay filling 152 NOIE 22E Sinuous, tight, rough, irregular surface 153 NOIE DIE Dip varies, sinuous, tight with thin clay filling, rough, irregular surface with slight iron oxide staining 154 N89E 44E Sinuous, tight, rough surfaces with iron oxide staining 155 N40E 16NW Linear, tight, irregu~ar surface with heavy iron oxide staining 156 N18E 79W Linear, tight, smooth surface with slight chlorite coating and iron oxide staining and possible slickensides 157 N12E 8SW Linear, open slightly, smooth surfaces with thin siliceous coating and slight iron oxide staining 158 NIOE 7SW Linear, open slightly with thin chloritic clay filling, smooth surfaces with slight iron oxide staining 159 NOIW 05W Dip varies, sinuous, open with slight clay filling, rough surfaces with iron oxi::~ staining 160 N66E 07W Dip varies, curved, tight, rough, irregular, clean surfaces 161 NOIE IDE Sinuous, dip varies, open slightly, rough surfaces with slight iron oxide staining 162 N33E 20E Linear to slightly curved, tight, smooth surface with thin clay film and slight iron oxide staining 163 N34W lOW Linear, tight, smooth, clean surface 11 of 76
HNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 164 N15E 83W Linear, open slightly with clay filling, smooth surface with slight chlorite coating 165 N62W 41E Curved, open slightly with brown clay filling, rough surfaces 166 N15E 24E Linear, tight, rough surfaces with heavy iron oxide coating 167 N13W 69E Set of very closely spaced, linear joints, tight with thin clay filling, smooth surfaces with heavy iron oxide coating 168 N01W 6SE Linear, tight with thin clay filling, smooth surfaces 169 N10E 80W Linear, tight with thin clay filling, rough surfaces with slight iron oxide staining 170 NOSW 20W Low angle, sinuous, open, irregular rough surfaces with heavy iron oxide coating 171 N10E 62E Closely to very closely spaced linear joint set, tight with slight clay filling, smooth surfaces 172 N01E OlE Dip varies, sinuous, tight to open slightly, rough surfaces \olith iron oxide staining 173 N07E 59E Linear, tight to open slightly with thin clay filling, smooth surfaces with slight iron oxide staining and slickensides, S-6 174 N05W 8SW Linear, open slightly, smooth surface with siliceous coating and slight iron oxide staining
- 175 N12E 60E Curved, tight with thin clay filling, smooth surfaces with chloritic coating and slight iron oxide staining 176 N15E 15W Sinuous tigh~, rough surfaces with iron oxide staining 177 NOE 05W Dip varies, short, linear, tight, rough clean surfaces 12 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 178 NIOW GSE Linear, tight to open slightly, smooth, clean surfaces 179 N01E OlE Dip varies, sinuous, open slightly with filling of weathered material, rough surfaces with iron oxide staining 180 N20E SOE Linear, tight, smooth surfaces with iron oxide staining 181 N21W aGE Dip varies, linear to slightly curved, irregular to rough surfaces with heavy iron oxide coating 182 NOIW lOW Linear, tight with slight clay filling 183 N04E 79W Sinuous, tight, smooth surfaces with iron oxide staining 184 N23E G2E Series of en echelon, linear, very closely spaced joints, tight, smooth, clean surfaces 185 N1GE SlE Slightly curved, smooth, clean surfaces 186 N80W 30W Sinuous, tight, slightly rough, clean surfaces 187 NI8E GlE Set of very closely spaced, linear joints, open slightly with clay filling, smooth surfaces 188 NIOE 59E Set of very closely spaced, linear joints, smooth surfaces with thin clay coating 189 N02E GOE Set of very closely spaced, linear joints, tight, smooth, clean surfaces 190 NOSE GOE Set of very closely spaced, linear joints, tight, rough surfaces with thin clay coating 191 N12W 54E Set of very closely spaced, linear joints, tight with clay filling, smooth surfaces 192 N1GE lOW Sinuous, open, irregular to rough surfaces with heavy iron oxide staining 193 N28E GOE Set of very closely spaced, linear joints, smooth, clean surface 13 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Dip Remarks 194 N10W lIE Curved, tight, irregular, rough surfaces with slight clay film 195 N02W 60E Linear, open with light green clay filling, smooth surfaces 196 N14E 60E Set of very closely spaced, linear joints, open with light green clay filling, smooth surfaces with crystalline quartz coating and iron oxide staining 197 N07E G8E Sinuous, tight, smooth to rough surfaces with thin clay coating 198 N02W 49E Linear, open with light green clay filling, smooth surfaces with slight iron oxide staining, possible normal displacement of approximately 1 inch 199 N45E 09W Sinuous, irregular, open slightly, rough surfaces with thin clay coating and iron oxide staining 200 N09E S8E Linear, open slightly with clay filling, smooth surfaces with crystalline quartz coating 201 N03E SSE Set of very closely spaced, en echelon, linear joints, smooth surfaces with crystalline quartz coating, clay filling, and slight iron oxide staining 202 N1SW SlE Curved, tight with slight clay filling, rough surfaces 203 N04W S8E Linear, open with chloritic clay filling, smooth surfaces 204 NOSW S6E Series of en echelon, linear joints, open slightly with chloritic clay filling, smooth surfaces with slight iron oxide staining 205 N2SW 66E Series of very closely spaced, en echelon linear joints, tight with chloritic clay filling, smoot.h surfaces with crystalline quartz coating and iron oxide staining 206 N42E I4E Linear, irregular, open slightly with thin clay filling, rough surfaces 14 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 207 N2SW llW Curved irregular, open, rough surfaces with heavy iron oxide staining 208 NSIW 39W Linear, open slightly, rough surfaces with slight iron oxide staining 209 N14W 19W Linear, irregular, open slightly to tight, rough surfaces with iron oxide staining 210 N47W 17W Sinuous, open slightly with gray brown clay filling, rough surfaces with heavy iron oxide staining 211 N22W SSE Linear, en echelon joint series, open slightly with clay filling, smooth surfaces with iron oxide staining 212 NIGH 49E Linear, tight to open slightly, smooth, fresh surfaces 213 N86E 12E Irregular, open slightly with thin clay filling, rough surfaces 214 NISW 31W Sinuous, tight with thin clay filling, rough surfaces 215 N41W 14W Sinuous, irregular, rough surfaces with iron oxide staining 216 N88W 69E Linear, tight, smooth surfaces 217 N2SW 16W Sinuous, rough surfaces with iron oxide staining 218 N80W 14W Curved, open with brown clay filling, smooth to rough surfaces with iron oxide staining 219 N16W 29W Set of very closely spaced, linear joints, open slightly with slight clay filling, rough surfaces with iron oxide staining 220 N66E 22E Sinuous, open with filling of light green-brown clay and weathered material, rough, broken surfaces with iron oxide stain 221 N12E 20W Curved, open with brown clay filling, smooth surfaces with iron oxide staining 15 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 222 N02E 77E Linear, open slightly with light green clay filling, smooth surfaces with siliceous coating 223 NOIE ssw Sinuous, joint surfaces severely weathered with occasional iron oxide staining 2.24 N45W 30W Irregular, open slightly, surfaces with slight iron oxide staining 225 NIlE 69W Curved, tight, moderately weathered surfaces with thin siliceous coating 226 N04E 44W Linear, tight, surfaces with siliceous coating and iron oxide staining 227 NIlE 69W Linear to slightly curved, tight with thin clay filling 228 NIOE 79E Linear, tight, smooth, fresh surfaces 229 NOOE 49W Linear, tight, smooth surfaces with iron oxide staining 230 N14E 56W Linear, tight with occasional clay filling, smooth surfaces with iron oxide staining 231 N75W 73W Linear, irregular surface with iron oxide staining 232 NIOE 68E Linear, tight, slightly weathered surface with bluish siliceous coating and iron oxide staining and slickensides, S-7 233 N06E 7lW Linear, tight, fresh, smooth surfaces 234 NI3E SIW Linear to slightly curved, tight, smooth, severely, weathered surfaces with iron oxide staining 235 N19W aow Sinuous, smooth, fresh surface with siliceous coating 236 N40E 02E Planar, tight, surfaces have slight iron oxide staining 237 N07E 13W Sinuous, tight, weathered surface with slight iron oxide staining 16 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 238 N17E 46W Linear, tight, fresh to moderately weathered surfaces 239 N04E 13E Sinuous, tight, smooth surfaces occasionally severely weathered 240 N39W 32W Linear, tight, rough slightly weathered surface with iron oxide staining 241 N21E BBE Irregular, open, rough, slightly weathered surface with iron oxide staining 242 N14E 48W Curved, open slightly, smooth, slightly weathered surface with iron oxide staining 243 N17E 67£ Linear, tight to open slightly, smooth, slightly weathered surface with iron oxide staining 244 N17E 75W Curved, open slightly, rough, slightly weathered surface with iron oxide staining 245 N23E 74W Linear, slightly open, smooth slightly weathered surfaces with iron oxide staining 246 N51E IDE Linear, tight with clay filling, rough, slightly weathered surfaces with iron oxide staining 247 N76W 36W Linear, tight, rough, slightly weathered surface with iron oxide staining 248 N84W 18E Linear, tight, rough, slightly weathered surface with iron oxide staining 249 N18E 14W Linear, tight, smooth fresh surface with siliceous coating 250 N76W 19W Irregular, tight, rough, slightly weathered surface with siliceous coating 251 N19E 51W Linear, tight, smooth, fresh surface with siliceous coating 252 NOIE 04E Linear, tight, smooth, fresh clean surfaces 253 N21E 53W Linear, tight, smooth, fresh, clean surfaces 17 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 254 N54E 12E Linear, slightly open, rough, fresh surface with siliceous coating 255 Nl8W 64E Curved, tight, smooth surfaces with siliceous coating and iron oxide staining 256 Nl6W 67E Linear, tight, smooth surfaces with iron oxide staining 257 NIlE S3E Linear, open with green chloritic clay filling, smooth surfaces with siliceous coating 258 N13E 46E Linear to slightly curved, open slightly with thin chloritic clay filling, smooth surface with thin siliceous coating and slickensides, S-9 259 N02W S4E Linear, open slightly with thin chloritic clay filling, smooth surfaces with siliceous coating and possible slickensides 260 N02W S2E Set of very closely spaced, linear, en echelon joints, open slightly with chloritic clay filling, smooth surfaces 261 N24W law Sinuous, tight with thin clay filling, rough surfaces 262 N20W lOW Sinuous, open, clean, rough surfaces 263 NOSW S8E Linear, tight to open slightly with chloritic clay filling, smooth surfaces 264 Noaw S8E Linear, tight with thin white clay filling, smooth to slightly rough surfaces 265 Noaw 60E Linear, open with chloritic clay filling, rough to smooth surfaces with thin siliceous coating 266 NOSW 60E Set of very closely spaced, linear joints, open slightly to tight, rough surfaces with iron oxide staining 267 N14W 54E Linear, open with clay filling, rough surfaces with iron oxide staining 268 N20W 52E Linear, slightly open with clay filling, smooth surfaces with heavy iron oxide staining 18 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number strike Remarks 269 NI8W 5SE Set of very closely spaced, linear joints, open slightly with clay filling, smooth surfaces with heavy iron oxide staining 270 NIlE 17W Curved, open with light brown clay filling, rough surfaces 271 N14W 60E Linear, tight with thin clay filling, smooth weathered, surfaces with slight iron oxide staining 272 NlSE 89E Curved, open slightly with siliceous filling, smooth surfaces with iron oxide staining 273 N04W 80E Sinuous, open with green clay filling, smooth to rough surfaces with slight iron oxide staining 274 NIIW SlE Sinuous, tight to slightly open with light green clay filling, rough surfaces 275 N03E 70E Linear, open slightly with clay filling, rough surfaces with crystalline quartz coating 276 N04W 73E Set of very closely spaced, slightly curved joints, tight with thin clay filling, rough surfaces 277 N12W 67E Slightly curved, smooth surfaces with green chloritic coating 278 NISW 66E Linear, slightly open, broken in places, with green clay coating, rough surfaces with crystalline quartz coating 279 N08W 70E Linear, rough surfaces with crystalline quartz coating, occasional chlorite, and possible slickensides 280 NIOE 67E Set of very closely spaced, linear joints, clay filling, rough, irregular surfaces with chloritic coating and iron oxide staining 281 NOIE 72E Linear, slightly open to tight with chloritic clay filling, smooth surfaces 282 N07W 54W Curved, rough surfaces with iron oxide staining 19 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Dip Remarks 283 N08E 70E Linear, open slightly, broken in places, with clay and siliceous filling 284 N89E 26E Linear, open with filling of clay and weathered material, rough surfaces with iron oxide staining 285 N42W 14W Set of very closely spaced, linear joints, open with filling of weathered material and clay, rough surfaces 286 N82W 66W Rough, clean, fresh surface 287 N69W 19W Linear, open slightly with green clay filling, rough surfaces 288 NI0E S4E Linear, tight with thin green clay filling, smooth surfaces with iron oxide staining 289 NISE 71E Slightly curved to linear, slightly open, rough surfaces with crystalline quartz coating and iron oxide staining 290 N28W 64E Linear, open slightly, smooth surfaces with siliceous coating and iron oxide staining 291 N20E 77E Linear, open slightly with thin clay filling, rough surfaces with slight iron oxide staining 292 N04W 67E Linear, tight to slightly open with slight chloritic clay filling, smooth surfaces with prominent slickensides, 5-10, possibly 2-inch displacement 293 N8SW OSW Linear, slightly open with weathered material and clay filling, rough surfaces 294 N8SW 21W Set of very closely spaced linear joints, broken in places, slightly open with thin clay filling, rough surfaces with iron oxide staining 295 N56E 23E Linear, broken in places, open with brown clay filling, rough surfaces with heavy iron oxide staining 296 N08E 59E Linear, open, rough surfaces with siliceous coating and iron oxide staining 20 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 297 N04E 57E Sinuous, open, irregular, rough surfaces with crystalline quartz coating and heavy iron oxide staining 298 N47E 81E Sinuous, tight, smooth surfaces with thin chloritic coating 299 N42E 81E Linear, tight with iron oxide staining and siliceous coating, slightly rough surface 300 NG1W llW Curved, open with iron oxide staining, rough surface 301 N55W 14W Concave down, slightly open with iron oxide staining and gray clay filling, rough surface 302 NISW 70E Linear, tight with slight iron oxide staining, smooth to slightly rough surface 303 N28W 74E Slightly sinuous, slightly open, rough surface with iron oxide staining and siliceous coating 304 NllW 69E Linear, slightly open, slightly rough surface with iron oxide staining and siliceous coating 305 N14W OGE Slightly sinuous, slightly open with heavy iron oxide staining, very rough, irregular surface 306 N01E GOE Linear, tight with slight iron oxide staining, slightly weathered, very smooth surface 307 N04W S8E Linear, tight with slight light green clay coating, slightly to moderately weathered, smooth to slightly rough surface 308 NIOW 71E Series of very closely spaced en echelon joints, tight with tan coating, very smooth surface 309 N2SW GOE Linear, tight to slightly open with slight iron oxide staining, slightly weathered, smooth surface 310 N30W GOE Tight to slightly open with slight to heavy iron oxide staining, smooth surface 21 of 76
I1NPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 311 N32W 03W Linear to slightly sinuous, tight with slight to moderate iron oxide staining, moderately weathered, slightly rough surface 312 N87W 20W Linear, tight with slight iron oxide stalnlng, slightly weathered, slightly rough surface 313 N25E 75W Linear, tight with heavy chlorite staining and hard tan coating, slightly to moderately weathered, very smooth slickensided surface, S-11 314 NIIW 64E Linear tight with slight iron oxide staining, fresh to slightly weathered smooth to slightly rough surface 315 N47W 29W Slightly open with moderate to heavy iron oxide staining, slightly irregular, smooth surface 316 N03W 8lE Linear, tight with slight to moderate iron oxide staining, slightly irregular, smooth surface 317 NIOW 76E Linear, tight to slightly open, with heavy iron oxide staining, slightly to moderately weathered, smooth surface 318 N31W 67E Linear, tight with slight white soft coating slightly to moderately weathered, smooth surface 319 N08W 60E Linear, slightly open with slight iron oxide staining and thin white clay coating, moderately weathered, slightly irregular, smooth surface 320 NOOE 73E Tight to open with occasional white siliceous coating, slightly weathered, very smooth surface 321 N26E 76W Linear, tight to slightly open with heavy chlorite and thin white clay coating, slightly to moderately weathered 322 N06W 59W Tight to slightly open with occasional iron oxide staining and tan siliceous coating, moderately weathered, smooth to slightly rough surface 22 of 76
l'rNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 323 N15W 66E Linear, tight with occasional iron oxide staining and chlorite and soft tan mineral coating, slightly to moderately weathered, smooth to slightly rough surface 324 N36W OSE Linear, tight with slight iron oxide staining, slightly irregular, slightly rough surface 325 NIOW 76E Linear, tight with thin siliceous coating, slightly to moderately weathered, smooth to slightly rough surface 326 NIOW 79E Linear, tight with slight iron oxide staining, slightly to moderately weathered, smooth surface 327 N23E SSE Linear, tight with heavy green chlorite coating, slightly to moderately weathered, very smooth surface 328 N40W 19E Linear to slightly sinuous, tight to slightly open with heavy iron oxide staining, moderately to highly weathered, slightly irregular, rough surface 329 N61W 4lW Tight to open (to 1.0 inch) with occasional iron oxide staining, slightly weathered, smooth to slightly rough surface 330 N6IW 07E Slightly sinuous, slightly open with slight iron oxide staining, slightly to moderately weathered, slightly broken, rough surface 331 N68W 10E Linear, slightly open with slight iron oxide staini~g, smooth to slightly rough surface 332 N68W 19E Linear, slightly open, with slight iron oxide staining, slightly to moderately weathered, smooth to slightly rough surface 333 N74W 12E Linear to slightly sinuous, tight to slightly open with iron oxide staining and clay coating, slightly to moderately weathered, slightly rough surface 334 N08E 76W Linear, tight with heavy green chlorite coating, slightly to moderately weathered, smooth to slightly rough surface 23 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Dip Remarks 335- NOIW 84E Tight to slightly open with occasional tan moderately hard coating, smooth surface 336 N04W 65E Linear, tight with thin white coating, slightly weathered, smooth surface 337 N09W SSE Tight to open (to 1 inch) with occasional thin gray and yellow clay coating, slightly to moderately weathered, smooth surface 338 NOIW 56E Set of five very closely spaced linear joints, zone 8 inches wide, tight with slight iron oxide staining and chlorite coating, slightly to moderately weathered, smooth surface 339 N21E 54E Set of three very closely spaced linear joints, zone 5 inches wide, tight to slightly open with slight iron oxide staining and clay filling, slightly to moderately weathered, 340 N12E 62E Linear, tight with chlorite and yellow clay coating, slightly to moderately weathered, smooth surface 341 N69W 06W Linear, tight with heavy iron oxide staining, slightly to moderately weathered to 1 inch deep, smooth to slightly rough surface 342 N42W 24E Linear, tight with slight iron oxide staining, slightly weathered, smooth to slightly rough surface 343 N75W 20E Tight to slightly open with light green chlorite coating, slightly weathered, slightly rough surface 344 NOIW 10E Linear, long, light green chlorite coating and heavy iron oxide staining, parallel to 4 inches thick zone of highly iron stained, moderately weathered rock 345 N42E 04E Linear, tight with thin, moderately hard mineral coating and occasional yellow-green clay filling, slightly weathered, slightly irregular, slightly rough surface 346 N58W 03E -' Linear to slightly sinuous, tight, smooth to slightly rough surface 24 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 347 NOIE 68W Linear, tight, very smooth, slickensided surface with moderate iron oxide staining and dark green chlorite coating 348 N75E 60E Linear, tight with slight iron oxide staining, slightly weath~red, smooth to slightly rough surface 349 N06E 77E Linear, tight to slightly open, clean, slightly irregular, slightly rough surface 350 NI4W 54E Tight to slightly open with heavy iron oxide staining and tan clay coating, moderately to highly weathered, smooth surface 351 N40E 08E Slightly sinuous, open with moderate to heavy iron oxide staining and thick brown silty clay filling, slightly to moderately weathered surface 352 N80W 26W Linear, tight with moderate iron oxide staining and brown clay filling, slightly to moderately weathered, smooth to slightly rough surface 353 N85E lIE Long, linear, tight to slightly open with dark olive-green coating, slightly to moderately weathered, slightly rough surface 354 N03E SSE Linear, slightly open with thin white clay coating, smooth surface 355 N16E 4GE Linear, slightly open with iron oxide staining 356 NOSE 49E Slightly sinuous, open to 1 inch with iron oxide staining and till filling, smooth surfaces 357 N15W GOE Linear, slightly open, slightly weathered, smooth surfaces 358 N04W 72W Long, linear, tight to open with iron oxide staining and till filling, smooth surface with slickensides, S-14 359 N04E 47E Curved, slight iron oxide staining, severely weathered surfaces 25 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 360 N09E SSE Linear, tight to slightly open with iron oxide staining, smooth surfaces 361 N65W 34W Linear, slight iron staining, smooth surfaces 362 N60E 14W Series of irregular, sheeting joints, with heavy iron oxide staining and yellow-brown material filling, very irregular surfaces 363 N75E 12W Long, sinuous sheeting joint, slightly open with occasional iron oxide staining, irregular surface 364 N24W D7E Slightly sinuous, tight to slightly open with iron oxide staining, highly weathered surface 365 N03W 24E Linear, slightly open with heavy iron oxide staining, smooth surface 366 NOSE S9E Linear, tight with slight iron oxide staining, smooth surface 367 N64W 4SW Sinuous, slightly irregular, smooth surfaces with light brown coating 368 N15E 74W Linear, slightly open with iron oxide staining and till filling, smooth, slickensided surface, S-13 369 N12E 83W Slightly curved, tight to slightly open with iron oxide staining and till filling 370 N02W 11W Tight with iron oxide staining, slightly weathered, smooth surface 371 N30E Daw Linear, tight to slightly open with iron oxide staining and till filling, smooth surface 372 N74W 09E Slightly undulatory, tight with iron oxide staining, slightly weathered 373 N39E 04W Set of three closely spaced slightly undulatory joints with slight iron oxide staining, smooth surface 374 N16W SOE Linear, tight, smooth surfaces with iron oxide staining, slickensides, S-15 26 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 375 N60E l8E Slightly undulatory, tight, slightly to moderately weathered 376 N40W D8E Open to 1/2 inch with iron oxide staining and till filling, irregular surface 377 N38W 49E Slightly sinuous, tight, smooth surface 378 N14E 08W Slightly sinuous, slightly open, smooth, slickensided surface, 5-16 379 N02E 7sW Linear to slightly curved, tight to slightly open with some till filling, smooth surface 380 N08E 79W Linear, tight with slight iron oxide staining, smooth surfaces 381 N40W ssw Slightly sinuous, moderately to highly weathered, smooth surface 382 N01W 71E Slightly curved, tight with very slight iron oxide staining, smooth surfaces 383 N08W 77E Slightly curved, fresh, smooth surface 384 NlsW OSE Linear, tight, clean, slightly weathered, smooth surface 385 N03E 81E Zone of en echelon joints with iron oxide staining, moderately to highly weathered surface, slickensides, S-17 386 N10E 71E Slightly curved, slightly open with slight iron oxide staining and till filling, slightl¥ weathered surfaces 387 NsSW 19W Slightly sinuous with iron oxide staining, slightly to highly weathered surface 388 ND3E 81W Long, linear, tight with slight iron oxide coating, smooth surface 389 N67W 20W Slightly sinuous, slightly open with heavy iron oxide staining and till filling, smooth surfaces 390 Ns8W 39W Slightly sinuous, open with heavy iron oxide staining, moderately weathered surface 27 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 39f N20W 81W Linear, tight to slightly open with slight iron oxide staining, smooth surfaces, slickensides, S-18 392 N60E 14E Sinuous, open with iron oxide staining and till filling 393 N08W 46W Linear, tight with iron oxide staining, moderately weathered, smooth surface, slickensides, S-19 394 N80W 34W Linear, open with heavy iron oxide staining and till filling, smooth surface 395 NOSW 83E Slightly curved, smooth to slightly irregular surface, slickensides, S-20 396 N02E 76W Tight with iron oxide staining, smooth surface 397 NOOE 74W Linear, tight to slightly open with iron oxide staining, smooth surface 398 N62W 20W Slightly sinuous, open with iron oxide staining and till filling, rough surface 399 NOSE 42E Iron oxide staining and dark green clay coating, displaced 3.0 feet normally 400 N08E 78W Thin, tight with heavy iron oxide staining, smooth surface 401 N61E 58E Slightly curved, open with iron oxide staining and till filling, smooth surface 402 N14E 43E Slightly curved, tight to slightly open with iron oxide staining, irregular surface 403 N04W 47E Linear, tight with iron oxide staining, smooth surfaces 404 N50E 42E Curved, tight to slightly open with gray clay filling, fairly fresh, smooth surface 405 N40W 38W Sinuous, tight to slightly open with iron oxide staining, irregular, rough surface 406 N85E 30E Thin, slightly curved with iron oxide staining, slightly irregular surface 28 of 76
I1NPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 407 N87W oaw Linear, tight, smooth surface 408 N24E 74E Linear, open with iron oxide staining and till filling, slightly irregular surfaces 409 N85E 725 Linear, iron oxide staining, slightly weathered, smooth surfaces 410 N50W 14W Linear, tight to slightly open with heavy iron oxide staining and till filling, smooth surface 411 N47W 17W Linear, tight to slightly open with slight iron oxide staining moderately weathered, slightly irregular surface 412 N70E 09W Linear, tight with slight iron oxide staining and thin light green clay filling, smooth surface 413 N14E 56W Linear, tight with thin siliceous filling, smooth surface 414 N80E 13E Linear, slightly open with iron oxide staining, moderately weathered, slightly irregular surface 415 N28W 25W Slightly curved, tight, with slight iron oxide staining, fairly fresh, smooth surface 416 N08E 63W Linear, tight, fairly fresh, smooth surface 417 N45W 40W Linear, slightly open with clay filling and slight iron oxide staining, slightly weathered surface 418 N63W 09W Tight to slightly open with iron oxide staining, slightly to moderately weathered, slightly rough surface 419 N08W IOE Sinuous, slightly open with iron oxide staining and light green clay filling, rough surface 420 N20E 44W Linear, slightly open with slight chlorite coating and brown clay filling, smooth surface 421 N36W 31W Concave down, short, open with iron oxide staining, very rough surface 29 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 422" N07E slW Long, linear, slightly open, with chlorite and gray clay filling very smooth surface, slickensides, S-21 423 N06W SSE Linear, tight with slight clay filling, slickensides, S-22 424 NIOE 35W Concave down, tight with chlorite and dark green-gray clay filling, severely weathered, possible displacement 2 to 3 ft along a thrust fault (based on displacement of irregular pegmatite), probable cause is glacial drag forces 425 N2sW 2sW Slightly sinuous, tight with dark gray clay filling, .sever-e Ly weathered, pegmatite displaced by joint 424 is also possibly displaced by 2 to 3 feet by joint 425 426 N30W 30W Linear to slightly sinuous, tight with dark gray clay coating, severely weathered 427 NI2W SOW Linear, tight to slightly open with light green clay filling, smooth to slightly irregular, possible few inches reverse displacement along joint 428 N01E 78E Slightly sinuous, tight with 2-inch green and white clay filling, severely weathered, irregular surface, possible few feet reverse displacement along joint 429 NOIW 74E Set of very closely spaced slightly sinuous joints, zone G inches wide, slightly open with clay and chlorite filling 430 N40W 4sE Set of very closely spaced linear joints, zone 6 inches wide, slightly open with light green clay filling 431 N28E GOE Set of very closely spaced linear to slightly sinuous joints, zone 1 foot wide, tight to slightly open with white and dark green mylonite and clay filling, severely weathered 432 NOsW 71E Linear, slightly open with dark green clay filling 30 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 433 N22E lOE Linear, tight with dark gray clay filling, severely weathered 434 N22W 38W Concave down, tight with chlorite and dark green siliceous filling, severely weathered, irregular surface 435 NOSE 66E Set of very closely spaced linear joints, zone 4 inches wide, tight with slight iron oxide staining and white clay filling 436 N06W 83E Set of close linear joints, zone 4 to 6 inches wide, tight with white clay filling, irregular surface 437 NOSE S8W Concave to east, slightly open with dark green clay filling 438 N02W 70E Concave to east, open less than 1 inch with white mylonite and chloritic clay filling 439 NS6E 21E Concave up, open less than 0.5 inch with iron oxide staining and clay coating, rough and ir-regular surface 440 NS4W 27W Slightly sinuous, slightly open with iron oxide staining, slightly rough to smooth surface 441 NI0E 63E Set of very closely spaced linear joints, zone 1 foot wide, tight to slightly open with iron oxide staining, rough surface 442 NOSE 67E Linear, tight with iron oxide staining, rough surface 443 NI0E 74E Zone of curved en echelon joints, tight, clean, rough surface 444 N14E 60E Linear, open with heavy iron oxide staining, very rough surface 445 NI0E 67E Linear, open less than 0.5 inch with iron oxide staining and light brown clay coating, irregular, rough surface, vague slickensides approximately parallel to foliation, right lateral displacement up to 2.0 feet 446 N60W 30W Linear, clean, slightly rough 31 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 441 N02W 70E Sets of very closely spaced linear joints, zone 4 feet wide, tight with slight iron oxide staining and slight clay coating, smooth to slightly rough surface 448 N15H BOE Sinuous, tight to slightly open with slight iron oxide staining and clay coating, very rough, irregular surface, vague slickensides parallel to foliation 449 NOSE 53E Linear, tight with slight iron oxide staining and clay coating, slightly rough surface 450 N18E 56E Linear, slightly open, clean, rough surface 451 NI0E 58E Same as joint 457 with iron oxide staining 452 NOSE 60E Same as joint 457 with slight clay film 453 N75E 06W Linear, open less than 0.5 inch with iron oxide staining and gray-green clay filling, rough, very irregular surface 454 N25W 7lE Sinuous, tight to slightly open with iron oxide staining and light green clay filling, rough, irregular surface 455 NIlE 67E Linear, tight with moderate iron oxide staining, slightly rough surface 456 NI6E 58E Linear, tight with moderate to heavy iron oxide staining, moderately weathered, smooth to slightly rough surface 457 NOOE ISH Slightly sinuous, moderate iron oxide staining, slightly rough surface, joint becomes a 2-inch severely weathered zone, mottled green and yellow 458 NIGH 73E Linear, tight with heavy iron oxide staining, slightly weathered, smooth to slightly rough surface 459 N25W 49E Slightly curved, tight to slightly open with slight iron oxide staining, smooth to slightly rough surface 32 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 460 N36W 05W Slightly sinuous, moderate to highly weathered zone 2 inches thick with heavy iron oxide staining 461 NOIE I2W Slightly sinuous, slightly open with heavy iron oxide staining and slight clay filling, slightly rough surface 462 N12W 27W Slightly sinuous, tight with heavy iron oxide staining, slightly rough 463 N89E 07E Linear, highly weathered, broken zone 2 inches thick with iron oxide staining and chlorite coating 464 NOOE 24W Zone of very closely spaced bifurcating, slightly sinuous joints, slightly, open with moderate iron oxide* staining and slight clay filling, slightly rough surface 465 N89W OSW Linear, broken zone 2 inches wide with moderate iron oxide staining, slightly rough surface 466 N86W 07W Linear, tight with heavy chlorite coating, moderately weathered, slightly rough surface 467 NISE 67E Linear, tight, smooth surface 468 N03W S3E Linear, tight with moderate iron oxide staining, slightly weathered, slightly rough surface 469 N27W 20W Slightly sinuous, tight with heavy iron oxide staining .and slight chlorite filling, moderately weathered 470 NISE S7E Linear, tight with moderate iron oxide staining, slightly to moderately weathered, smooth to slightly rough surface 471 NIOE 6IE Linear, tight to slightly open with heavy iron oxide staining, slightly to moderately weathered, smooth surface 472 Linear, tight to slightly open, smooth to slightly rough surface 33 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Dip Remarks 473 N5SE 8SW Sinuous, concave to southeast, open with chlorite and siliceous coating, smooth surface, slickensides, 5-25 474 NOGE 69E Linear, open with heavy chlorite and siliceous coating, smooth, slickensided surface, 5-26 475 N05W 40W Linear, slightly open, clean, rough surface 476 N18E 27W Irregular broken zone 1 to 4 inches wide, rough surface 477 and Numbers not used 478 479 N13E 56W Linear, tight, smooth, polished surface, slightly weathered, moderate chlorite staining, occasionally filled with brown medium hard material to 0.25 inch 480 NISW 15W Linear, long, slightly open, occasionally broken zone to I.O-inch, fresh, clean surface filled with brown clay (till) to 0.3 inch 481 N25E 85E Zone a inches wide of very closely spaced, tight to slightly open, sub-parallel joints, moderately weathered, friable surface, slight iron staining, filled with blue-gray clay to O.3-inch thick, western border of broken, weathered zone 482 N03E alE Zone 1.0 foot wide of very closely spaced joints, smooth, slightly weathered surface with drusy quartz filling to O.2S-inch, eastern border of broken, weathered zone 483 N20E S8E Linear, tight, smooth to slightly rough surface, slight iron staining, generally clean and fresh 484 NIOE GIE Linear, tight to slightly open, smooth to slightly rough surface, slight iron staining and occasional coating of dark brown siliceous material 485 N45E OSE Sinuous, tight to slightly open, slightly rough surface, clean, fresh 34 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Dip Remarks 486 N89W 89W Sinuous, slightly open, slightly rough, clean surface 487 N89E 89E Sinuous, tight to slightly open, clean, slightly rough surface 488 N13E 78E Linear, tight to slightly open, smooth to slightly rough surface, slight light brown siliceous coating 489 N08E 75E Linear to slightly sinuous set of 3 to 4 joints with I-inch spacing, smooth surface, open to 0.5 inch with light green clay filling and occasional slight iron staining, continuation of joint 1572 of floor 490 N08E 70E Linear, tight to slightly open, smooth surface, light green clay filling 491 N15E 63E Linear to slightly sinuous, smooth, slightly open with slight light brown siliceous coating and occasional iron staining 492 N05W 75E Linear to slightly sinuous, slightly open with slight light brown siliceous coating, smooth 493 N01E 63E Linear to slightly sinuous, smooth surface, open to 0.25 inch with coating of light brown siliceous material and filling of light green clay, continuation of joint 1569 of floor 494 N23E 75E Slightly sinuous, tight to slightly open, smooth surface, fresh, clean 495 N48E 05E Sinuous, slightly open, smooth, clean 496 N01W 73E Linear, slightly open with slight light green clay filling, smooth surface Auxiliary Building 497 N83W 85E Sinuous, tight to slightly open, smooth surface, slight light brown siliceous coating, continuation of joint 1556 of floor 498 NOlW 89E Slightly sinuous, open to 0.25 inch, moderately weathered, slightly rough 35 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number strike Remarks 499 N06W 70E Zone 6 inches wide of very closely spaced, en echelon, linear joints, tight, smooth, crystalline quartz and clay coating, extension of joint 1571 of floor 500 N15E 62E Linear, slightly open, slightly irregular, slightly rough, clay filling 501 N22E 73E Linear, very tight, slightly rough, calcite coating 502 N24E 67E Linear, open to 0.25 inch, slightly rough, slight clay filling 503 N16E 78E Linear, open to 0.25 inch, rough, clay filling 504 N27E 71E Linear, tight, rough, clay coating 505 N19E 79E Linear, very tight, irregular, rough, clean 506 N08E 75E Set of three closely spaced, linear, short joints, smooth surfaces, slightly open, green and white clay filling 507 NOSE 73E Linear, tight, irregular, rough, slight clay coating 508 N10E 75E Linear, tight to moderately open, rough, clean, extension of joint 1557 of floor 509 N84E IDE Sinuous, low angle, irregular, very rough, clean, moderately open 510 N01E 03W Linear, slightly open, rough and irregular surface, clean 511 N75E 05E Sinuous, slightly open, rough and irregular surface, light green clay coating 512 N14E 76E Linear, very tight, smooth surface, clean 513 N72W 09W Extensive, linear, low angle joint, tight, very irregular, soft and friable weathered surface 514 N21E 8SE Linear, tight, rough, heavy iron staining, extension of joint 1551 of floor 515 N03E 84E Linear, slightly rough, open, clean 36 of 76
HNPS-3 FSAR TABLE 2.5.4~7 (Cant) Joint Number Strike Remarks 516 N12E 59W Linear, slightly open, slight iron and chlorite staining, very smooth surface with prominent slickensides, S-27, extension of joint 1548 of floor 517 N85W lOW Linear, low angle, irregular and rough, moderately open with slight clay filling 518 NIOE 89W Linear, slightly open, very rough, pitted, vague slickensides, 5-28, heavy iron staining, extension of joint 1547 of floor 519 N24E 25E Linear, short, clean, irregular and rough 520 N32W 13W Linear, tight, irregular and broken along joint, slightly rough surface, clean 521 N04W lIE Linear, slightly open, irregular and broken, rough, clean 522 NI2E 82W Linear, slightly open, very smooth surface, short, very closely spaced joints branching at 45 degrees from major joint (gives appearance of broken zone), moderately to severely weathered, crystalline quartz coating, green and white clay filling, displacement of 6.0 inches normal, vague slickensides 523 NIOE 74W Concave to west, smooth surface, chlorite staining, clay and occasional quartz coating, slickensides, 5-29, borders eastern edge of broken zone of joint 522 524 NI5E 79E Linear, very tight, smooth, clean surface 525 N07W 16W Low angle, linear, slightly open, smooth, moderately weathered along surface with clay and iron staining 526 N37E 66E Linear, tight, smooth, clean surface with occasional siliceous coating 527 N20E 71W Linear, tight, smooth, light brown siliceous filling, extension of joint 1530 of floor 528 N09E 61W Linear, tight, smooth, light brown siliceous filling, vague slickensides, no displacements 37 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 529 N65W 06W Low angle, linear, tight, irregular and rough, slight clay, extension of joint 525 of other wall 530 N12W 16E Slightly sinuous, slightly open, slightly to moderately weathered surface, smooth to slightly rough 531 N20E IOE Linear, tight to slightly open, slightly rough surface, clean, fresh 532 N45W 17E Slightly sinuous, slightly open, slightly rough surface, fresh, clean 533 N17E 70E Zone 6.0 inches wide, short, broken, highly weathered, ~ub-parallel joints, moderate iron staining, light green clay and drusy quartz filling 534 N37E 4W Linear to slightly sinuous, open, rough, fresh and clean surfaces 535 N20E 9W Slightly sinuous, slightly open, rough, fresh and clean surfaces 536 N24E lOW Linear, tight, rough, clean surfaces 537 NOIE DIE Planar, tight, slightly irregular, clean surfaces 538 N76E lOW Planar, tight, rough surface with slight iron oxide staining 539 N22W 24E Slightly sinuous, tight, rough fresh surfaces 540 N30W 17E Sinuous, tight, rough, fresh surfaces 541 N79E IlW Slightly sinuous, slightly open, rough, fresh surfaces 542 N72E llW Linear, slightly open, rough surfaces with light iron oxide staining 543 NOIE OlE Linear, tight, rough surfaces with slight iron oxide staining 38 of 76
MNPS-3 FSAR TABLE 2.S.4~7 (Cant) Joint Number Strike Remarks 544 NOBW 2SE Slightly curved, open, smooth to rough, slightly weathered surface with chlorite staining, dip varies 545 NOBE BIE Planar, tight, smooth, clean surfaces 546 N22E 44E Long, linear series of joints, broken highly weathered zone with occasional blue-green and brown plastic clay filling, smooth, highly weathered surfaces with slickensides, 5-30 547 NOIE 01W Linear, tight, slightly rough, fresh surface with occasional iron oxide staining 548 N20W 21W Slightly sinuous to linear, slightly open with till filling, rough, moderately weathered surfaces with heavy iron oxide staining 549 NI0E 80E Planar, tight, smooth slightly weathered surface with occasional iron oxide staining 550 N50W 20W Linear, tight to slightly open, rough clean surface 551 N47W 15W Linear to slightly sinuous, tight to slightly open, rough irregular fresh surfaces 552 NB9E 87E Sinuous, slightly open, rough, clean, fresh surfaces 553 NB9E 83E Linear, open, rough, clean surfaces 554 N70E lIE Low angle, open, rough surfaces with iron oxide staining 555 N24W 17W Sinuous, slightly open, smooth surfaces with iron oxide staining 556 N09E lSW Low angle, linear, open, rough surfaces with iron oxide staining 557 NIBE 52E Linear, tight, slightly rough surfaces with brown clay coating 39 of 76
HNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number strike Remarks Service Water Line 558 N43W 35W Slightly curved, open, occasional red clay filling, rough surfaces with heavy iron oxide staining 559 N65W 28W Linear, closely spaced joint set, tight with green clay filling 560 NODE 61E Linear, tight, smooth surface with chloritic staining 561 N02W 60E Linear, tight, smooth surface, occasional iron oxide staining 562 NOIE 63E Linear, open, rough surface slight chlorite staining and occasional iron oxide staining 563 N66W 25W Sinuous, open, occasional clay filling, rough surfaces with heavy iron oxide staining 564 N43W 21W Sinuous, open, clay filling, rough surfaces with iron oxide staining 565 N62W 15W Sinuous, very closely spaced joint set, tight with clay filling, rough surface with heavy iron oxide staining 566 N15E 73E Linear, smooth surfaces, occasional iron oxide staining and thin white siliceous coating 567 N54W 23W Sinuous, open with clay filling, rough surfaces with heavy iron oxide staining 568 N60W 85W Sinuous, slightly open, clay filling, rough surface with heavy iron oxide staining 569 N69W 21W Sinuous, slightly open, clay filling, rough surface with iron oxide staining 570 N02W 58E Linear, smooth surfaces, slight iron oxide staining 571 N48W 25W Sinuous, open with filling of broken and weathered gneiss and granite, smooth to irregular weathered surfaces with iron oxide staining 40 of 76
HNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 572 N55E 66E Linear, tight, smooth surfaces, iron oxide staining 573 N7BW IlW Sinuous, open with broken and weathered rock filling, smooth weathered surfaces, iron oxide staining 574 N30W IBW Sinuous, open, weathered and broken rock filling, smooth to irregular surfaces with heavy iron oxide staining 575 NBOE 75E Linear, tight, smooth, slightly weathered surface, iron oxide staining 576 N84E 70E Linear, tight, smooth, slightly weathered surfaces, iron"oxide staining 577 N72W 17W Sinuous, open, till filling, smooth to irregular surfaces with occasional iron oxide staining 578 N02E 8BE Linear, tight, irregular surface 579 Nl3E 79W Linear, tight, smooth, weathered surfaces with heavy iron oxide staining and possible slickensides 580 N06E 61W Linear, tight, broken in places, smooth surfaces, pitted in places, heavy iron oxide staining 581 N88E 6lW Linear, tight, smooth surfaces with slight white coating and iron oxide staining, parallel to foliation 582 N70E 66E Linear, tight to slightly open, broken rock filling, smooth surface with iron oxide staining 583 N65E 15E Sinuous, open with broken and rock filling, smooth, slightly weathered surfaces, iron oxide staining 584 N47W 16W Irregular, tight, rough surfaces, iron oxide staining 41 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number strike Remarks 585 NOIE 58W Long, linear, smooth, weathered surfaces with heavy iron oxide staining, pitted in places, prominent slickensides, S-31 586 N44W 26W Curved, planar, open, broken rock filling, smooth to rough slightly weathered surfaces with iron oxide staining 587 N52W 33E Sinuous, tight to open, broken and weathered rock filling, smooth, slightly weathered surface with iron oxide staining 588 N52E 64E Thin, tight, thin sandy clay filling, smooth surfaces with iron oxide staining 589 N62E 70E Linear, tight to slightly open, smooth, slightly weathered surfaces, heavy iron oxide staining 590 N48E 66E Linear, tight, smooth, slightly weathered surfaces with heavy iron oxide staining 591 N54E 67E Linear, tight to open, smooth slightly weathered, surface with heavy iron oxide staining, surfaces broken in places 592 N6IE 71E Linear, tight, smooth surfaces, iron oxide staining 593 N59E 69E Linear, tight, smooth surfaces, with white brown coating 594 NSOW 17W Sinuous, open, broken and weathered rock filling, smooth to rough surfaces with heavy iron oxide staining 595 NOIW 70E Linear, tight, smooth surfaces with iron oxide staining 596 N01W 69E Linear, tight, smooth surfaces with iron oxide staining 597 N55E 6SE Series of linear en echelon joints, tight smooth surfaces with iron oxide staining 598 N70W 23W Sinuous, open, broken and weathered rock filling, smooth surface, iron oxide staining 42 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 599 N65E 59E Linear, tight, smooth surfaces, iron oxide staining 600 NOlE 52W Linear, smooth surface, slight iron oxide staining, slickensides, 5-32 601 N75E 71E Linear, tight, smooth surface with iron oxide staining 602 N8lE 75E Linear, tight, smooth, slightly weathered surface with iron oxide staining 603 N84E 79E Linear, tight, smooth surfaces,. iron oxide staining 604 N75E 76E Linear, tight~ smooth surfaces 60S N84E 72E Linear, slightly open, smooth surfaces with red coating 606 NOlW OSE Slightly sinuous, tight, smooth slightly weathered surfaces with iron oxide staining 607 N8lE 63E Linear, tight, smooth slightly weathered surface with iron oxide staining 608 NOlE l3W Slightly sinuous, open, broken and weathered rock filling, slightly weathered smooth surfaces, iron oxide staining 609 Nl5E 30W Very irregular, open, green clay filling, rough surfaces with iron oxide staining 610 NlSE 77W Linear, open, smooth to slightly rough, thin siliceous coating and iron oxide staining, possible slickensides 611 N4SE 07W Sinuous, tight, light green clay filling, rough surfaces, slight iron oxide staining 612 N30E 54E Linear, tight, reddish brown and light green clay filling, smooth surfaces with vague slickensides 613 Nl2E 6SW Linear, slightly open, smooth surface with iron oxide staining and occasional chlorite coating and slickensides, S-34 43 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Dip Remarks 614 NSSE 07W Slightly sinuous, open, green clay filling, rough surfaces 615 N29W 14SW Low angle, linear, tight, surface slightly irregular to smooth, fresh, clean 616 N40W 18SW Low angle, linear, tight, surface slightly rough, slightly irregular, fresh, clean, smooth 617 N68E 15SE Law angle, linear, tight, occasionally broken and irregular, surface smooth to rough, moderate weathering with a thin green sandy and clayey filling 618 NS7W 20SW Low angle, linear, tight to slightly open less than 0.1 inch, surface rough, slight to moderate weathering, occasional very thin sandy, clayey filling 619 N19E 75SE Linear, tight, surface slightly rough, slight weathering with moderate iron oxide stain 620 NOIE 84NW Linear, tight to slightly open, surface rough to smooth, slight to moderate weathering, water percolation along joint 621 N02W 77SW* Linear, tight to slightly open, surface rough, slight weathering with moderate iron oxide stain 622 N14W 64SW Linear, tight, surface smooth to slightly rough, slight weathering with moderate iron oxide stain 623 N26E 51NW Linear, tight, surface very smooth, slight weathering, occasional soft and very thin ye:lowish green clay coating 624 N18E 48NWLinear, tight, surface very smooth, slight weathering with a very thin hard white coating 625 N04E* 58NW Linear, tight, surface smooth, occasional light yellow and brown staining 626 N14E 47NW Linear, very tight, surface smooth to slightly rough with occasional iron oxide staining 44 of 76
HNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Dip Remarks 627 -N32E 45NW Planar, surface undulating and smooth, fresh to slight weathering with occasional slight iron oxide staining 628 N89E 87SE Linear, tight, surface rough, slight weathering with moderate iron oxide staining 629 N88E 88SE Linear, slightly open to 0.3 inch, surface slightly irregular and slightly rough, fresh with slight iron oxide staining 630 NllE 43NW Linear, tight, slightly open, surface very smooth, slightly weathered, clean 631 N57E 53NW Linear, tight, surface very smooth, clean and fresh 632 N57W 02SW Linear, very long, broken, surface rough and irregular, moderately weathered and occasionally severely weathered with green staining 633 N12E 47SE Linear, tight, surface very smooth, clean and fresh with slight iron oxide staining 634 N47W OSNE Low angle, linear, surface rough, 3 inches thick, severely weathered zone with a sandy light green filling 635 N34E lOSE Low angle, linear, surface slightly irregular 636 N12E 53SE Linear, slightly open, surface slightly rough, clean and fresh 637 N20E 53SE Linear, tight, surface smooth and fresh with occasional very thin white hard coating 638 N02E 67NW Linear, tight, surface slightly rough, fresh and clean 639 NOSE 64NW Linear, tight to slightly open, surface slightly rough, fresh and clean 640 N10E 52NW Linear, tight to slightly open, surface slightly rough and irregular, thin orange plastic clay filling to 0.2 inch thick 45 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Dip Remarks 641 NOSE S3NW Tight to slightly open, surface slightly rough, fresh, clean 642 NOSW 79SW Linear, open to 0.3 inch, surface irregular but smooth to slightly rough, slight we a the r inq with occasional moderate iron oxide staining 643 N02W 03SW Low angle, undulating, rough surface, open to 1 inch, moderate iron oxide staining with 0.5 inch of brown clay till filling 644 Nl2W 04SW Low angle, linear, slightly open, slightly rough surface, moderately weathered broken zone to 3 inches wide, iron oxide staining 645 N70W IOSW Low angle, undulating, rough, open to 3 inches with till filling, moderately weathered, 8 to 12 inches of normal displacement- due to glacial action 646 N8SW 08SW Extensive, low angle, surface slightly irregular and rough, moderate iron oxide staining, open with a blue-gray plastic clay filling, a I.O-foot wide severely weathered zone follows along joint, possible normal I.O-foot displacement at WG-2S 647 N62W 3SSW Closely spaced subparallel joint set, undulating, tight to slightly open, surfaces rough with iron oxide staining 648 N5SW 3SSW Undulating, tight to slightly open, surface irregular, moderate weathering with slight iron oxide stain 649 Nasw 25SW Low angle, tight to slightly open, surface slightly rough and irregular, moderate weathering with slight iron oxide staining 650 N60W SOSW Low angle, tight, surface rough, slight weathering with gray sandy clay filling 651 No Reading Linear, tight, surface slightly rough and irregular, fresh and clean 6S2 No Reading Linear, slightly open to 0.3 inch, surface slightly rough and irregular, slight weathering with occasional white soft feldspar coating 4Ft nf 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks Discharge Tunnel 653 NOSE 52NW Linear, tight, minor iron oxide staining 654 N88W 74SW Curvilinear, open to 1/4 inch, rough, filled, minor iron oxide stain 655 NIOE 53NW Linear, tight, slightly rough, minor iron oxide staining 656 N62W lSNE Extensive, rough, moderate weathering, clay filled 657 NOSE 65NW Linear, clay filled 658 N60E 23SE Linear, open to 1/2 inch, smooth, clay filled 659 N59W 18NE Extensive, rough, moderate weathering, clay filled 660 NIOE 095 Open, slightly iron oxide staining 661 N15E lIS Open, slight iron oxide stain 662 N75E 86SE Tight, rough, clean 663 N79E 50S Linear face joint, irregular, rough, iron oxide stain 664 N43E 165 Irregular, open to 1/2 inch, rough, clean 665 N06E 54N Linear, open, smooth, clay filled, calcite coated, iron oxide stain 666 N40E 03W Large relief joint, weathered, to 6 inches thick 667 N40E lOW Irregular, rough, clean 668 N80E 84E Linear, slightly rough, iron oxide stain 669 N75W 12E Very irregular, rough, iron oxide stained 670 N64W lSE Very irregular, rough, iron oxide stained 671 N32E 09E Subparallel joint set, linear, slightly rough, calcite coated, 1- to 6-inch spacing 47 of 76
HNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 672 N65W 84S Irregular, open to 1 inch, rough, iron oxide stain 573 NI5E 7lW Linear, smooth to slightly rough, clean 574 Nl5E 6lW Linear, smooth to slightly rough, clean 675 N60W 79S Linear, smooth, iron oxide stain 676 N40W 84S Linear, smooth, iron oxide stain 677 N24E S5E Linear, slightly rough, iron oxide stain 678 N26W 88E Irregular, smooth 679 NI6E 90 Slightly irregular, smooth, iron oxide stain 680 N05E lOW Linear, rough, clean 681 NIOE l4W Linear, rough, clean 682 N09E 78E Linear, smooth, iron oxide stain 583 N39W 87W Linear, slightly rough, clean 684 NSOW 8SN Subparallel set with joint 583 685 NOSE 10E Relief joint, open, weathered Service Water Lines 586 NIOE l4W Same joint as joint 666 on west wall 687 N68E 495 Linear, smooth, same joint as joint 1958 on floor 688 N30W 095 Irregular, closed, rough, iron oxide stained 589 N67E 60E Linear, slightly rough 690 NIOE 14W Subparallel joint set, broken and weathered to 1/2-inch to 5-inch spacing 691 NIOE 755 Face joint, linear, smooth, iron oxide stained 692 NOOE 66E Linear, open to 1/4 inch, smooth with slickensides, iron oxide stained 48 of 76
MNP5-3 FSAR TABLE 2.5.4-7-(Cont) Joint Number Strike Remarks 693 N70E 725 Irregular, rough, iron oxide stain 694 N16E 65W Face joint, linear, slightly rough, iron oxide stain 695 N65W 365 Irregular, clo~ed, rough, iron oxide stain 696 N55W 205 Irregular, closed, rough, iron oxide stain 697 N80E 855 Irregular, open to 1/4 inch, smooth, iron oxide stain 698 N20E 61W Linear, smooth, minor iron oxide staining 699 N30E 52E Linear, closed, smooth, iron oxide stain 700 N35E 4BE Linear, closed, smooth, iron oxide stain 701 N30E 52E Linear, closed, smooth, iron oxide stain 702 N80W 155 Linear, closed, smooth, iron oxide stain 703 NI0E 4BW Linear, closed, smooth, iron oxide stain 704 N90E 055 Linear, slightly open, smooth, iron oxide stained 705 N80E 075 Linear, slightly open, smooth, iron oxide stained 706 N50E 05E Irregular, rough 707 N40E 66W Linear, slightly open, smooth, clean 708 NI0E 62W Linear, slightly open, smooth, clean 710 N37W 65E Linear, rough 711 NI0W BOW Linear, face joint, smooth, minor iron oxide stain Discharge Tunnel 712 N80W 8SE Irregular, rough 713 N25W 02E Sinuous, open, weathered, filled with rock fragments and till 49 of 76
MNPS-3 FSAR TABLE.2.5.4-7 (Cont) Joint Number Strike Dip Remarks 714 N4SW OSH Sinuous, open filled with 1 to 3 inches, gray till, weathered, iron oxide coating 715 NI0W 42W Face joint, fresh, rough, with thin coating of till or soil 716 N6SW 90 Linear, slightly open, fresh, with thin till filling 717 NSOE 82W Linear, slightly open, weathered with heavy iron oxide staining 718 N80E 89E Linear, closed, heavy iron oxide staining 719 N20W 20E Sinuous, closed, weathered, iron oxide stained 720 N20W lIE Sinuous, closed, minor iron oxide staining 721 N60E 90 Linear, closed, smooth, fresh to slightly weathered, minor iron oxide staining 722 N70W 83E Series of closely spaced joints, filled with rock fragments and weathered till, iron oxide staining 723 N70W 88E Linear, open, smooth, iron oxide coating 724 N60W 12E Low angle joint, heavy weathering some clay filling, rock fragments Engineered Safety Features 725 N62E 17E Undulatory, colinear set, slightly rough, heavy iron oxide stain, soft light green clay filling 726 NS2W 10*W Linear, closed, clean, minor iron oxide stain 727 N50W 20W Linear, closed, clean, minor iron oxide stain 728 NIOW 70E Linear, smooth to polished with slickensides, talc (? ) , minor iron oxide stain 729 N-S 74W Curvilinear, open, smooth, minor iron oxide, quartz crystal growth on joint, minor biotite growths and clay 50 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 730 - N11W 67E series of three open JOlnts with light green clay to 1/8 inch, some quartz and biotite crystal growth, iron oxide stain 731 N12E 67W One of set with joint 730, no crystal growth, composed of several shorter segments 732 N10W 80S Slightly irregular, slightly open, minor iron oxide, thin clay coating, joint 1959 on floor 733 N10E 77E Linear, closed, smooth, with clay to 1/4 inch, minor iron oxide stain 734 N36W lSW Linear, open smooth, minor light green clay, iron oxide stain 735 N39E 76W Linear, open, smooth, some light green clay, calcite, and s i.J .'\.r.eous material, mi nc r ...... - ... oxide stain 736 N10E 67E Linear, open to closed, smooth to polished with slickensides, 5-36, displacement about 1 inch, minor iron oxide stain 737 N20E 03E Irregular to curved, open minor iron oxide stain 738 NOSW 78W Linear, smooth, faint striations, slight iron oxide stain 739 N04W 76W Linear, open, smooth, iron oxide stain, same joint as joint 738 except block slightly rotated across biotite seam 740 N89W 8SW Linear, closed, smooth, clean, minor iron oxide stain, continues as joint 1970 on floor, set of three, may not be offset across fault 1940 741 N90E 775 One of set with joint 740, polished, clean 742 N44W 26W Irregular, open some clay filling to 1/8 inch, heavy iron oxide coating 743 N44W OSW Slightly irregular, closed, set of several subparallel closely spaced discontinuous joints, 1/2 to 3 inches, spacing, rn i no r Lr on. oxide staining 51 of 76
11NPS - 3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Dip Remarks 74-4 N17W 08W Slightly irregular, one of set with joint 743 745 N62W OoW Planar, smooth, minor iron oxide stain, siliceous filling 746 N51W lOW Slightly undulatory, smooth, light green clay filling to 1/2 inch 747 NIlE 65E Linear, smooth, fresh, minor iron oxide stain 748 N13E o5E Linear, smooth, slight iron oxide stain 749 N87E 51E Slightly, irregular, closed to slightly open, minor iron oxide staining 750 N15W loW One of set*of closely space parallel fractures, slightly irregular, open, some soil or clay on joint 751 N20E 70E Smooth to polished, faint striations, closed to slightly open with some calcite crystal growth 752 N7SE 23E Planar, open, smooth, minor iron oxide stain 753 N5lE agE Slightly irregular, open, clean 754 N88E IOE Slightly irregular, closed to open, weathered, minor iron oxide stain 755 N30W 04W Planar, closed, slightly rough, thin clay coating 756 NOSE 64E Smooth, closed, clean, minor iron oxide and calcite (7), on surface 757 N40W 07W Slightly irregular, closed, slightly rough, clean 758 N30E 73W One of set of three, closed, smooth, minor calcite and iron oxide 759 N30E 65W One of set with joint 758 760 N25E 70W One of set with joint 758 761 N25W 02W Irregular, curvilinear, consists of several intersecting short segments, rough, calcite and iron oxide on surface S2 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 762 NI3E 15W Planar zone of crushed rock and clay to 8 inches, thick, areas of heavy iron oxide stain, no offset of cross-features 763 NOOE 06W Irregular, open, rough, some soil filling 764 NI0E 67W Planar, open to closed with depth, some weathering to clay, minor iron oxide stain 765 NOOE 67E Planar, open at top to closed, polished, some weathering of coating to clay minor iron oxide 766 NOOE ssw Linear, closed to open, smooth, soil cloating 767 N13E 06W Sinuous, open, rough, clay and soil filling, iron oxide staining 768 N15E 74W Linear, closed, rough, minor clay filling 769 NI0E 72W Linear, closed to open, minor clay coating 770 N22W lOW Linear, slightly open, rough, moderate weathering up to 1 inch, thick, clay filled and iron oxide stain 771 NIlE 72W Sinuous, closed to open, rough, minor clay filling and iron oxide stain 772 NlOE 79W Sinuous, open, rough, clean to minor clay filling 773 N08W 73E Linear, closed to open, series of closely spaced en echelon joints, rough, green clay filling to 1/2 inch 774 N20W 14W Linear, open, moderately weathered to 3 inches, thick, minor clay and iron oxide staining 775 N40E 05W Linear, open, rough, soil filled, iron oxide stain 776 N80E 72E Sinuous, face joint, rough, iron oxide staining 777 N03W 74E Linear, closed to open, clean, minor clay film 778 N03W 74E Linear, closed, rough, one of set of three with joint 777 53 of 76
11NPS - 3 FSAR TABLE 2.5.4-7 (Cant) Joint Number strike Remarks NIlE 61E Linear, closed to open set of two slightly rough, clean 780 NOOE 64E Linear, smooth to polished, with dark green mineralization, quartz and minor clay, slickensides, S-37, joint 2030 on floor 781 N07W 73E Linear, smooth to slightly rough, siliceous coating, joint 2037 on floor 782 N20E 61W Straight, slightly open, smooth, with hard, white mineralization to 1/8 inch, minor iron oxide and clay 783 N20E 78W Straight to slightly curved, smooth, slightly open, minor *iron oxide and clay 784 N20E 80W straight, smooth, open soil, filled to 1/4 inch 785 N25E 65W Linear, closed to open, slightly rough, minor
. clay filling 786 N13E 45W Curvilinear, open to 1/8 inch, smooth, minor clay and iron oxide stain Pumphouse 787 N73E 21E sinuous, open, very rough surface with heavy iron oxide stain 788 N84W lOW Linear, open, very rough surface with heavy nonoxide staining 789 NODE 76W sinuous, open, very rough surface with heavy iron oxide staining and occasional brown clay coating 790 Nl3W 25W Linear, open, very rough surface with heavy iron oxide staining 791 N88E IOE Linear, tight to open 0.3 inch, rough to slightly rough surfaces with iron oxide staining and occasional clay filling 792 N75E 19E Linear, tight to slightly open, rough surfaces, clean to slight iron oxide stain 54 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number strike Remarks 793 N35W 15W Linear, tight to slightly open, smooth surface with iron oxide coating 794 N20E 21W Linear, tight to slightly open, slightly rough surfaces with iron oxide staining 795 N32W 15W Slightly sinuous, tight to slightly open, slightly rough surfaces with iron oxide stain 796 N35W 86-90W Very sinuous, open, very rough surfaces with iron oxide stain 797 N12E 90 Very closely spaced en echelon joint set, tight to slightly open, smooth surfaces with occasional clay coating vague slickensides, s-37 798 N15E 83E Very closely space cd en echelon joint set, tight to slightly open with occasional clay filling, iron oxide staining, and crystalline quartz coating 799 N04W 60E Very closely spaced en echelon joint set, open to 0.5 inch with white clay filling and crystalline quartz coating 5 to 7 inches of reverse displacement in a stepped arrangement along joints; same as floor joint 2250 800 NIOW 53E Slightly curved, tight, slightly rough surfaces with occasional clay coating 801 N06E 70E Linear, very closely, spaced joint set, zone less thQ~ 1 foot wide, tight to open 0.3 inch, slightly rough surfaces with white clay coating 802 N18E 90 Slightly sinuous, slightly open, irregular and slightl~ rough surfaces with white clay coating and occasional crystalline quartz coating 803 NOSE 85-90E Very sinuous, tight to open, rough surface with white clay filling and occasional chlorite staining; vague slickensides, 5-38; possible 6 to 9 inches of reverse displacement of P-27, same as floor joint 2251 804 N02E 80-90W Sinuous, tight to open, smooth surface with chlorite and white clay coating, vague slickensides, 5-39 55 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 805 NOSE 90 Linear to slightly curved, slightly open, smooth surface with occasional iron oxide stain and very thin clay filling 806 N25W 90 Linear, open to 1.5-inch, smooth surfaces and filled with gneiss fragments and white clay; same as floor joint 2204 807 N12W 80E Linear, very closely spaced joint set, open to tight, smooth to slightly rough surfaces with occasional quartz coating, clay filling and iron oxide stain 808 N07W 78E Included in with 807 joint set 809 NIOW 78E Included in* with 807 joint set 810 N08W 77E Linear, open to 0.5 inch, smooth to slightly rough surface with occasional iron oxide stain and clay filling 811 N52E 16E Slightly sinuous, slightly open, very rough and irregular surface with heavy iron oxide staining and occasional clay filling 812 N09W 75E Linear, very closely spaced joint set, zone less than 1.5 foot wide, tight to slightly open, slightly rough surfaces with occasional iron oxide or chlorite stain, clay filling 813 N04W 76E Linear, very closely spaced joint set, zone less than 1 foot wide, tight to slightly open, slightly rough surface with occasional iron oxide stain and clay filling 814 NOSE 70E Linear, very closely spaced joint set, zone less than 1 foot wide, tight, slightly rough surfaces with heavy iron oxide staining and occasional calcite coating 815 NOOE OOE Linear, tight fractured zone, very rough surface with iron oxide stain 816 N15W OSW Linear, tight to open, very rough surface, heavy iron oxide stain 817 N18W 10E Linear, tight, slightly rough surface with iron oxide stain 56 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 818 N53W ISE Slightly sinuous, tight to slightly open, rough and irregular surface with heavy iron oxide stain 819 NOIW S6W Linear, slightly open, very rough surface with slight iron oxide stain, extends along pegmatite 820 N13E 53E Linear, tight to slightly open, smooth surfaces with chlorite stain and clay filling 821 NIOE GOE Linear, closely spaced joint set, tight to slightly open, smooth to slightly rough surface with occasional clay coating, chlorite and iron oxide stain 822 N07E 62E Linear, tight, smooth surfaces with clay filling; within 821 joint set 823 N02E 62E Linear, very closely spaced en echelon joint set, open to 0.2 inch, smooth surface with iron oxide stain and clay filling 824 NIOE S8E Linear, slightly open, smooth to slightly rough surface with heavy iron oxide stain and occasional siliceous coating 825 N3IE 71E Linear, slightly open, smooth surface with occasional white clay coating and chlorite stain 826 N09E 5IE Slightly sinuous tight, slightly rough surface with sinuous coating 827 N26E 73E Linear, open to 0.2 inch, slightly rough surface with chlorite stain and clay filling 828 Nl6E BOE Linear, very closely spaced joint set, zone less than 1 foot wide, tight to slightly open, rough surfaces with occasional quartz coating and clay filling 829 NIlE 90 Slightly sinuous, very closely spaced joint set, zone less than 1.5 foot wide, tight to slightly open, rough surfaces with occasional crystalline quartz coating, clay filling, and slight iron oxide stain 57 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 830 N20E 8SW Included with 829 joint set 831 N15E 73W Linear, open to 0.5 inch, smooth surface with siliceous coating and clay filling 832 N20E 79W Curved, slightly open, slightly rough surfaces with siliceous coating and occasional iron oxide stain 833 N16E 81W Linear, tight, slightly rough surface with siliceous coating and clay filling 834 N1SE 61W Slightly sinuous, open to 3 inches, very rough surface with crystalline quartz coating and white clay filling, heavy iron oxide stain 835 N67E 09E Linear, slightly open fractured zone, less than 4 inches wide, moderately weathered, rough surfaces . with heavy iron oxide s~ain and gray clay filling (till) 836 N21E 79W Linear, slightly open, slightly rough surface, siliceous coating, clay filling, and occasional iron oxide stain 837 N34E 70W Linear, tight to slightly open, slightly rough surface with occasional iron oxide stain 838 N12E 67W Slightly sinuous, slightly open to tight, rough surfaces with siliceous coating 839 N32E 71W Linear, open to 0.5 inch, rough surface with crystalline quartz coating, clay filling and occasional iron oxide stain 840 N43E 77W Linear, slightly open, slightly rough surfaces with crystalline quartz coating and clay filling 841 N07E 49W Linear, tight to slightly open, smooth surfaces, clean 842 N05W 81W Slightly sinuous, open, slightly rough surface with occasional siliceous coating and clay filling 843 NIOE 78W Sinuous, slightly open, rough surfaces with siliceous coating and occasional clay filling 58 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 844 N33E 87E Linear, open, rough surface with occasional white clay filling 845 N20E 81W Linear, tight to slightly open, slightly rough surface with occasional siliceous coating and slight iron oxide stain 846 N13E 80W Sinuous, open to 0.5 inch, slightly rough to smooth surfaces with clay filling and occasional iron oxide stain 847 NIOE 90 Sinuous, open to 1 inch, slightly rough surfaces, filled with severely weathered gneiss and clay 848 N20E 70E Linear, moderately weathered contact zone between gneiss and pegmatite intrusion, zone 2 to 6 inches wide, very rough surfaces, heavy iron oxide stain and occasional seams of clay 849 N2IE 79W Linear, tight to slightly open, very closely spaced joint set, zone le~s than 2 feet wide, smooth to slightly rough surfaces with heavy iron oxide stain 850 N5E-N25E 70-85E Moderately to severely weathered, highly fractured zone, 4 inches to 2 feet wide, fractures rehealed with quartz filling and drusy quartz coatings, heavy iron oxide stain, no displacement apparent on wall, see joints 2282 and 2295 on floors. Discharge Tunnel 851 NODE 13E Linear, smooth to slightly rough, slightly open, clean 852 Horiz. 00 Linear, smooth, open, moderate iron oxide coating 853 N68E 25E Arcuate, rough, tight, filled with 1 in pegmatite 854 N60E 09E Linear, tight, smooth, minor iron stain 855 N08W 07E Arcuate, smooth to slightly rough, slightly open, clean 59 of 76
HNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 85& N28W 17W Linear, smooth, clean, tight 857 N16W 74W Linear to slightly irregular, slightly rough, tight, clean 858 N62E 30W Linear, rough, tight, filled by 1/2 in pegmatite 859 N02W 14E Linear, smooth, tight, clean 860 NSOW 62N Linear, smooth, tight, moderate iron stain 861 N85E 16N Linear to slightly irregular, smooth to slightly rough, slightly open, clean 862 N56E 04W Slightly irregular, smooth, clean, tight 863 N19W 15E Slightly irregular, rough, slightly open, clean 864 N80E 17N Slightly irregular, smooth, tight, slight discoloration of feldspars 865 N09E lOW Linear, smooth, tight, clean 866 N73W 19S Arcuate, smooth, slightly open, minor discoloration of feldspars 867 N72E 56S Arcuate, smooth to slightly rough, tight, minor discoloration of feldspars 868 N12E 07E Linear, smooth, tight, some discoloration of feldspars 869 N77W 55S Linear, tight, smooth, moderate weathering 870 N52W 64S Slightly irregular, smooth, tight, moderate iron o?'ide 871 N49W 29N Linear, smooth, tight, clean 872 N18W 21E Linear, smooth, tight, slight discoloration of feldspars 873 N48W 06N Linear, smooth, tight, slight discoloration of feldspars 874 N45W 28E Irregular, slightly rough, clean, slightly open 60 of 76
l1NPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 875 N15W BOE Irregular, smooth, tight, clean 876 N02W 30E Slightly irregular, slightly rough, tight, minor iron oxide 877 N74W 36S Irregular, smooth, tight, minor iron oxide 878 N80E 62S Slightly irregular, smooth, tight to slightly open, heavy iron oxide 879 N78E S2S Irregular, smooth, tight to slightly open, heavy iron oxide 880 N52W 37N Planar, smooth, heavy iron oxide, last rock surface exposed 881 N10W 05E Linear, smooth, clean, tight 882 N85E 15N Linear, smooth, clean, tight 883 N65W 08N Linear, smooth, tight, moderate iron oxide 884 N30E 61E Linear, smooth, open, slight weathering of feldspars 885 N4SW ION Linear, smooth, tight, moderate to severe weathering along foliation about 1 ft wide 886 N46W 12N Linear, smooth, slightly open, clean 887 N60W 07N Slightly irregular, smooth, clean, slightly open 888 N13W 8SE Slightly irregular, smooth, tight to slightly open, minor iron oxide 889 N40W 19E Linear, smooth, tight, minor discoloration of feldspar 890 N85E 19N Linear, smooth, tight, clean, minor discoloration of feldspar 891 N70E 47N Linear, smooth, slightly open, minor iron oxide 892 N90W 23N Linear, smooth, clean, tight 893 NOSW 49W Slightly irregular, smooth, clean, tight 61 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 894 N4lE 47E Linear, smooth, open, moderate discoloration 895 N37E 23W Linear, smooth, open, slight discoloration 896 NIOE 75W Linear, smooth, minor chlorite and iron oxide 897 N52W 66N Linear, smooth, clean, tight 898 N45W 25N Irregular, smooth, clean, open 899 N2lW 19E Linear, smooth, clean, open 900 N40W 25E Linear, smooth, clean, tight 901 N75W 34N Linear, smooth, slightly open, minor iron oxide 902 N30E 42W Linear, smooth, clean, tight 903 N57W 2SN Several closely spaced discontinuous joints, smooth, open, moderate weathering and iron stain 904 N7SE 32N Slightly irregular, slightly rough, open to 1.0 in, soil filled 905 N88E 84N Curvilinear, smooth, slightly open, minor iron oxide 906 N5SE 395 Linear, slightly rough, open, crystal growth on surface, minor soil filling 907 N38E 48E Linear, rough, open, minor iron stain 908 N47E 305 Linear, rough, clean, tight 909 N74E 635 Curvilinear, rough, open, minor iron oxide 910 N7SW 87N Linear to slightly irregular, smooth, tight, moderate iron stain 911 N79W 48N Linear, smooth to slighly rough, tight, moderate iron stain 912 N20E 47E Linear, smooth, tight, clay coated 913 N90E 87N Linear, smooth, open, minor weathering 914 N82W 825 Linear, smooth, open, minor iron stain 62 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Nuinber strike Remarks 915 N59E 475 Linear, smooth, slight iron stain 916 N48E 555 Linear to slightly irregular, smooth, slightly open, white siliceous filling 917 N02W 24E Linear, smooth, tight, clean, minor discoloration 918 N86W 67N Slightly ~rregular, smooth, tight, minor iron stain 919 N14W 80W Planar, smooth, open to 1/4 in, moderate iron stain, minor discoloration of feldspars 920 N84W 87N Planar, smooth, tight, moderate iron oxide 921 N01E 73W Planar, smooth, tight, minor iron stain 922 N08W 77W Slightly irregular, smooth, tight, moderate iron stain and weathering of feldspars 923 N08W 73W Slightly irregular, smooth, tight, minor green mineralization 924 N82E 375 Undulatory, smooth, open to 1/2 in, minor iron stain 925 N76W 655 Linear, smooth, slightly open, minor iron stain 926 N88E 50S Slightly curved, smooth, tight, slight weathering of feldspars 927 N72E 565 Slightly curved, smooth, tight, slighly weathered 928 N10W 84W Slightly curved, smooth, slightly open, minor green and white filling 929 N55W 14N Curvilinear, smooth, tight, slight iron stain 930 N87W 755 Linear, smooth, tight, slight weathering and iron stain 931 N6SE 475 Linear, smooth, slightly open, moderate weathering, minor iron stain 932 N65W 655 Slightly curved, smooth, tight minor iron stain 63 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 933 N02W 60W Linear, smooth, open to 1.0 in, moderate weathering and iron stain 934 N12W 87E Linear, smooth, slightly open, moderate weathering 935 N68W 90 Linear, smooth, tight, slight iron oxide 936 N65W 18S Linear, smooth, open, moderate iron oxide stain 937 N81W 25N Slightly irregular, smooth, open to 2.0 in, heavy weathering 938 N85E 21N Slightly irregular, smooth, open to 2.0 in, heavy weathering 939 N02W 19E Slightly irregular, smooth, tight, heavy weathering 940 N15W 72W Irregular, smooth, tight, severe weathering along joint to clay 941 N68W 30N Slightly irregular, slightly rough, tight, biotite filling 942 N15W 83W Linear, smooth, open to 1.5 in, minor discoloration of feldspar 943 No reading Linear, smooth, slightly open, slight discolora-obtainable tion of feldspars 944 No reading Irregular, smooth, slightly open, minor dis-obtainable coloration of feldspar 945 N55E 25S Slightly irregular, smooth, clean, tight 946 N55E 25S Slightly irregular, smooth, open to 1/8 in, moderate weathering of feldspars 947 No reading Slightly irregular, smooth, slightly open, mod-obtainable erate weathering of feldspars 948 N20W 08E Slightly irregular, slightly rough, open to 1/2 in, moderate weathering of feldspars 949 N66W 21N Linear, slightly rough, open to 1/2 in, moderate to heavy weathering of feldspars 64 of 76
I1NPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 950 N12W 38W Curvilinear, slightly rough, slightly open to 1/2 in, moderate weathering 951 N64W 27S Irregular, smooth, tight, slight weathering 952 N71W 28S Linear, smooth, tight, slight weathering 953 N05W 88W Linear to slightly curved, smooth to slightly rough, tight, clean, pink stain to 2.0 in wide 954 Nl3E l8W Linear, smooth to slightly rough, open, clean, pink stain to 2.0 in wide, minor seepage at floor 955 N72W l6N Linear, smooth, moderate to severe weathering, open, feldspars discolored 956 N64W 63N Slightly irregular, slightly rough, open to 1/4 in, minor iron oxide staining 957 NOSW 43SW Same as floor joint 2781 958 N73E 80S Straight, slightly rough, tight, clean, very minor iron oxide staining 959 NOSE 8SNE Straight, smooth, filled with soft light green siliceous material to approximately 1/4 in, moderate iron oxide staining 960 N20W 865 Straight, smooth, tight, clean, very minor iron oxide staining 961 N4SW 86N Straight, smooth, tight, clean 962 N08E 78NW Straight, smooth, slightly open with thin siliceous coating, moderate iron oxide staining 963 NOlW 77NE Straight slightly irregular, smooth to slightly rough 964 N06E SSNW Straight, smooth, tight, clean, moderate iron oxide staining 965 Nl6W 84S straight, smooth to slightly rough, open to 1/4 in, clean, minor iron oxide staining 966 N08E 78N Same as floor joint 2802 65 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 967 N10E 61N Same as floor joint 2806 968 N16E 83N Straight, smooth, tight, minor iron oxide staining 969 N69E 72S Straight, smooth to slightly rough, open at top to 1/2 in, iron oxide staining 970 N06E 65NW Straight, smooth, tight, clean 971 NOIE 64NW Straight, smooth, tight, clean 972 N15E 79NW Straight, smooth, tight, clean 973 N66E 85W Straight to slightly irregular, smooth, open to 1/4 in, light green siliceous coating, minor iron oxide staining 974 N06W 88E Straight to curvilinear, smooth to slightly rough, tight to slightly open, thin siliceous coating and quartz filling to 1 in, discontinuous set of six joints, heavy iron oxide staining, same as floor joint 2817 975 NI0E 765 Similar to 974, same as floor joint 2818 976 NOS 77W Similar to 974, same as floor joint 2818 977 N03E 80W Straight, smooth, open to 1 in, clay siliceous filling and crystalline quartz filling to 1 1/2 in, heavy iron oxide staining, same as floor joint 2819 978 NIOW 86S Straight, smooth, thin siliceous coating 979 N01W 85S Straight to irregular, smooth to slightly rough, tight with siliceous infilling to 1/16 in, moderate iron oxide staining 980 N08W 89W Straight, smooth, open to 1/4 in, clean, minor iron oxide staining 981 N03W 89E Straight, smooth, tight, clean, minor iron oxide staining 982 N32E 83S Straight to slightly irregular, smooth, tight, clean, minor iron oxide staining 66 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 983 N10E 725 Straight, smooth, tight, clean 984 N23E 53N Straight, smooth, tight, clean, minor iron oxide staining 985 N48E 075 Irregular, smooth to slightly rough, tight, clean, minor iron oxide staining 986 N-5 72E Straight to slightly curved, smooth, tight, thin siliceous coating, minor iron oxide staining 987 Nl7W 83N Straight, smooth, tight, clean 988 N78W 865 Slightly irregular, smooth to slightly rough, tight, clean! minor iron oxide staining 989 Nl2W 425 Same as floor joint 2781 990 NIlE 6sW Curvilinear, smooth to slightly rough, open to 1/4 in, clean 991 N01E 76E Straight, smooth, tight, clean, set of 3, 8 in apart 992 N86W 84N Slightly irregular, smooth to sligtly rough, tight clean 993 N03E 80E Straight, smooth, tight, thin siliceous coating, set of 3, 3 to 5 in apart 994 N08E 83E Straight, smooth, tight, thin siliceous coating, set of 3, 2 to 6 in apart 995 N2sE 74E Straight, smooth, tight, clean 996 N83W 795 Arcuate, slightly rough, tight, clean 997 N1sW 88N Straight, smooth, tight, thin slight green soft siliceous coating 998 N1sE 85N Straight to en echelon, smooth, tight, thin siliceous coating 999 N18E 89NW Straight, smooth, slightly open, light green coating, irregular set of 6, 1 to 4 in apart 67 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 10QO N55W 90 Straight, smooth to slightly rough, open to 3/4 in, soft weathered siliceous fill to 3/4 in, heavy iron oxide staining 1001 N20E 76NW Straight, smooth, tight, clean, minor iron oxide staining 1002 N13E 77NW Straight to curved, smooth to slightly rough, open to 1 in, soft weathered light green fill up to 1 Lr, 1003 N16E 72NW Straight, smooth, open to 1/2 in, light gree~ soft weathered fill to 1/2 in 1004 NSOW 81S Straight to undulatory, smooth, clean, forms face of excavation 1005 N12E 75NW Straight, smooth, open to 1/4 in, clean, iron oxide staining 1006 N1SE 82NW Straight, smooth, tight t clean, iron oxide staining 1007 N10E 72NW Staight, smooth, open to 1/4 in at top, clean, minor iron oxide coating 1008 N06E 78NW Straight t smooth, open to 1/8 in, clean t moderate iron oxide staining 1009 NIlE 87NW Straight, smooth t open to 1/8 in, soft, light green siliceous fill, very minor iron oxide staining 1010 NOSE 80NW Straight to slightly irregular, smooth, zone of quartz crystals, light green clay and rock fragments up to 1 in wide no offset detected t 1011 N12E 72NW Straight, smooth, tight, clean, minor iron oxide staining 1012 N03W 84NE Straight to slightly irregular and discontinuous, smooth, open to 1/8 in, occasional light green coating, minor iron oxide staining 68 of 76
HNPS-3 FSAR TABLE 2.5.~-7 (Cont) Joint Number Strike Remarks 1013 N10E 80SE Zone of closely spaced fractures and discontinuous joints 1 to 6 in wide, smooth, tight to open 1/8 in, some surfaces filled with soft green siliceous material, minor iron oxide staining 1014 N05E 82SE Straight to slightly irregular, smooth to slightly rough, open to 1/4 in, soft green coating to 1/8 in 1015 N13E 87SE Straight to slightly irregular, 1/4 to 3 in zone of gouge, rock fragments with quartz crystals growing on both surfaces of joint, smooth apparent offset of 1.0 ft on vertical face with west side down 1016 N13E 82NW Zone of fractured rock and discontinuous joints, gouge material from 4 to 8 in wide in main zone of movement, abundant clay, drusy quartz and crystals, microcrystalline black zone of mineralization up to 3/8 in wide on actual fault surface, unable to determine amount or direction of offset. Several small left lateral offsets between joints 1015 and 1016. Same as floor joint 2819 1017 N21E 79NW Straight, smooth, thin siliceous coating, tight, fresh, no offset 1018 N10E 85NW Straight, smooth, open to 1/8 in, fresh 1019 NIOW 86SW Straight, smooth, open to 1/4 in, clean, minor iron oxide stain 1020 N50E 84NW Straight, smooth, open to 1/4 in, clean 1021 E-W 04S Slightly irregular, slightly rough, tight, thin weathered siliceous material 1022 N44E 76SE Straight to en echelon, smooth to polished, tight, white siliceous coating 1023 N~*'": 75SE Straight, smooth, tight to slightly open, clean 1024 N55E 82SE Straight, smooth, tight to open 1/4 in, clean, very minor iron oxide stain 69 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 1025 NS2E 80SE Straight, smooth, tight to open 1/8 in, thin siliceous coating 1026 N05E 67SE Straight, en echelon with 4 joints at 10 in spacings, smooth surfaces, tight, white siliceous coating, moderate iron oxide staining 1027 N2SW 08NE Irregular, rough, tight to open 1/4 in, heavily weathered, heavy iron oxide stain 1028 N19E 66SE En echelon with 3 joints at 4 in spacings, slightly rough, tight moderate iron oxide stain 1029 N1SE 84NW Irregular, rough, open 1/8 to 1/4 in, clean 1030 N14E 88SE Straight, en echelon with 3 joints at 6 in spacings, smooth, tight, clean 1031 N12E 76SE Very straight, smooth, tight, clean 1032 N01E 83SE Straight to slightly irregular, rough, tight to open 1/8 in, minor iron oxide staining 1033 N15E 80SE Straight, smooth, tight, heavy iron oxide stain 1034 NIlE 66NW Straight to slightly arcuate, smooth, tight, heavy iron oxide stain 1035 N04E 79SE Straight, en echelon with 8 to 10 joints at about 3 in spacings, smooth but disjointed surfaces, tight, yellow-white siliceous coating, minor iron oxide stain 1036 N35W 35NE Irregular, rough and broken surface, tight to open 3/8 in, clean, approxiamtely concordant to foliation 1037 N20E 83SE Straight, smooth, open 1/8 to 1/2 in, minor iron oxide stain 1038 N80W 07N Irregular, slightly rough, tight, iron oxide stained 1039 NI0E 76SE Straight to en echelon, smooth, tight, minor iron oxide stain 1040 N23E 76SE En echelon with 4 joints spaced at 3 in, slightly rough, tight, clean 70 of 76
HNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Dip Remarks 1041 N30E 81SE Straight, en echelon, with 4 joints spaced at 3 in, slightly rough, tight, clean 1042 NI0E 88SE Straight, smooth to slightly rough, open 1/8 in and infilled, yellow-brown siliceous coating, quartz stringers show 3 in offset, slickensides indicate normal faulting with last block down, 1 thin stringer and a 2 to 3 in thick pegmatite vein shows no displacement near top of south wall, traceable to north wall, same as floor joint 2894 1043 NI8E 88SE Straight to slightly irregular, slightly rough, tight, clean, minor iron oxide stain 1044 NI7E 86SE Straight, smooth, open 1/8 in, filled with grey-green, soft, K-spar clay 1045 N-S 65W Straight, smooth, tight ,to open 1/16 in, minor iron oxide staining 1046 N08E 70NW Straight, smooth, tight to open 1/4 in, yellow-white to green-grey siliceous coating, minor iron oxide stain, quartz stringers show 1/2 in displacement at base of south wall but no offset near top of wall. Same as floor joint 2899. Offset not evident along floor 1047 NIOE 63NW Straight, rough, tight to open 1/8 in, white siliceous coating, iron oxide stain 1048 NIlE 74NW Slightly irregular, smooth to slightly rough, tight, clean 1049 NIlE 84NW Slightly irregular, slightly rough, tight, clean 1050 N02W 76W Irregular, rough, tight to open 1/8 in, clean 1051 NI2W 64SW Straight, irregular, tight, clean 1051A N62W 77SW Straight to slightly irregular, slightly rough, very tight, clean, 2 in quartz vein along most of south end 1052 N52W 15NE Irregular, rough, tight, clean 71 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cont) Joint Number Strike Remarks 105-3 N54W lINE Straight to arcuate, slightly rough, tight, clean 1054 N66W lONE Irregular, slightly rough, tight, clean 1055 N24W l4NE Straight, slightly rough, tight, clean 1056 N07W 07NE Irregular, rough, tight, clean 1057 N83W 08N Straight, slightly rough, tight, clean 1058 N30W 90 Straight, occasionally stepped, slightly rough, tight, minor iron oxide stain 1059 N12W lINE Straight, slightly rough, tight, clean 1060 N21W 25NE Slightly irregular, slightly rough, tight to open 1/4 in, clean 1061 N13W 83SW Straight, occasionally en echelon with 3 joints spaced at 3 in, smooth, tight to open *1/8 in, filled with pink, soft, siliceous coating 1062 horizontal Straight, slightly rough, tight, clean 1063 N06W l8NE Straight, slightly rough, tight, clean 1064 N16W 75SW Straight, smooth, tight, minor iron oxide stain. Same as floor joint 2880 1065 N2lW 09NE Slightly arcuate, rough, tight clean 1066 N26W 75SW Slightly arcuate, en echelon, set of 3 to 4 spaced 4 in, smooth, open 1/8 in, pink, soft clay filling 1057 N07E l5NW Stright, slightly rough, tight, clean 1068 NIOE lISE Irregular, rough, tight, clean 1069 N15W lINE Arcuate, slightly rough, tight, minor iron oxide stain 1070 N04E 7ISE Irregular, slightly rough, tight, clean 1071 N3lW l2NE Slightly irregular, slightly rough, tight to open 1/8 in, clean 72 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Dip Remarks 1072 N45W 67SW Straight, smooth, tight, minor pink siliceous coating, iron oxide stain 1073 N18W 84SW Straight, smooth, tight, iron oxide stain 1074 N44E OSSE Straight to slightly curved, slightly rough, tight, clean 1075 horizontal Straight, slightly rough; tight, clean 1076 N20E 08NW straight to arcuate, slightly rough, tight, clean. Same as floor joint 2872 1077 N68W 09NE Arcuate, smooth, tight, clean 1078 N12W 16NE Straight, slightly rough, tight, clean 1079 N40W 68SW Straight, smooth to slightly rough, tight to open 1/8 in, soft pink siliceous coating, minor iron oxide stain. Forms large, face 1080 N40W 71SW Straight to curved, smooth to slightly rough, tight, minor iron oxide stain. Forms large, face 1081 N13E 07SE Arcuate, rough, tight, clean 1082 N83E 13S Straight, slightly rough, tight, clean 1083 N18W 13NE Straight, slightly rough, tight, clean 1084 N35E 12SE Straight, slightly rough, tight, clean 1085 N58W 66SW Straight, smooth, tight, iron oxide stain 1086 1087 N59E 20SE Curved, slightly rough, tight, clean 1088 N38E 67NW Straight, en echelon, 2 joints 6 in apart, smooth, light pink siliceous infilling, minor iron oxide staining 1089 NSOW 74SW Straight, smooth, tight, iron oxide stain 1090 N20E 35NW Straight to curved, slightly rough, tight, very minor iron oxide stain 73 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 1091 N42E 04SE Slightly irregular, slightly rough, tight, minor iron oxide stain 1093 N47W 09NE Slightly irregular, slightly rough, tight, clean 1094 NS2W lBNE Arcuate, slightly rough, tight, clean 1095 horizontal Straight, slightly rough, tight, clean 1096 N37W 06SW Straight, sligtly rough, tight, clean 1097 NOSE 30SE Irre~~lar, rough and broken, tight to open 1/2 in, iron oxide stain 1098 N04E 7BSE Straight, smooth, pink siliceous coating, iron oxide stain 1099 N36E 14SE Slightly irregular, rough and broken, tight, open to 1/4 in, iron oxide stain 1100 N03E l7SE Straight, rough, open 1/2 to 1 in, clean 1101 number not used 1102 N70W ISS Straight with one 30° turn, slightly rough, tight, clean, occurs along 1 1/2 in pegmatite vein 1103 N-S OBE Straight to slightly irregular, slightly rough, tight, clean 1104 horizontal Slightly arcuate, slightly rough, tight, iron oxide stain 1105 NIOE OSSE Straight to slightly irregular, slightly rough, tight, minor iron oxide stain 1106 NBOW 19N Straight to slightly arcuate, slightly rough, tight, minor iron oxide stain 1107 N12W 86SW Irregular, slightly rough, tight to open l/B in, very minor iron oxide stain 110B N13W 81SW Irregular, rough, tight, clean 1109 N55W 04SW Arcuate, slightly rough, tight, clean 74 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Dip Remarks 1110 N20E 07SE Slightly irregular, rough, tight, clean 1111 N09W 06NE Straight, slightly rough, tight, clean 1112 N16W 85SW Straight, slightly rough, tight, clean 1113 N04E lOSE Straight, smooth to slightly rough, tight, clean 1114 N24W 74SW Slightly irregular, slightly rough, tight to open 1/4 in, minor iron oxide stain 1115 N70E 10NW Irregular, rough, open 1/4-1/2 in, clean 1116 N09E 63NW Straight, smooth, tight, moderate iron oxide stain 1117 N09E 63NW Straight, smooth to slightly rough, tight to open 1/8 in, clean 1118 E-W 84N Arcuate, slightly rough, open .1/4 in, iron oxide stained 1119 NS1W 08SW Slightly irregular and stepped, tight, heavy iron oxide stained 1120 N86E OSSE Straight, smooth, tight, iron oxide stain 1121 N07~ 61NW Straight, slightly rough, tight, iron oxide stain 1122 NI0E 63NW Straight but occasionally stepped 2 to 3 in, slightly rough, tight, iron oxide stained 1123 N64W 84SW Straight, smooth to slightly rough, iron oxide stained 1124 N1SE 69E Straight to curvilinear, smooth to slightly irregular, moderate iron oxide coating, glacial striae on surface 1125 N21E 83NW Straight, smooth, clean with some soil filling, open to 1/4 in, minor iron oxide 1126 N32E 87NW Straight to slightly curved, smooth, clean, minor iron oxide 75 of 76
MNPS-3 FSAR TABLE 2.5.4-7 (Cant) Joint Number Strike Remarks 1127 NSOW 85SW Straight, smooth, clean, minor iron stain, set of 2 (8 in apart)
All readings listed are with respect to Site Grid North 76 of 76
I1NPS-3 FSAR TABLE 2.5.4-8 LIST OF FOLIATIONS - FINAL GRADE WALLS OF STRUCTURES* Foliation Attitude Number strike Dip 1 N60W 47NE lA N34W S4NE 2 N4SW 40NE 3 NSOW 64NE 4 N5SW 60NE 5 N62W 4SNE 6 N50W 4SNE 7 NS6W SONE 8 N49W 44NE 9 N2SW 40NE 10 N42W 46NE 11 N55W 48NE 12 N44W 57NE 13 N32W 34NE 14 N40W 40NE 15 N60W SINE 16 NS9W 52NE 16A N50W 40NE 17 NS9W 43NE 18 N60W 47NE 19 N39W 55NE 19A NSSW S8NE 20 N33W 52NE 21 N64W 48NE 22 N77W 50NE 23 NS9W 43NE 24 N71W 61NE 25 NSOW 43NE 26 N40W SONE 27 N30W 45NE 28 N35W 42NE 29 NS8W 55NE 30 N58W 55NE 31 N76W 45NE 32 N69W 69NE 1 of 2
HHPS-3 fS~.R TABLE 2.5.4-8 (Cant) Foliation Attitude Number Strike Dip 33 N6SW 44NE 34 N78W 54NE 3S N67W 47NE 36 N68W 41NE 37 N65W 41NE 38 N50W 32NE 39 N51W 47NE 40 N89W 45NE 41 N55W 52NE 42 N40W 45NE 43 N59W 55NE 440 N42W 32NE 443 NIIW 60E 447 N8SW 56N 448 N72W 4SN NOTE:
All readings are with respect to Site Grid North.
2 of 2
HNPS-3 fSAR TABLE 2.5.4-9 LIST OF SLICKENSIDES - FINAL GRADE WALLS OF STRUCTURES* Slickenside Joint Plane Slickenside Numb-er Number Strike Dip_ _ Bearing Plunge(~eg) 1 27 N04W 555~~ N79W 54 lA F-IA N34W 54NE N61E 54 2 113 NI0E 84NW N68W 84 3 122 N09E 585E 587E 58 4 133 N06E 82NW N79W 82 5 141 N15E 60WNW N81W 60 6 173 N07E 595E 572E 59 7 232 NIOE 685E 580E 68 8 F-18A N70W 64ENE N26E 64 9 258 N13E 46E5E N8SE 45 10 292 N04W 67NE N74E 66 11 313 N25E 75WNW N80W 73 12 F-21 N64W 48ENE NB5E 30 13 368 N15E 74WNW 575E 74 14 358 N04W 725W N70W 70 15 374 N16W 50ENE N83E 50 16 378 N14E 08WNW N80W 08 17 385 N03E 81E5E N78E 81 18 391 N20W 81W5W 550W 80 19 393 N08W 46W5W N79W 44 20 395 N05W 83ENE N48E 82 21 422 N07E 51WNW N81W 50 22 423 N06W 85NE N87E 85 23 minor plane N03W 655W 546W 58 within T-2 24 minor plane N32W 45ENE 541E 10 within T-2 2S 473 N55E 85WNW N35W 85 26 474 N06E 695E 500E 14 27 516 N12E 59WNW N70W 59 28 518 NI0E 89NW NIOE 76 29 523 NI0E 74WNW N85W 74 30 546 N22E 44ESE 1"185E 41 31 585 NOIE 58NW 573W 56 32 600 NOIE 52NW N80W 52 1 of 2
HNPS-3 fSAR TABLE 2.5.4-9 (Cant) Slickenside Joint Plane Slickenside Number Number Strike Dip Bearing Plunge (deg) 33 F-34 N78W 54ENE NOOE 54 34 613 N12E 65HNvJ N67W 64 35 not numbered N01E 7lSE SOlE 04 36 736 NIOE 67E N88W 67 37 780 NOOE 64E N90E 64
All readings listed are with respect to Site Grid North.
2 of 2
r-nJPS-3 FShR TABLE 2.5.4-10 ROCK COMPRESSION TEST RESULTS Unconfined Compressi.ve Boring Depth Type of Density Strength No. (ft) Rock (lb/cu ft) (lb/sq in) 302 65 Gneiss 166 4,061);: 302 66 Gneiss 165 5,040* 303 28 Gneiss 165 10,281 304 75 Gneiss 168 12,530 305 68 Granite 158 13,814 305 76 Gneiss 162 12,579 305 90 Gneiss 161 13,726 305 105 Gneiss 165 11,823 305 117 Gneiss 168 11,516* 309 33 Granite 156 13,136 313 60 Gnej.-::;s 167 9,064 NOTE:
Sample had initial visible crack, and failed along crack line.
1 of 1
m*JPS-3 FSr.K ThBLE 2.5.4-11 DIRECT SHEAR TEST RESULTS FR0!1 JOINT AND FOLIATING SURFACES Normal Peak Shear Final Shear Peak Residual Sample Stress Stress Stress No. _(psi) (psi) (psi) ( deg) (de g)_ Joints 1 (B305) 50 47.2 29.4 43.4 30.5 100 84.5 62.3 40.2 31.9 200 150.3 133.7 36.9 33.8 2 (B305) 50 55.3 36.0 47 9 35.8 100 79.8 74.4 38.6 36.6 200 147.5 129.6 36.4 32.9 3 (B305) 50 49.5 27.7 44.7 29.0 100 86.3 61.1 40.8 31.4 200 149.6 124.5 36.8 31.9 4 (B317) 50 37.1 33.1 36.6 33.5 100 75.0 68.4 36.9 34.4 200 152.9 146.2 37.2 36.2 6 (B317) 50 46.9 32.8 43.2 33.3 100 88.7 52.1 41.6 27.5 200 189.1 138.1 43.4 34.6 Foliation 8 (B317) 50 44.7 34.6 41.8 34.7 100 77.7 71.9 37.8 35.7 200 138.7 127.6 34.7 32.5 9 (B305) 50 45.9 42.3 42.6 40.2 100 83.9 80.0 40.0 38.7 200 158.2 131.0 38.3 33.2 10 (B305) 50 30.0 28.7 31.0 29.9 100 62.2 62.0 31.9 31.8 200 127.6 127.2 32.5 32.5
HNPS-3 FSAR TABLE 2.5.4-13 NATURAL HATER CONTENTS OF SPLIT SPOON SAl1PLES Water Boring Sample Content No. Haterial No. (%) 307 Basal Till 2 11.6 Basal Till 3 12.5 Basal Till 4 8.6 311 Ablation Till 2 8.8 Basal Till 3 8.2 Basal Till 4 7.8 Basal Till 5 6.7 Basal Till 6 8.5 314 Ablation Till 2 8.8 Basal Till 4 8.4 Basal Till 5 7.4 Basal Till 6 9.0 Basal Till 7 9.6 316 Ablation Till 2 15.8 Ablation Till 4 9.4 Ablation Till 6 10.4 318 Ablation Till 2 5.9 Ablation Till 4 9.1 Basal Till 6 8.6 Basal Till 8 10.9 Basal Till 10 8.7 1-2 ArtificiaL Fill 2 3.4 Artificial Fill 4 16.5 Artificial Fill 5 17.6 Ablation Till 7 23.3 Basal Till 9 13.7 Basal Till 11 10.8 1 of 1
11NPS-3 FSAR TABLE 2.5.4-16 SUMI1ARY OF WATER PRESSURE TEST DATA Depth and Maximum Maximum Boring Range of Pressure Water-Take No. Zone Tested (psi) (gpm) DT-2 20-25 28 1.3 25-30 30 3.6 30-35 32 1.2 35-40 37 0.2 40-45 39 12.0 45-50 36 11.6 50-55 44 0.3 55-60 46 3.8
&0-65 60 0.7 65-70 52 10.0 70-75 64 0.1 75-80 66 0.4 80-85 68 0.1 85-90 70 Less than 0.1 90-150 72 1.5 304 48-75 47 2.0 43-48 49 0.7 60-65 62 0.0 65-75 64 2.1 405 35.2-40.6 58.4 0.0 29.8-35.2 44.3 Less than 0.1 24.4-29.8 39.0 0.6 19.0-24.4 31.0 Less than 0.1 13.&-19.0 25.0 Less than 0.1 1 of 1
HNPS-3 FSAR TABLE 2.5.4-17 GROUNDWATER OBSERVATIONS Groundwater Boring/ Depth Elevation Piezometer No. Date Measured (ft) (ft) 301 12-14-71 9.0 19.4 12-15-71 8.0 20.4 302 12-22-71 10.5 17.7 01-14-72 10.5 17.7 01-20-72 10.4 16.8 303 12-17-71 7.5 21.8 01-07-72 6.2 23.2 01-13-72 6.4 22.9 01-20-72 3.9 25.4 02-18-72 8.0 21.3 02-23-72 8.0 21.3 07-14-72 6.5 22.8 10-26-72 7.5 21.8 10-31-72 7.2 22.1 11-02-72 7.8 21.5 11-03-72 5.6 23.7 11-07-72 7.6 21.7 11-09-72 5.5 23.8 11-15-72 5.7 23.6 11-17-72 7.0 22.3 11-20-72 6.4 22.9 11-24-72 6.9 22.4 11-28-72 3.6 25.7 12-01-72 3.0 26.3 12-04-72 5.0 24.3 12-08-72 5.0 24.3 05-23-73 4.8 24.5 07-03-73 5.8 23.4 07-23-73 6.0 23.3 07-31-73 6.0 23.3 09-28-73 7.6 21.7 10-04-73 7.8 21.5 12-07-73 5.2 24.9 304 12-23-71 8.8 19.7 01-07-72 9.0 19.5 1 of 4
MNPS-3 FSAR TABLE 2.5.4-17 (Cont) Groundwater Boring/ Depth Elevation Piezometer No. Date Measured (ft) (ft) 305 12-14-71 9.0 17.2 12-15-71 9.5 16.7 12-17-71 10.0 16.2 12-20-71 10.0 16.2 12-21-71 9.5 16.7 01-07-72 9.2 17.1 306 12-13-71 8.5 15.6 12-15-71 11.5 12.6 307 12-13-71 9.0 19.4 12-16-71 1.1 27.3 01-07-72 9.1 19.3 308 12-17-71 6.7 18.1 07-14-72 9.0 15.8 309 12-09-71 15.0 12.3 12-10-71 10.0 17.3 310 12-24-71 11.5 14.1 01-07-72 8.5 17.1 11-02-72 10.6 15.0 11-03-72 10.5 15.1 11-07-72 10.6 15.0 11-09-72 10.2 15.4 11-15-72 9.7 15.9 11-17-72 9.4 16.2 11-20-72 9.4 16.2 11-24-72 9.2 16.4 11-28-72 9.2 16.4 12-01-72 8.7 16.9 12-04-72 8.8 16.8 12-08-72 8.3 17.3 05-23-73 8.3 17.4 07-03-73 8.9 16.7 07-23-73 8.8 16.8 07-31-73 9.1 16.5 09-28-73 9.8 15.8 10-04-73 9.8 15.8 12-07-73 11.2 14.4 Amendment 2 2 of 4 April 1983
MNPS-3 FSAR TABLE 2.5.4- 17 (Cont) Groun dwater Borin gl Depth Eleva tion Piezom eter No. Date Measured (ft) (ft) 311 12 71 10.4 10.5 01 72 12.3 8.7 01-13 -72 13.5 7.4 01-20 -72 7.5 13.4 02-18 -72 9.0 11.9 '2 11-02 -72 8.4 12.5 11-03 -72 7.5 13.4 11-07 -72 7.9 13.0 11-09 -72 6.0 14.9 11-15 -72 6.1 14.8 11-17 -72 7.0 13.0 11-20 -72 4.2 16.7 11-24 -72 7.2 13.7 11-28 -72 6.5 14.4 12-01 -72 5.4 15.5 12-04 -72 6.6 14.3 12-08 -72 5.9 15.0 05-23 -73 5.7 15.2 07-03 -73 6.1 14.8 07-23 -73 5.5 15.4 07-31 -73 6.0 14.9 312 12-29 -71 10.5 15.4 01-14 -72 10.0 15.9 01-20 -72 11.0 14.9 02-18 -72 9.0 16.9 02-23 -73 8.5 17.4 07-14 -72 7.5 18.4 313 12 71 6.3 16.4 01-07 -72 6.8 16.0 314 12-13 -71 6.4 18.5 12-14 -71 9.5 15.4 315 12-23 -71 11.5 11.8 12-24 -71 11.5 11.8 01-07 -72 9.2 14.2 07-14 -72 9.0 14.3 Amendment 2 3 of 4 April 1983
HNPS-3 FSAR TABLE 2.5.4-17 (Cont) Groundva ter Boring/ Depth Elevation Piezometer No. Date 11easured ~ (ft) 31-6 01-07-72 9.3 6.4 01-14-72 9.0 6.6 01-20-72 7.7 8.0 317 12-24-71 7.3 18.0 01-07-72 8.8 16.6 10-26-72 9.0 16.3 10-31-72 8.2 17.1 11-02-72 9.3 16.0 11-03-72 8.9 16.4 11-07-72 8.7 16.6 11-09-72 8.7 16.6 11-15-72 8.2 17.1 11-17-72 6.3 19.0 11-20-72 8.1 17.2 11-24-72 8.1 17.2 11-28-72 7.8 17.5 12-01-72 7.6 17.7 12-04-72 7.8 17.5 12-08-72 7.6 17.9 05-23-72 7.7 17.6 07-03-63 7.8 17.5 07-23-73 8.1 17.2 07-31-73 7.7 17.6 09-28-73 8.2 17.1 10-04-73 8.3 17.0 12-07-73 8.6 16.7 318 01-12-72 9.8 15.3 07-14-72 8.5 16.5 4 of 4
tlNPS-3 FSAR TABLE 2.5.4- 18 FACTORS OF SAFETY AGAINST LIQUEFACTION OF BEACH SANDS
---: ::-- ---- -Facto rs of Safety From 151 Depth Labor atory Tests Using Mean N1 Using Mean N1 Less 1 Std. Devia tion 10 2.25 3.18 2.15 15 1.88 1.68 1.13 25 1. 52 1.73 1.16 35 1. 26 1.91 1.26 40 1. 25 1.98 1.32 Amendment 15 1 of 1 Septem ber 1985
MNPS-3 FSAR TABLE 2.5.4-1 9 IN PLACE DENSITY TEST AESUL1S ON CATEGORY I STRUCTU BENEATH THE SERVICE WATER INTAKE PIPE ENCASEM RAL BACKf ill ENT
ap Locatio n ~st Coo rd j na t o s Elev
__fJP_ ._ ~orttl --1{e st- .u.U Mo is t u re Conten t l%l Dry Den s i t..Y_.lQ.£fl
' 'ax Ory Dens i t..Y__Leg.U Compac t ion -.l% .L__
1 1200 35U -1 LI. () 6.8 2 137.54 13~.3 102 1206 316 -17.0 8.0 135. 1 135.3 3 1200 3115 100
-9.0 7.2 133.03 135.3 I~ 1200 325 -20.0 ').1 98 138.23 136.7 101 5 1 181 376 -6.5 5.4 13/1. 12 137.5 6 1266 283 -7.33 6.1 97.5 241.1 135.0 13~.3 10n 7 1288 257 -5.83 5.7 143.52 11n . 7 8 1196 366 -1. 25 99.9 5.3 157.36 141. 1 111. 5 Only tests in Catego ry I s t ruc t u ra l backfi ll beneath the service wa t e r intake pipes are here. Tests beneat h the adjace nt circula tinq water reporte d lines may have been u se d in conjun ction witt.
certain lifts placed simulta neousl y, includi ng f i l l placem ent, beneath the service water intake encase ment. Amendm ent 3 1 0f 1 August 1983
MNPS-3 rSM~ TABLE 2.lJ. I'-20 IN-PLACE DENSIT Y nST RESULTS AT CONTHOL AIm EMERG[NCY GENERATOR ENCLOSURr [H) f lD I NGS MllP Test Coordi nfltes Elevat ion Mo i stu r e to (~_._~Q..-, !'l~)7ti~ - - - - *-[nst Ory Max Dry CnmflC lction ( r L) Corll.~al pens i t.'L..lQc r) Ocnsit L1.rill . ___ l%l ___ I4 1 1670 65 (-)7.0 1 1(,70 /'.11 126. 1, 1]2.7
6) (-)6. :> /1. 11 1;>2.7 ')').2 1 1(,70 6'j (-)6. 'j 13?. 7 Y?'j*
1 ~. 1 129.0 1670 (,5 (-)6.0 1.1;'! . 7 () I .? 1 1(i-/O 'j.9 13 11. 5 132.7 65 (-) 'J. 5 6.0 1/11 . 3 1 1670 133.~ 132.7 65 (-)).0 s. IlJlJ.G I 1(,7a 65 ( - )II. 5 /1. ? 1 126.11 132.7 '), .. J. ,
)
1 1670 101.2 1.12. ., If) * () 65 (- )'1.5 5. 11 126.6 ft 1 1670 65 (- )11.0 132.7 96.9 1 1670 6.6 133.1, 132.7 6'.> (-)3.5 II. 9 100.5 1 1670 133.2 132.7 1(1) .11 65 {-) 3. a lj. 3 129.9 1 1()70 (,'j (- )? 5 132.7 97.9 1 1670 G.O 132.2 132.7 1)<).1 6~ ( - )?O ~. '1 1 1610 1/"1.6 132. 7 1fJY. 1 65 (-) 1.0 1r *7 130.7 2 16 1j( ) 90 132. 7 1)8.5 (-)6.0 3.6 122.0 132. 7
? 16 / !) 90 (-)6.0 ri.11 91.9*
1(l'l' () 128. 1 132.7 96.6
;? ;> 16,,0 C)O (-)5.5 <<. () 12"1.5 132.7 96.1 ~J (l (-)5.0 5.6 .)
llilj{J 127.7 132.7 96.7 L 90 ( - )'1.5 3.8 t 3 11. 1 132.7 101.1* *
? 1(,IIlJ ')fI (- )1(.5 ~. 1 2 1Gil(J 121.8 132.7 91.8*
l)ll (- )11. ~ G.O 12/1. 14 132.7
? 16 1(1 93. 7 lit WI (- )11.5 '). 7 127.8 132.7 96.3
7. '
1(1/1f) 90
? 16 1/0
( - ) 'I . (J 5.2 121~. 3 132.7 93.7* 241.3 C)O ( - ) II . () 0.2 12~.3
? 1(,flO 132.7 9 1 . 11*
91l ( - )2. ') ').0 131.6 132.7 ' 2 16 f,O Yo 99.2 (- )2.0 (j,11 130.2 132.7 90.1 2 Hl'W 911 (-) 1. 5 f. n 131 . f4 132.7 99.0 3 16 113 1? 1 (- In. 5 5./1 131. 3 132.7 II 1701 98.9
~n (-) 1. 0 "1.2 132.8 132.7 l(){).O 5 1670 10JI o , 17 5.2 128. 11 132.7
() 163 11 96.6 138 0.17 5.?
-, 1673 155 (-)n.33 G.l 135.6 121.7 132.7 132.7 1II? . 3 n 1639 90. 'I 1~8 0.17 3.9 ~)
131. 9 132.7 99. /1*
1102 1/16.5 0.11 3.7 127.6 132.7 96.2 ....
1ll 1623 88 o , 17 7.2 127.9 132.7 11 1623 96.0 lllfi (J. 17 6.6 1{)7.4 132.7 n 1 . () lit 12 1623 1 ;~ 7 0.17 9.2 1.10.1 13 132.7 Y8.? 1687.5 169 (-) 1. 5 1.0 126.5 135.2 IJl . fI* 1/1
')
f() 1688.5 1635.5 1729 1(;<) 169 (-) 1. 5 (-) 1. 2 l.8 6.5 1.12.3 128./1 13~.2 135.:'> IF). H ()'J .0 122 0.83 (,.0 136. '1 137.. 1 10.1 . .1 I1 172H 123 0.5 (). 1 135.8 132. 1 102.13 1B 1120 B? (J.17 7.0 ruo . 3 132. 1 1()(j . ? 19 1113.5 1 118 2.5 8.2 13~. 7 132. 1 1O?1
~)O 172 11 R2 1.5 8.9 133.6 132.1 1 () 1. 1 Arne ndrne n t II 1 or II Septnrnh f! r: 1911J
MNPS-3 FSAR TABLE 2.5.4-20 (Cont) Map Test Coord ina t e s E I eva t jon Mo is t u re Dry Max Dry Compact ion Loc. No. North. East ( ft) Content l%l Dens i ty (pef) Density (pcr) (%l 21 1721 72 2.17 7.5 135.6 132. 1 102.7 22 1713.5 87 10.67 5. 1 138.73 138.6 100.0 23 1711.5 163 9.67 6.9 1 I~2. 79 138.6 103. 2l~ 1712.5 160 7.67 6.3 139.03 138.6 100. 25 1713.5 I II 1 10.0 6.6 138.68 138.6 100. 26 1711.5 162 8.33 7.2 1'13.66 138.6 1011. 27 1712.5 161 9.0 6.7 137.77 138.6 99. 28 1711.5 76 9.33 6.3 135.96 130.6 98. 29 1712.5 161.5 7.0 6.62 133.79 138.6 97. 30 1712.5 118 8.33 6.8 137.23 136.6 WO. 31 1712.5 88 9.0 5.8 137.78 136.6 101. 32 1712.5 92 7.67 6.7 138.12 136.6 101. 33 1734 161 8. /12 5.5 133.3 137.5 96.9 3/1 1730 114 9.5 5.3 1/0.2 137.5 10 L 1 35 1715 139 11.5 5.2 1 /11 .2 137.5 ' 102.7 36 1750 16 11 4.1.2 5.9 133. 1 137.5 96.8 14 37 1731~ 117 5.25 6.6 136.5 137.5 99.3 38 1777 116 5.83 5. /1 13 11. 6 137.5 97.9 39 1716 120 6.112 5.7 133.3 137.5 96.9 1773 117 7.0 5.1 1'111. 1 137.5 10'1.8
,,1 '10 11 117 1~9 3.0 5.1 137.0 137.5 99.6 '12 17'10 160 3.5 5.2 135.6 137.5 98.6 L~3 1758 101 9.67 6.5 135.84 135.4 100.
II I1 17 /16 96 10.33 6.8 133.83 135. /1 99. 45 17 114 87 11.08 6.7 126.0 135.4 93.
241.3 46 1745 83 11.08 6.0 131.96 135.4 97.
LI7 1760 87 11.67 6. 1 132.88 137.5 97. 1713 71 15.0 6.6 133.46 137.5 97.
'~8 49 1713.5 90 16.33 6.3 133.51 137.5 97.
1711 87 17.67 5.7 135.82 134.-1 101 . 50 100.9 1703.75 179.50 16.75 Ito 9 138.7 137.5 51 98. 1714 82 11.00 6.0 135.97 138.8 52 138.8 101 . S3 1713 9 /t 12.33 5.3 139.91 75 13.58 5.2 136.28 138.8 98. 54 1712.50 101. 1725 101 14.5 6.9 136.01 13'L 1 55 1311. 1 103. 56 1723 78 16.5 5.8 138.02 1157 67 13.83 'LO 127.3 11 134.0 95. 57 i s<<. 0 97. 58 1765 62 1/~ *5 u, 7 130.50 70 15.17 5. /1 130.09 13 r
0 90.
59 1770 ' 60 1775 68.5 12.5 13.17
'I.II. 61 129.8 129. 1 13'1. 0 13/1.0 97.
96. 61 1772 72 68 13.83 4.8 132.'1 1311. 0 99. 62 1772 1]11.0 97.7* 1721 110 12.67 II. 5 130.9 63 131.33 134.0 98. 6 14 1769.5 67 16. 17 4.9 17.25 5.7 138. z13 13 ll.0 103. 65 1770 71 10'1.7 121 11 .33 5.5 140.30 134.0 66 1728.50 1311.0 101 . II 1736 120 13.5 5.3 135.87 67 13LI.75 134.0 100.6 68 1766 61 18. 17 6.0 JUly 1985 Amendment 14 2 of II
MNPS-3 FSAR TABLE 2.5.4-20 (Cant) M<ip Lo c ...._N.Q.* Test coo rd j na t e s No rth Ea.§,t Elevation ( f t ) Mo i s t u re Content (%l Dry Den 5 .L!.;LJ..Q£.fl Max Dry Dens i ty ( pef) Compaction _-.-L%L___. I4 (ll) 1775 96 20.0 3.8 132. 11 138.7 95.2 III 177? lll' 21.17 5.5 126.04 138.7 90.9* 71 1774 115 21.17 6.2 137.02 138.7 98.8 72- 1766 93 23.0 6.5 125.49 138.7 90.5* 73 1779 61 23.0 3.7 134.46 138.7 96.9 111 1758.5 65 22.5 5. 1 127.80 138.7 92.1++ I', 1760.5 72 22.5 5.1 132.89 138.7 9'1.8 II, 1779 73 23.25 5.9 136.3 134.9 1fJ 1. If 1179 83 21.92 6.4 133.9 134.9 99.3 1/\ 1726 94 22.58 5.6 129.3 134.9 95.8 of<) 1778 85 19.0 6.6 139.2 13 /1.9 103.2 8U 1777 80 20.25 6.7 136.3 134.9 101.0 81 1755 90 19.5 6.0 135.7 135.4 100.2 82 1759 78 20.67 6.9 138.8 135.4 102.5 83 17 /15 9:> 22.33 5.6 134.7 135.4 99.5 8 17117 9/~ 23.00 6.9 135.4 135.4 100.0 85" 1748 65 22.92 5.2 129.6 135.4 95.1 86 1710 GO 21.67 6.1 135.0 135.4 99.7 eI 1/48 eo 21 . () 6.3 139. 1 135.4 lfJ2.8 8B 1178 118 18.0 5.8 133.8 135.4 98.l.S 119 111'7. 'j ~W 19.17 7. I) 132.1 135.4 97.6 1.)1) 17 116. ~ 17 20.5 7.0 134. 1, 135.4 99.3
<J J 1/25 6B 19.33 6.1 138.3 135.4 102.1 92 1726 8 11 20.~8 1.2 135.0 135. 1, 99.7 241.3 93 1770 87 18.0 6.5 132.2 135.4 97.6 9/1 1 llll) 62 18.n 'J.9 13 1'.9 134.9 100.
1132 129 16.67 6.7 137. 11 134.9 101.9 95 134.9 10Cl.6 9(, 1 fI,O B3 17.33 5.9 135. I 15.0 6.4 139.3 135.6 102.7 91 1768 98 103.
<;H 1157 ](12 13.5 6.9 139. I 135.6
81) 16.0 1.0 139.5 134.7 103.6 v>> 17')')

6. 1 139. 1 1 31L 7 H13.5 1 ()I) ln6 9/4 17.33 H)/I,a 12.67 6.2 140. 1 1 3/~. 7 WI 1760 86 1oo. 1 C9 13.33 6.8 13 11.8 134.7 10?' 1755 134.7 1n 7.2 1() .~ 1756 8"1 14.67 6.8 144.9 5.0 135.69 134.7 100.7 1()/1 1748 71) 15.0 lfJ3 . 7 76 15.5 II. 8 139.66 134.7 1()~ 1726 134.7 100.5 W() 1739 90 16.0 5.4 135.41 135.37 132.8 1 (J 1 .9 lUI 11115. 50 B5 12.5 5.7 102.6 80 13.0 5.5 136.27 132.8 HJ8 1748. ~lJ 132.8 J 1)2.3 1737.5 95 13.5 6.0 135.80 W9 136 . 61~ 132.8 1 O~~ .9 1Io 1149 90 13.92 5.2 10?O 14.5 5.4 135.52 132.8 1 11 1744 85 134.0 l{J(J. 5 1723 112 11 .83 5.8 134.6 112 11.8 13 11. 5 13 11.9 99. I 1 13 1756 84 22.25 Sep t crnbe r 1983 Amendment 4 3 of II
MNPS-3 FSI\R TABLE 2.5.4-20 (Cont) NO' rs,
1. IWfer' to figure :-'.5.4-54 for r oca t t on of tests.
? BClckfi II for Tests 1-68 and 112 from Romanella; remaining backfi J I from soneco .
3. Re s u l t s as repo r t.ed by SHEC qua I ity Assurance. 241.3
+4 1(J~t failed. Compnc t i on below specified minimum compaction af*95 percent.
I ill reworked to acceptable cond l t i cn s as verified by subsequent tests at same location. Ittl lest. failed. Mois!.ure content va s not 'Within 1 percent of optimum. r i l l r-ewo r-ked to acceptable conditions as verified by subsequent tests at same location. Ame ndme n t 4 4 of 4 Se p t ernhe r 19a3
I'H~P 5 - 3 FSAR TABLE 2.5.4- 21B EI*IERGENCY GENERATOR ENCLOSURE SOIL PROPERTIES WITH STRUCTURE EFFECTS FROM SHAKE ANALYSIS Top of Layer Ele\*a tion Soil Yt Gmax Layer Goy (f t ) Type (pcf) (psi) (psi) 241.4 1 24 Struc ture 2 15 Stru:- ture 3 10 Basal till 145 -r-1.4 x lOs 1.14 x lOs 4 0 Basal till 145 1.4 x lOs 1.10 x lOs 5 -10 Basal till 145 1.4 x lOs 1.05 x lOs 6 -20 Bedro:-k Amend'Tlent 5 1 of 1 November 1983
HNPS-3 FSAR TABLE 2.5.4-22 CONTROL BUILDING SHAKE FREE fIELD SOIL PROPERTIES INPUT Top of Layer Elevation Soil 'Yt Vs (max) lrs ("y) Layer (ft) Type (pcf) (fps) (fps) 1 24 Fill 125 1400 515 2 21 Fill 125 1400 646 241.4 3 18 Fill 125 1400 776 4 15 Fill 125 2000 906 5 12 Fill 125 2000 1037 6 9 Fill 125 2000 1156 7 6 Fill 125 2400 1297 B 3 Basal till 140 2400 1903 9 0 Basal till 140 2400 2076 10 -3 Basal till 140 2400 2250 11 -6 Basal till 140 6272 2424 12 -9 Basal till 140 6272 2598 13 -12 Basal till 140 6272 2771 14 -15 Bedrock NOTE: The structure is founded on the basal till at the top of Layer 9. Amendment 3 1 of 1 August 1983
-MNPS-3 FSAR TABLE 2.5.4-24 RESULTS OF TWO-DIMENSIONAL LIQUEFACTION ANALYSIS OF BEACH AREA SANDS SECTION 1 N1 =19. 81 (MEAN)
SURFACE ELEVATION = +16 FT GROUNDWATER ELEVATION = +6 FT
-------------------------------------------------------------------------------------------------T----------
ELEMENT SOIL DEPTH VERT. CYC.STR. TAU: SHEAR STRESS (PLAXLY) TAU F.S. NO. TYPE (ft) STRESS RATIO AVAIL: F*FLD PACOIMA TAFT HELENA: (EFF) SAND 2.50 308 NA Nl'\ 1~38 89 97 95 70 NA 2 SAND 7.50 923 NA NA ~378 214 264 199 177 NA 3 SAND 11.50 1318 0.27 356 510 279 -:':'.67 269 2~59 1. 49 4 SAND 14.25 1481 0.27 400 574 302 435 311 272 1.47 I::'
.J SAND 17.00 1643 0.27 444 583 302 46~.i 325 281 1.58 6 TILL 21.00 NA NA NA 715 378 616 400 353 NA 8 ROC.< 33.00 SECTION 2 N1 = 1 9. 81 ( MEAN)
SURFACE ELEVATION = +16 FT GROUNDWATER ELEVATION = +6 FT ELEMENT SOIL DEPTH VERT. CYC.STR. TAU : SHEAR STRESS (PLAXLY) TAU F.B. (f t) 241.7 NO. TYPE STRESS RATIO AVAIL: PKFLD PACOIMA TAFT HELENA: (EFF) 87 SAND 2.5() 308 NA NA 143 97 108 S'O T3 NA 88 SAND 7.50 92.3 NA NA 390 241 289 230 193 NA 89 SAND 13.00 1407 0.27 380 52:3 311 394 317 259 1.47 90 SAND 17.00 1643 0.27 444 549 316 448 349 278 1. 59 91 SAND 22.00 1930 0.27 521 313 194 281 210 167 3.12 92 TILL 27.00 NA NA NA 745 444 698 456 ~592 N{~ 94 ROC.< 38.00 SECTION 3 Nl=19.81 (MEAN) SURFACE ELEVATION = 16 FT GROUNDWATER ELEVATION = +6 FT \ *** 0 ELEr'lENT SOIL DEPTH VERT. CYC.STR. TAU : SHEAR STRESS (PLAXLY) TAU F.S. NO. TYPE (ft) STRESS RATIO AVAIL: PKFLD PACOIMA TAFT HELENA: (EFF) 167 SAND 2.5t) 308 NA NA 8-':- co..,. 70 60 oj .Jo_' 45 NA 168 SAND 7.50 923 NA NA 316 187 248 188 157 !'J{\ 169 SAND 14.00 1466 0.27 396- 6~58 :562 493 37'~ 31-:':'* 1. 27 170 SAND 20.00 1820 0.27 491 476 258 363 281 Z!.l ...::.. 13 171 SAND 27.00 22()5 0.27 595 485 242 :3:53 290 229 2.59 172 TILL 3:5.00 NA NA NA 1260 607 906 747 590 N{-\ 174 HOCK 43.00 Amendment 9 1 of 2 July 1984
MNPS-3 FSAR TABLE 2.5.4-24 (Cont) SECTION 4 Nl=19.81 (MEAN) SURFACE ELEVATION =+6 FT GROUNDWATER ELEV~TION = -6 FT ELEMENT SOIL DEPTH VERT. CYC.STR. TI.U : SHEAR STRESS (PLAXLY) TAU F.S. NO. TYPE (f t) STRESS RATIO AVAIL: PKFLD PACOIMA TAFT HELENA: (EFF) 240 ARMOR 3.00 450 NA NA 153 93 117 92 76 NA 241 ARMOR 10.00 1500 NA NA 256 164 199 150 129 NA 242 SAND 17.00 2149 0.27 580 678 411 529 381 335 1.73 243 SAND 21.00 2381 0.27 643 384 226 315 227 193 3.33 244 SAND 25.00 2601 0.27 702 422 239 350 250 211 3.32 245 TILL 29.00 NA NA NA 1070 575 879 587 521 NA 247 ROCK 39.00 SECTION 5 Nl =19.81 <t1EAN) SURFACE ELEVATION = -6 FT GROUNDWATER ELEVATION = -6 FT ELEMENT SOIL DEPTH VERT. CYC.STR. TAU : SHEAR STRESS (PLAXLY) TAU F.S. (EFF) 241.7 NO. TYPE (f t ) STRESS RATIO AVAIL I PKFLD PACOIMA TAFT HELENA I 301 ARMOR 3.00 258 NA NA 128 93 107 99 72 NA 302 ARMOR 10.00 860 NA NA 208 143 175 147 113 NA 303 SAND 18.00 1440 0.27 389 490 316 405 340 260 1.50 304 TILL 23. oo NA NA NA 751 479 609 485 389 NA 306 ROCK 32.00 SECTION 6 Nl=28.0 (MEAN) SURFACE ELEVATION = -29 FT GROUNDWATER ELEVATION = -6 FT ELEMENT SOIL DEPTH VERT. CYC.STR. TAU : SHEAR STRESS (PLAXLY) TAU F. S. NO. TYPE (ft) STRESS RATIO AVAIL I PKFLD PACOIMA TAFT HELENA: (EFF)
~ ,. 397 SAND 2.00 118 0.42 50* 81 102 76 150 69 0.72 398 SAND 6.00 354 0.42 149 162 183 "
151 259 126 1. 18 I ... 399 TILL 9.30 NA NA NA 325 347 306 466 242 NA
./
v
.ndmen t; 9 2 of 2 July <<< >
A\o,
APPENDIX 2.5B PETROGRAPHIC REPORTS FINAL GRADE December 1975 R. A. Wobus Associate Professor of Geology Williams College Williamstown, Massachusetts
\(lILLIAMS COLLEGE \\'ILLIAMSTOV.;:,\, MASSACHL'SETTS 01267 DE PA r.: T.HE.\7 or GEO LOG r 1,4!8! .597-2:::21 December lIt 1975 Mr. F. S. Vetere, Geotechnical Division Stone & Webster Engineering Co. 245 Summer Street Boston, Massachusetts 02107
Dear Mr. Vetere:
Enclosed are petrographic reports for the six additional samples from Millstone which I received on November 25. I am returning the thin sections and a roll of photomicrographs (undeveloped) via Jack MacFadyen, who is going to your office today; the samples will be mailed under separate cover. Sample locations were not provided with the sections, but one sam-ple (12F) seems to have escaped the cataclasis, silicification, and se-vere alteration which the others have experienced. There is only slight variety among the other samples; all appear to be former cataclastic rocks in which the fragments have been altered to or replaced by chlorite and sericite, and in which the matrix has been silicified by the crystal-lization (from hydrothermal solution?) of prismatic quartz. (These events could have occurred during the same episode of hydrothermal activity, though chlorite appeared to fill fractures in matrix quartz in some sam-ples.) A younger, though minor, cataclastic event resulted in the frag-menting of earlier hydrothermal quartz and in the formation of thin ( 1-3 mm) shear zones through the mat~ix (see especially SF). Staining of hand specimens for K-feldspar revealed very minor amounts only in 6F and 12F, and x-ray diffraction scans indicated nothing besides the minerals observed in thin section. I hope these reports will be helpful; please call if there are any questions. I will be on sabbatical leave but in residence at the college during the first two months of 1976 if you have any other samples to be examined. Sincerely, V
;\.Ii)U'i, (i rJ'./\~v~)
I ,. . . R. A. Wobus Associate Professor of Geology RAW:al 2.5B-i
Photomicrographs - Millstone Samples (Film = KM-l35-20, ASA 25, color slides) Photo No. Sample No. Magnification Polarizers Subject 1 2F 35x unxd Partly chloritized fragments 2 2F 35x unxd Partly chloritized fragments 3 2F 35x xd Partly chloritized fragments 4 2F 35x xd 1 1/2 mm fragment of strained quartz, with thin quartz .overgrowth(rim) 5 SF 35x unxd 2 rom fragment which contains pris-matic quartz similar to that in the matrix 6 SF 35x xd 2 rom fragment which contains pris-matic quartz similar to that in the matrix 7 SF 35x xd Bent twin lamellae and internal gran-ulation within 3 cm fragment 8 5F 35x xci Thin zone of shearing in which matrix quartz has been pulverized 9 6F 35x unxd Chloritization and sericitization of fractured fragment 10 6F 35x xd Chloritization and sericitization of fractured fragment 11 6F lOOx xd Plumose muscovite at pulverized mar-gin of fragment 12 6F 35x xd Matrix quartz (subhedral, unoriented) 13 9F 3Sx unxd Chlorite platelets in fractures 14 9F 35x xd Chlorite platelets in fractures 15 9F 35x xd Frtigments of undulose anhedral quartz in matrix of subhedral oriented quartz 16 9F 35x unxd Extensive sericitization of matrix; 1 mm fragment in center may be piece of earlier cataclasite 17 IlF 3Sx unxd Altered micas and strained quartz within largest fragment 2.5B-1
Photo No. Sample No. Magnification Polarizers Subject 18 IlF 35x xd Altered micas and strained quartz within largest fragment 19 llF 35x unxd 2 nun fragment (of earlier =ata-clasite?) nearly "as s trm La t ed " by matrix 20 IIF 35x xd 2 mm fragment (of earlier cataclasite?) nearly "assimilated" by matrix 21 11F 35x xd Matrix - a mosaic of subhedral quartz (many basal sections) 22 12F 35x unxd Altered biotite and plagioclase 23(?) 12F 35x xd Altered biotite and plagioclase 2.5B-2
2F - Millstone Hand specimen Gray, very fine-grained, highly altered and silicified rock with small angular fragments << 3 rom) and several irregular vugs up to 2-3 cm long which are partly filled with greenish clay. Entire sample is coated with clays, and one surface contains fine-grained calcite. No planar or linear structures are visible; a few thin (1-2 mrn) zones of more intense shearing cut the sample. Thin section Fragments (approx. 10%) Angular, unoriented fragments are mostly of altered and chlo-ritized plagioclase of at least two compositions: albite-oligoclase (~ An ) with a 12° extincti0n angle and positive sign, and andesine lO (An - ) with a 15° extinction angle and negative sign. Some of 30 3S the plagioclase has been almost entirely replaced by chlorite. A few fragments are of strained quartz; two show thin quartz overgrowths around earlier angular grains. A few feldspar (1) fragments are so highly altered to clays that they almost merge with the matrix; others show distinct albite twinning which has been bent or offset. Matrix (~ 90%) Very fine-grained unoriented subhedral quartz prisms, generally unstrained but somewhat corroded along the edges. Highly birefring-ent flakes (sericite?) are also abundant and are essentially unori-ented; a few plumose aggregates of sericite or muscovite are present adjacent to some of the fragments. Interpretation A fragmental rock (cataclasite) which has undergone extensive alteration (particularly to sericite), chloritization, and silici-fication. The corroded nature of the matrix quartz suggests that hydrothermal alteration continued after the crystallization of the quartz. No pervasive cataclastic deformation has affected this sample since the hydrothermal event, however. SILICIFIED AND ALTERED CATACLASITE 2.5B-3
SF - Millstone Hand specimen: Dark gray, very fine-grained groundmass with white and dark green, angular to subrcunded fragments up to 3 cm in length. The largest fragment shows signs of interior crushing, and the dark matrix h2S been squeezed into fractures around its margin. No preferred orientation of fragments or matrix is visible. Thin << 3 rom thick) zones of sr.earing cut parts of the sample. Clays, and locally calcite, coat the su~:ace of the hand specimen. Thin section Fragments ( ~ 30% of section) The largest (3cm) is of medium-grained, unoriented sodic andesine (~ An ) and quartz; it shows considerable internal granl~lation and 3S deformation of the plagioclase twin lamellae. Other fragments are composed of strained quartz, quartz and plagioclase, or quartz and chlorite; a few are dominantly replaced by or altered to chlorite. Several fragments are composed of the same kind of hydrothermal(?) quartz found in the matrix; good basal and prismatic sections of tiny quartz crystals are present in these fragments. Matrix (70%) Fine-grained subhedral quartz, especially as prismatic sections with two perpendicular preferred orientations. Chlorite is present between the quartz grains, and it partially rims some of the fragments. One euhedral grain of apatite is conspicuous. The matrix has been pul-verized within a 2-3 mm wide shear zone that runs the length of the thin section; even the subhedral quartz has been granulated within this zone. Interpretation Fragments were produced by cataclasis, as indicated by their angular nature and the degree of their internal granulation and twin-lamellae deformation. Subsequent hydrothermal fluids produced the subhedral quartz of the matrix and caused the alteration and chlorit-ization of many fragments; chlorite was also deposited interstitially between the prismatic quartz grains of the matrix. It is significant that some of the fragments in this section contain the subhedral pris-matic (hydrothermal) quartz usually associated with the matrix of the Millstone samples; this would suggest a younger period of cataclasis, which occurred since the formation of hydrothermal quartz in older shear zones. The thin pulverized zone within this sample is further evidence of a younger cataclastic event. Name CHLORITIZED AND SILICIFIED CATACLASITE 2.5B-4
6-F Millstone Hand specimen On cut surface, this is a light gray, very fine-grained silica-rich rock with subangular quartzo-feldspathic and chloriticfragments less than 5 mm long. There is no orientation of the fragments or of the quartzose matrix. The sample is encrusted with tiny drusy quartz crystals on one surface, with limonite-stained clay on another side, and with gray calcareous clays on the two remaining sides. A pinkish coloration of the clay on one surface is of uncertain origin. Thin section Fragments (approx. 30% of section) Subangular, unoriented fragments composed of undulose quartz, minor orthoclase, and sodic plagioclase (biaxial positive, maximum extinction angle ~ 12°, R.I. < quartz = albite-oliGoclase, An ) ' 10 Most grains are fractured, some fragments are partly disaggregated, and plagioclase twin lamellae are commonly bent or offset. Alter-ation of feldspar to highly birefringent clay is moderate, though it is pervasive at the granulated margins between a few grains. Plumose muscovite appears to have formed locally within these clays. Chlorite occupies fractures in grains in one portion of the section~ one frag-ment looks like a piece of cataclastic rock (cataclasite). Matrix ( ~ 70%) Fine-grained, subhedral to anhedral quartz grains, mostly elong-ate (prismatic) sections in a variety of orientations. The matrix differs from that in other sections (lIF, 9F, SF) in having more ir-regular quartz grains which are less oriented, less interstitial chlorite, and more interstitial clay. Plumose muscovite occurs lo-cally in the matrix as well as in the fragments; it was observed only in one other section (2F). A few thin, late fractures are filled with anhedral quartz and clays (sometimes with plumose muscovite growing across the fracture). Interpretation Originally a cataclastic rock in which the matrix has been sili-cified; hydrothermal (?) alteration has created highly birefringent clays, from which plumose muscovite has locally crystallized at a late stage. Chlorite is another late mineral, filling fractures in some fragments, though it is not nearly as common in this section as in others. Name SILICIFIED AND ALTERED CATACLASITE 2.5B-5
9F - Millstone Hand specimen: Mottled white and greenish -gray, very fine-grained altered and silicified fault gouge(?), with angular quartzose fragments up to several em in diameter. Parts of this sample are very friable. Thin section Fragments (~ 50% of section) Angular to subrounded; average size 1-2 mm in diameter; no preferred orientation. Most are of highly strained polycrystalline quartz, locally with plagioclase (oligoclase?) being replaced by quartz; some show in-ternal crushing and marginal granulation. A few fragments, originally more micaceous (schists?), have been altered to muscovite, chlorite, clays, and opaques. The remaining fragments contain angular, non-oriented grains of undulose quartz in a dense, clay-rich matrix; they are perhaps pieces of an earlier cataclasite. Matrix (~ 50%) Dominantly fine-grained hydrothermal (?) quartz, in tiny subhedral grains p~eferential1y oriented in two directions which are at right angles to one another. Chlorite is the other cornman matrix mineral, occurring between fragments and rimming some, as well as in late fractures that cut even the matrix quartz. Chlorite commonly forms circular or hexag-onal platelets. Interpretation Quartzose and micaceous fragments have been crushed and altered in a cataclastic zone which has since become silicified. Chlorite was added (hydrothermally?) during or after silicification. A few late fracture and granulation zones also contain chlorite. CHLORITIZED AND SILICIFIED CATACLASITE 2.5B-6
llF - Millstone Hand specimen: Greenish-gray, very fine-grained quartzose cataclastic rock with a few unoriented darker green, angular to lensoidal frag-ments ranging from 1/4 - 2 cm long. Sample is partly coated with clay which is locally limonite-stained. Thin section Fragments (~ 20% of section) Dark green or brownish under uncrossed polarizers; generally subangular and completely unoriented, with many as small as 1-2 mm. The largest fragment is lx2 cm and is composed of medium-grained, highly strained (undulose) quartz and oriented micas (all formerly biotite?), which have beenaltered to a dense mixture of muscovite and sericite, chlorite, "allophane (?),and opaques. Accessory gar-net and apatite are also present, and the fragment is surrounded by a 1 nnn "reaction rim" of darker clays. Other fragments are dominantly clays with minor quartz; a few appear to be finer-grained cataclasites, with angular fragments in a clay-rich matrix. Some fragments seem to have been disaggregated so that they seem to merge with the quartz-rich matrix described below. Two fragments have been reduced to isolated hexagonal plate-lets of chlorite, separated by matrix quartz. Matrix (80%) A mosaic of fine-grained subhedral, weakly undulose quartz. No preferred orientation is visible; both basal and prismatic sec-tions are common. Crystal boundaries are not nearly as distinct as those in the martix of other silicified samples from Millstone. Interpretation The fragments have been hydrothermally altered to a variety of clays; many \~ere originally micaceous schists or gneisses judging from their texture. The matrix appears to be hydrothermal quartz, far less strained than the anhedral quartz of the fragments. The fragmental texture of the rock indicates that it was probably a cataclastic rock before silicification. Name HYDROTHE~~LY ALTERED AND SILICIFIED CATACLASITE 2.5B-7
12F - Millstone Hand specimen: Mottled white and black, medium-grained biotite-quart~ feldspar rock; could be granitic or a weakly foliated quartzo-feld-spathic gneiss. Feldspars seem quite altered, and much of the sam-ple's surface is covered by clays. Thin section Mineralogy Estimated % PLAGIOCLASE 50 Biaxial (+); maximum extinction angle 28-25°, R.I. > quartz; composition
~ An 40 = andesine. Distinct, undis-torted polvsynthetic twinning; moderate alteration to highly birefringent clays.
QUARTZ 35 Anhedral, v~~ highly strained, with undulose and "patchy" extinction. ALTERED BIOTITE 8 Subhedral flakes, weakly oriented, mostly altered to chlorite and opaques. ORTHOCLASE 3 Biaxial (-), no twinning; moderately altered. MUSCOVITE 2 Secondary (?) - mostly at grain boundaries. OPAQUES 2 Angular grains. Texture Medium-grained xenomorphic granular; very weak biotite alignment. Considerable alteration of biotite and feldspars. Quartz is highly strained, but there are no other signs of deformation. Name ALTERED BIOTITE QUARTZ DIORITE (OR BIOTITE-QUARTZ-ANDESINE GNEISS) 2.SB*-8
MNPS-3 FSAR APPENDIX 2.5C MINERALOGICAL ANALYSIS OF MILLSTONE FAULT GOUGE SAMPLES
MNPS-3 FSAR Six samples labeled IF, 7F, 10F, 13F, 14F, and 15F were supplied by Mr. Leo Martin of Stone & Webster Engineering Corporation for mineralogical investigation. The two major objectives of the mineral analyses were: 1) to ascertain if the samples contain sufficient IMd mica and an absence of feldspar for possible age dating, and 2) to provide a documented sample for dating. The analyses were carried out as set forth in the author's letter to Mr. R. D Thomas of Stone & Webster, dated 25 August 1975. The laboratory work was done during November-December 1975 by the author with laboratory assistance from E. H. Martin. The as received samples were crushed to pass a No.4 sieve. After crushing, the soil was thoroughly mixed. A 20 gm subsample was separated by repetively halving in a sample splitter. The 20 gm subsample was ground to pass a No. 35 sieve, thoroughly mixed, and again subsampled via the sample splitter to obtain a representative 3 g sample that was ground to pass a No. 200 sieve <<74~). This 3 gm subsample was designated whole soil. Random powder mounts of the whole soil were prepared and examined by x-ray diffraction, XRD, using CuKa radiation at 40 kV and 20 rna Goniometer speed was 1°20 per minute and the chart speed gave 2 D20 per inch of chart. The 20 range examined for the whole soil powder mounts was 4 through 40 (d = 22-2.25A). The XRD data indicated abundant clay minerals and quartz in all samples. XRD data on samples 7F t 13F, and 14F clearly showed the presence of feldspar minerals. Siderite was present in samples 10F, 13F, and lSF. Based upon these results, the decision was made to proceed with the size fractionation and XRD analysis of the clay fraction. The crushed soil was again mixed and a 160 gram sample taken for size fractionation. The 160 g sample was added to 400 ml distilled water and mixed in a Waring blender for 20 minutes after which the contents were transferred to a 4.5 liter bottle diluted to 4.0 liters and thoroughly mixed by hand shaking. Adjusting the pH to 10 caused strong flocculation in all suspensions. All slurries except 15F appeared to be well dispersed between pH 7 and 8. Slurry from sample lSF never was completely dispersed, probably because of siderite. Pretreatment of the soil to remove siderite was not done bec~use of the unknown effect such pretreatment may have on the age dating. The suspension was allowed to temper 48 hours. Sedimentation for size fractionation was started by hand shaking each bottle to resuspend the soil particles. The top 10 cm was siphoned off after 7.5 hours of settling at a temperature of 23+/-0.5 DC. Distilled water was added to bring the volume of the bottles back to 4.0 liters and the next day a second separation was made and combined with the clay slurry from the first day. The size separation is based on Stoke's law settling. The equation used to calculate the equivalent spherical diameter (D) was: D = 18TlH g (p -C) ) t s u 2.5C-l
MNPS-3 FSAR D = spherical diameter in cm n = water viscosity, 9.38 x 10- 3 at 23 0C H = depth in em, 10 g = gravity, 980.4 Os specific gravity of settling particles 2.75 for most clays Pu = specific gravity of water, 1.0 t = time, 7.5 x 3,600 sec which gives 1.9~ for the equivalent spherical diameter of the clay fractionated from the soil samples. The clay slurry was flocculated using a small amount of CaC1 2
After settling 24 hours, the clear supernatant fluid was siphoned off and the suspension centrifuged to remove more water. Distilled water was added to the centrifuge tubes, the clay resuspended and again centrifuged.
The second addition of distilled water left clay suspended after 2 hours of centrifugation at 2,000 rpm. This was taken to indicate that all excess salt had been removed. Each suspension was mixed and a representative portion taken to be used for the preparation of oriented aggregate mounts. The oriented aggregate mounts were used as part of the XRD clay mineral analysis. After air drying, each clay sample was crushed to pass a No. 35 sieve, thoroughly mixed and quartered to yield a 2 g subsample that was further crushed to pass a No. 200 sieve. The 2 g clay powder sample was used for random powder mounts in the XRD clay mineral analysis. Further, the 2 g clay powder sample was given to Mr. Martin for age dating ensuring that the age dating was on identical material used for mineral analysis. Qualitatively, the XRD traces for clay size samples were dominated by smectite, chlorite, and illite in all but sample IF where illite was not detected. Samples 1F and I5F gave XRD spacing greater than 25A so that illite may be one of the components of the interstratified material in sample IF. The chlorite phase in all but sample IF gave a sharp integral series of basal reflections. From the combination of basal spacing and heat stability it would appear that the chlorite in samples 7F and I4F is very similar. The chlorite basal spacings of samples 10F, 13F, and 15F are similar but the thermal stability of the chlorite in sample 13F is very low while samples IOF and l5F hav~ higher thermal stability of chlorite than samples 7F and 14F. Thermal stability of chlorite in sample 15F was considerably higher than in sample 10F. The chlorite in sample IF was initially identified as kaolinite because of the high basal spacing and absence of a 144A peak; however, the very high thermal stability precludes the mineral being kaolinite. The chlorite in sample IF is distinct from the chlorite present in the other samples. The smectite phase gave a very poor integral series indicative of random interstratification most likely with illite. The nature of the regular stratification suggested by the large spaclng in samples IF and lSF has not been determined; however, the possibility of organic material interlayering is *suggested. Sample IF after heating to SOOOC for one 2.5C-2
MNPS-3 FSAR hour was black. Treatment of a new subsample with HzO z to remove organic matter followed by Mg saturation did not eliminate the large d spacing for glycerol and 100°C treatments but the large spacing disappeared after heat treatment to 300°C. After one hour at 550°C, the HzO z treated IF clay was still grey. All clay size samples have a small percentage of quartz and samples 7F, 10F, and 15F still contain siderite. Sample 13F contains a trace of fledspar but from the weak reflections it is not possible to conclusively identify the feldspar species. The relative smectite content of the clay samples shown in Table 1, used the amplitude of the 17.7A peak from glycerol treated Wye montmorillonite as reference. Clearly, the smectite in this suite of samples gives a more intense basal spacing than Wye montmorillonite. These data illustrate a frequent hinderance to quantification of XRD data. Nevertheless, the relative numbers show the variation in smectite content within the group of samples examined. Similar argwnents apply to the relative amount of chlorite shown in Table 1. The polymorphic varieties in the illite or clay size mica has special meaning to the mineralogical analysis of these samples because of K/Ar age dating to be done. All polymorphic varieties of illite have many common XRD features. Yoder and Euster established criteria for distinguishing the various polymorphic varieties. Briefly summarized these criteria are: 2M - d values at 3.00, 2.87, and 2.80A 1M - d values at 3.66, 3.07, and 2.69A lMd - none of the identifying peaks of 2M or 1M but a general clay mica XRD pattern It is important to note that the 1Md polymorph is identified only in the negative sense, that neither 2M or 1M are identified. As a reference to verify line positions for polymorphic variety identification, XRD data on a sample of very pure 2M muscovite was collected. Comparison of the amplitudes of the three diagnostic 2M mica peaks in sample 7F to the corresponding peak amplitudes from pure 2M muscovite was used to estimate the amount of 2M mica in sample 7F. Because no reference sample of 1M mica was available, the relative mount Jf 1M polymorph in the samples was estimated relative to sample 30-7A from R. D. Thomas which was assumed, somewhat arbitrarily, to contain only 1M polymorph; also, the 1M mica in the other samples is the same as in sample 30-7A. since 1M polymorph lS clearly present in all samples and in addition, sample 7F contains 2M polymorph, one can say nothing about the presence or absence of 1Md polymorph. One possible solution to the dilemma is to make use of the KzO content. Define: 2M mica as containing 12 percent K 20 1M mica as containing 10 percent KzO 1Md-mica as containing 6 percent K 20 2.5C-3
MNPS-3 FSAR This completely arbitrary assignment of K 20 content to the different polymorphs is done for the sole purpose of illustrating a possible method for estimation of IMd. The proportion of 1M and 2M polymorph in each sample was made from the XRD data alone. With the above definition of K 20 content in the different polymorphs, the proportion of K 20 present in 2M and 1M polymorphs of each clay sample can be determined. The total K 20 content for 2M and 1M polymorph is now subtracted from the measured K 20 content of the samples and any eKcess K 20 ascribed to IMd polymorph. Results from this analysis of the siK samples and using K 20 content data supplied by Mr. Martin are given in Table 2. The amount of clay in the whole soil (see Table 3) was estimated from the relative amplitude of the major clay mineral prism reflection at 4.4A in the XRD data from the whole soil relative to the 4.4A peak in the clay size fraction. Quartz estimation was based on the 4.2A peak because the 3.3A quartz peak was severely masked by the strong mica third order basal peak. R. Terrence Martin 2.5C-4
MNPS-3 FSAR Table 1. Crystalline Phases Present in the Clay Size Fraction <<1.9\.!) Sample Number (Relative Amount) Mineral IF 7F 10F 13F 14F 15F Smectite 1. 72 1.60 1.08 0.94 2.00 0.46 Chlorite 0.95 0.80 0.35 0.14 0.25 0.39 Illite 0.17 0.53 0.51 0.46 0.38 0.42 Interstratified ++ 0 0 0 0 + Quartz 0.05 0.07 0.03 0.05 0.10 0.03 Siderite 0 0.02 0.02 0 0 0.04 Feldspar 0 0 0 <0.02 0 0 Table 2. Approximate Amount of Mica Polymorphs in Clay Size Fraction <<1.9lJ) Sample Number (Relative Amount) Polymorph IF 7F 10F 13F 14F 15F 2M o 0.12 o o o o 1M o 0.13 0.42 0.22 0.20 0.42 IMd 0.17 0.28 0.09 0.24 0.18 o
%1<2° 1.01 4.41 4.75 3.65 3.11 4.24 Table 3. Crystalline Phases Present in Whole Soil Sample Number (Relative Amount)
Mineral IF 7F 10F 13F 14F 15F Total Clay 0.65 0.60 0.65 0.90 0.75 0.60 Quartz 0.55 0.55 0.35 0.15 0.50 0.55 Siderite 0 0.01 0.15 0.06 0 0.11 Feldspar 0 0.05 0 0.05 0.03 0 NOTE: For all tables: + means phase present o means phase not detected 2.5C-5
APPENDIX 2.5D POTASSIUM-ARGON AGE DETERMINATION Geochron Laboratories Division Kruger Enterprises, Inc. Cambridge, Massachusetts
KRUEGER ENTERPRISES, INC. GEOCHRON LABORATORIES DIVISION 24 BLACKSTONE STREE T
CAMBRIDGE. MA. '02139 * (617)*876.3691 POTASSIUM-ARGON AGE DETERMINATION REPORT OF ANALYTICAL WORK Our Sample No. ti-3456 Date Received: 9 December 1975 Your
Reference:
1F P.O. 2199.073-480-3 Date Reported: 19 December 1975
,J.O. 12179 Submitted by:
Leo Martin Stone &Webster Engineering P.O. Box 2325 Boston, Mass. 02107 Sample Description & Locality: Clay mineral concentrate. IF. less than 1.9 microns. Material Analyzed: Analyzed as received. Ar 40 */K 40 = .006575 AGE= 109 + 5 M.Y. Argon Analyses: Ar 4 0*, ppm. Ave. Ar 40 *, ppm.
.008398 .137 .008134 .007870 .220 Potassium Analyses: %K Ave. %K K 40 ,ppm 1.021 1.014 1.237 1.007 Constants Used:
Ap = 4.72 X 10- 10 / year Ae = 0.585 x 10 -10/ year K 40 /K = 1.22 x 10-4 9./9. Note: Ar 40
refers to radiogenic Ar 40

M.Y. refers to millions of years.
2.5D-1
KRUEGER ENTERPRISES, INC. GEOCHRON LABORATORIES DIVISION 24 BLACKSTONE STREET. CAMBRIDGE. MA. 02139 * (617)- 876-3691 POTASSIUM-ARGON AGE DETERMINATION REPORT OF ANALYTICAL WORK Our Sample No. M-3457 Date Received: 9 December 1975 Your
Reference:
7F P.o. 2199.073-480-3 Date Reported: 19 December 1975 J.O. 12179 Submitted by: Leo r*'artin Stone & Webster Engineering P.O. Box 2325 Boston. Mass. 02107 Sample Description & Locality: Clay mineral concentrate, 7F t less than 1.9 microns. Material Analyzed: Analyzed as received. Ar 40
*/ K 4 0 = .01237 AGE= 200 + 7 M.V.
Argon Analyses: Ar 4 0*, ppm . Ar 4 0 */ Total Ar 4 0 Ave. Ar 40 *, ppm.
*06fi42 .628 .06661 .06679 .708 Potassium .Analyses: %K Ave. %K K 40 ,ppm 4.420 4.412 5.383 4.405 Constants Used:
Ap = 4.72 x 10- 10 / year Ae = 0.585 X 10- 1 0 / year 4 K 4°/K = 1.22 x 10- 9./9. Note: Ar 40
refers to radiogenic Ar 40

M.Y. refers to millions of years.
2.5D-2
KRUEGER ENTERPRISES, INC. GEOCHRON LABORATORIES DIVISION 24 BLACKSTONE STREET. CAMBRIDGE, MA. 02139 * (617)- 876*3691 POTASSIUM-ARGON AGE DETERMINA TION REPORT OF ANALYTICAL WORK Our Sample No. t1-3458 Date Received: 9 December 1975 Your
Reference:
lOF p.O. 2199.073-480-3 Date Reported: 19 December 1975 J.O. 12179 Submitted by: leo f-1art1n Stone &Webster En~1neer1ng P.O. Box 2325 Boston. r*fass. 02107 Sample Description & Locality: Clay mineral concentrate, 10F, less than 1.9 microns. Material Analyzed: An~lyzed as received. Ar 4 0
*IK 4 0 = .01116 AGE= 182 + 7 M.V.
Argon Analyses: Ar 4 0*,ppm. Ar 40*1 Total Ar 40 Ave. Ar 4 0 *, ppm.
.06456 .689 .06473 .06489 .726 Potassium Analyses: %K Ave. %K K 40 ,ppm 4.734 4.752 5.798 4.771 Constants Used:
Ap = 4.72 x 10 -10/ year Ae == 0.585 x 10 -10/ year K 40 /K = 1.22 x 10-4 g./g. Note: Ar 40
refers to radiogenic Ar 40.
M.Y. refers to millions of years. 2.50-3
KRUEGER *ENTERPRISES, INC. GEOCHRON LABORATORIES DIVISION 24 BLACKSTONE STREET. CAMBRIDGE, M.... 02139. (617)*Q76.3691 POTASSIUM-ARGON AGE DETERMINATION REPORT OF ANALYTICAL WORK Our Sample No. M-3459 Date Received: 9 December 1975 Your
Reference:
13F P.o. 2199.073-480-3 Date Reponred: 19 December 1975 J.D. 12179 Submitted by: leo r*1art1n Stone & '~ebster Engineering P.O. Box 2325 Boston, Mass. 02107 Sample Description & Locality: 11ay mt nera 1 concentrate t 13F t less than 1.9 m1 crons , Material Analyzed: Analyzed as received. 4°*/K 4 0 Ar = .009429 AGE= 155 + 6 M.Y. Argon Analyses: Ar 4 o*,ppm. Ave. Ar 4 0 *, ppm.
.04239 .622 .04194 .04149 .656 Potassium Analyses: %K Ave. %K K 40 ,ppm 3.r;17 3.646 4.448 3.675 Constants Used:
A(3 = 4.72x 10- 1 °/ year Ae = 0.585 x 10 -10 I year K 4 °/ K = 1.22 x 10 -4 g./g. Note: Ar 40
refers to radiogenic Ar 40.
M.Y. refers to millions of years. 2.5D-4
KRUEGER ENTERPRISES, INC. GEOCHRON LABORATORIES DIVISION 24 BLACKSTONE STREET. CAMBRIDGE, MA. 02139 * (617)* al6- 3691 POTASSIUM-ARGON AGE DETERMINA TION REPORT OF ANALYTICAL WORK Our Sample No. M-3460 Date Received: 9 December 1975 Your
Reference:
14F P.o. 7.199.073-480-3 Date Reported: 19 December 1975 J.D. 12179 Submitted by: Leo r*'artin Stone &Webster EnQ1neer~ng P.O. Box 2325 Boston, '*1ass. 02107 Sample Description & Locality: Clay mineral concentrat~, 14F, less than 1.9 microns. Material Analyzed: Analyzed as received. AGE= l6~ + 6 M.Y. Argon Analyses: 4 0*,ppm. Ar 4 0*, ppm. Ar 40*1 Total Ar 40 Ave. Ar
.03884 .505 .03839 .03793 .522 Potassium Analyses: %K Ave. %K K 40 ,ppm 3.112 3.111 3.795 3.110 Constants Used:
'Ap = 4.72 x 10 -1 0/ year AGE = 1 Ae + A~ In rL~.p +x, Ae Ae :: 0.585 x 10 -10/ year K 40 IK = 1.22 x 10-4 9'/9. Note: Ar 40
refers to radiogenic Ar 40

M.Y. refers to millions of years.
2.5D-5
KRUEGER ENTERPRISES, INC. GEOCHRON LABORATORIES DIVISION 24 8LACKSTONE STREET. CAMBRIDGE, MI.. 02139 * (617)* 676-3691 POTASSIUM-ARGON AGE DETERMINATION REPORT OF ANAL YTJCAL WORK Our Sample No. M-3461 Date Received: 9 December 1975 Your
Reference:
15F P.O. 2199.073-480-3 Date Reported: 19 December 1975 J.O. 12179 Submitted by: leo Martin Stone &Webster Engineering P.O. Box 2325 Boston, Mass. 02107 Sample Description & Locality: Clay mineral concentrate, 15F. less than 1.9 microns. Material Analyzed: Ana lyzed as rece1 ved. 4°*/K 4 Ar 0 = .01095 AGE= 178 + 7 M.Y. Argon Analyses: Ar 4 0 *, ppm. Ave. Ar 40 *, ppm.
.05717 .634 *05671 .05624 .678 Potassium Analyses: %K Ave. %K K 40 ,ppm 4.237 4.245 5.179 4.254 Constants Used:
~ = 4.72 X 10- 1 0 / year AGE = 1 i\e + XIJ In rtA~ +x, Ae Ae = 0.585 x 10 -10/ year K 4°/K == 1.22 x 10-4 g./g. Note: Ar 40
refers to radiogenic Ar 40.
M.Y. refers to millions of years. 2.5D-6
KRUEGER ENTERPRISES, INC. GEOCHRON LABORATORIES DIVISION 24 BLACKSTONE STREET. CAMBRIDGE, MA. 02139 * (617)- 816* 3691 POTASSIUM-ARGON AGE DETERMINATION REPORT OF ANALYTICAL WORK Our Sample No. r*1- 3509 Date Received: 19 r~arch 1976 Your
Reference:
C-1 J.D. 12179 Date Reported: 26 March 1976 P.O. 2199.073-480-5 Submitted by: Leo Martin Stone &Webster Engineering Corp. P, O. Box 2325 Boston. Mass. 02107 Sample Description & Locality: Clay s amp1e C-1. Material Analyzed: Prepared clay sample, analyzed as received. Ar 4 ° */ K 4 0 = .01029 AGE= 168 + 9 M.Y. Argon Analyses: Ar 4 0 * , p p m
Ar 40* / Total Ar 40 Ave. Ar 40 *, ppm.
*004495 .057 .004983 .005471 .037 Potassium Analyses: %K Ave. %K K 40 ,ppm .391 .397 .484 .403 Constants Used:
A(j = 4.72x 10- 10 / year Ae = 0.585 X 10- 1 0 / year K 40 /K :: 1.22 x 10 -4 9./9. Note: Ar 40. refers to radiogenic Ar 40. M.V. refers to millions of years. 2.5D-7
KRUEGER ENTERPRISES, INC. GEOCHRON LABORATORIES DIVISION 24 BLACKSTONE STREET. CAMBRIDGE, MA. 02139. (617)*876-3691 POTASSIUM-ARGON AGE DETERMINA TION REPORT OF ANALYTICAL WORK Our Sample No. t1-3510 Date Received: 19 r~arch 1976 Your
Reference:
C-2 J.D. 12179 Date Reported: 26 March 1976 P.O. 2199.073-480-5 Submitted by: leo r1artin Stone &Webster Engineering Corp. P. O. 130x 2325 Boston, ~ass. 02107 Sample Description & Locality: Clay sample C-2. Material Analyzed: Prepared clay samp1e , ana1yzed as rete; ved
Ar 40 */K 40 = .01184 AGE = 192 + 9 M.V.
Argon Analyses: Ar q 0 *,ppm. Ar 40*/ Total Ar 40 Ave. Ar 40*, ppm .
*008829 .106 .008766 .008703 .089 Potassium Analyses: %K Ave. %K K 40 ,ppm .598 .607 .740 .616 Constants Used:
Ap ::: 4.72 X 10- J O / year Ae = 0.585 X 10- 1 0 / year 49'/9. K 40/K = 1.22 x 10-Note: Ar 40
refers to radiogenic Ar 40.
M.Y. refers to millions of years. 2.5D-8
(' '/ KRUEGER ENTERPRISES, INC. t GEOCHRON LABORATORIES DIVISION
\ "t- \ --- I ' \, I 24 BLACKSTONE STREET. CAMBRIDGE, MA, 02139. (617)*876-3691 POTASSIUM-ARGON AGE DETERMINATION REPORT OF ANALYTICAL WORK OUf Sample No. r1-3511 Date Received: 19 narch 1976 Your
Reference:
C- 3 J. O. 12179 Date Reported: 26 l"1arch 1976 P.O. 2199.073-430-5 Submitted by: Leo r1artin Stone &Hebster Engineering Corp. P. O. r30x 2325 Boston t ;1ass. 02107 Sample Description & Locality: Clay sample C-3. Material Analyzed: Prepared clay sample, analyzed as received. Ar 4°*/K 4 0
= .01222 AGE= 198 + 9 M.V.
Argon Analyses: Ar 40*, ppm . Ar 40*/ Total Ar 40 Ave. Ar 4 0 * , ppm.
*01165 .OR2 .01173 .01181 .070 (rJote: A third analysis gave .00900 ppm Ar 40* but the atmospheric argon content of that fusion was triple that of the reported analyses and the data uas rejected.
Potassium Analyses:
%K Ave. %K K 40 ,ppm .790 .787 .960 .784 Constants Used:
Ajj = 4.72 x 10 -10/ year AGE = 1 Inr~~ x Ar 40
* + 1J Ae + ~ t x, K 40 Ae = 0.585 x 10 -1 o/ year K 40 /K = 1.22 x 10-4 g./g.
Note: Ar 40
refers to radiogenic Ar 40.
M.V. refers to millions of years. 2.5D-9
KRUEGER ENTERPRISES, INC. GEOCHRON LABORATORIES DIVISION 24 BLACKSTONE STREET. CAMBRIDGE, MA. 02139 * (617)-816.3691 POTASSIUM-ARGON AGE DETERMINATION REPORT OF ANALYTICAL WORK Our Sample No. r'1-3512 Date Received: 19 f.1arch 1976 Your
Reference:
C- 4 J.D. 12179 DateRepo~: 26 March 1976 P.O. 2199.073-480-5 Submitted by: Leo Hartin Stone &Webster Engineering Corp. P. O. Box 2325 Boston, Mass. 02107 Sample Description & Locality: C1 ay sample C-4. Material Analyzed: Prepared clay sample, analyzed as received. AGE = 181.:!:. 10 M.Y. Argon Analyses: 40*,ppm. Ar Ar 40*/ Total Ar 40 Ave. Ar 40 *, ppm*
*004012 .042 .004151 .004290 .032 Potassium Analyses: %K Ave. %K K 40, ppm .307 .306 .373 .306 Constants Used:
Ap =4.72x 10- 10/year AGE = 1 Ae + A{j rL In Xp + he x, X Ar 40
K 40
+ 1J Ae = 0.585 X 10- 1 0 / year K 40 IK = 1.22 x 4 10- 9./9, Note: Ar 40
refers to radiogenic Ar 40.
M.Y. refers to millions of years. 2.5D-IO
KRUEGER ENTERPRISES, INC. GEOCHRON LABORATORIES DIVISION W* 24 BLACKSTONE STREET. CAMBRIDGE, MA. 02139. (617)*876.3691 POTASSIUM-ARGON AGE DETERMINATION REPORT OF ANAL YTiCAL WORK PRIORITY SAMPLE Our Sample No. M-6233 Date Received: 6/4/82 Your
Reference:
r ,o, #2199.073-480 Date Reported: 6/7/82 Submitted by: Frank S. Vetere Stone & Webster Engineering Corp. P.O. Box 2325 Boston, MA 02107 Sample Description & Locality: Sample A, less than 2 micron fau1 t gouge, Millstone Nuclear Power Station - Unit 3. Material Analyzed: clay sample, analysed as received. Ar 40 *IK 40 = .008608 AGE= 142 +/- 6 M.Y. Argon Analyses: Ar 4°*,ppm. Ave. Ar 40*, ppm .
.02139 .752
02133
.02127 .728 Potassium Analyses: %K Ave. %K K 4°,ppm 2.051 2.031 2.478 2.011 Constants Used:
Ap = 4.72 X 10- 10 / year Ae = 0.585 x 10 -10/ year K 40/K == 1.22 x 10 -4 9./9. Note: Ar 40
refers to radiogenic Ar 40.
M.V. refers to millions of years. 2.5D-ll
APPENDIX 2.5E SEPARATION OF <2~ FRACTION AND CLAY ANALYSIS OF SAMPLES B, C, D (ESP BUILDING) AND P-1 AND P-2(PUMPHOUSE) June 1979 Robert C. Reynolds, Jr. Professor of Geology Dartmouth College Hanover, New Hampshire
Dartmouth College HANOVER* NEW HAMPSHIRE* 03755 Department of Earth Sciences > TEL. (603) 646-2373 January 8, 1980 Mr. R. Hike stone and Webster Engineering Corp. P.O. Box 2325 Boston, Mass. 02107
Dear Mr. Hike:
r have examined samples of P-l and P-2, fault gau<Je J.O. 12179, and find that they contain insufficient illite for dating purposes. The samples were fractionated into three size ranges in an attempt to eliminate kaolinite and smectite interference, but the procedure was unsuccessful. The data are shown in the table below:
< 0.5lJ P-l smectite - kaolinite < 0.5lJ P-2 smectite - kaolinite - illite (trace) < 2.0lJ P-l kaolinite - smectite < 2.0lJ P-2 kaolinite - smectite - illite (trace) < 5J.1 P-l kaolinite - smectite (trace) < 5lJ P-2 kaolinite - smectite (trace)
Underlined names mean that the mineral is dominant. Trace means that the mineral's stronqest peak is <5% of the intensity of the strongest peak of the dominant mineral. As the data show, P-l contains no apparent illite, and P-2 contains only trace amounts. The kaolinite in both samples is very well crystallized as evidenced by its concentration in the fine silt fraction and the very sharp (narrow) character of its diffraction peaks. Such kaolinites are usually hydrothermal. The sedimentary varieties, formed by weathering, give more diffuse diffraction patterns. Hydrothermal kaolinites are usually taken as evi-dence of acidic solutions. More alkaline solutions are apt to form montmorillonite or illite. The original job called for clay identification, illite polymorph analysis, and separation of illite for dating pur-poses. The price was $170 per sample. Because the time-
consuming step of separating illite was not done, I request payment of $50/samp1e, or a total of $100. The samples are returned under separate cover. Sincerely, (-'.,/:, '.1"
. . / (......_! ..~,...-..,) ..... .. (1 R~berti2.)~~ynoi~s, Jr.
Professor of Geology RCR/sgo
Separation of < 2jJ Fraction and Clay Analysis of Samples B, C, and D Job Order No. 12179 CONCLUSIONS Sample C is unsuitable for age determinations related to fault movement because it contains abundant feldspar and in addition, the mica may not be syngenetic with faulting. Sample B is unsuitable because it is essentially pure smectite. Sample D is marginally suitable; it contains abundant smectite with some mica (illite?). All three samples contain abundant smectite whose crystal-linity suggests that it formed by hydrothermal alteration along the fault. PP.OCEDURE Three samples, labeled B, C, and D were received from Stone and Webster Engineering Corp. These were treated according to the following scheme except for variations noted below:
1. Soak bulk sample for 1 hour in distilled water.

2. Stir suspension with electric stirrer.

3. If clay flocculates, decant and add fresh water until clay is apparently dispersed.

4. Add 0.01 N sodium pyrophosphate to promote dispersion.

5. Stir, settle 10 minutes to remove sand and silt, and transfer the supernatant to centrifuge cups.

6. Centrifuge for 10 minutes at 450 rpm (size 2 International centrifuge) to extract < 2l-1 material.

7. Flocculate with dilute Hel and rewash with centrifuge to concentrate the clay in a smaller volume.
2.5E-1
8. Extract alliquot of suspension, pipette onto glass slide, and oven dry at lOSoC for clay analysis.

9. Flocculate the remainder of the suspension with dilute Hel, centrifuge, and dry the sediment at 105°C. Grind to a powder in an alundum mortar.

10. Pack alliquot of dry powder in recessed aluminum sample holder for polytype analysis.

11. Run X-ray pattern of glass slide over the range of 50 to 2° 28 (CuKa radiation). Interpret the clay pattern.

12. Solvate the slide with ethylene glycol (vapor method) at 60°C and reanalyze by X-ray diffraction to detect smectites if present.

13. X-ray the dry powder over the angular range 50 to 2 0 2 8 (CuKa) .

14. Run diffraction pattern calibration check on diffracto-meter using "permaquartz" slab. Step scan over the lola to ascertain that is within +/- 0.02°28 of the nominal value of 26.664°28 (CuKa radiation). (Parrish, W., 1948, Philips Lab. Inc. Tech. Rept. No. 17.)
Sample D contained much smectite and some illite. It was saturated with Na to remove exchangeable K by suspending it in IN NaCl and centrifuging to remove the supernatant; the procedure was repeated three times and the sample was washed to dispersion by repeated centrifugation from distilled water. Sample B consists of essentially pure smectite, so no randomly oriented diffraction pattern was prepared for this 5ample. RESULTS Sample C consists of mica, smectite, quartz, and feldspar. The mica 002 is very weak compared to the 001, thus the mica is probably a trioctahedral species such as biotite or phlogopite. Such materials are most likely derived from igneous and/or meta-morphic lithologies and thus are probably not authigenic to the 2.SE-2
fault gouge. This finding, plus the abundant feldspar lines present, makes this sample unsuitable for radiometric age measurement if that measurement is used to date the time of last fault movement. An age would probably relict the age of the wall rock. Sample D is mostly smectite with some (~IO%) illite. The abundance of illite is so low that hk£ reflections could not be observed on the randomly oriented dry powder. Consequently, the mica polytype is unknown and unknowable. This material could probably be used for an age measurement of fault movement, but the resulting age would be subject to some uncertainty of meaning. Sample B is. essentially pure smecti te wi th just a suggestion of trace amounts of mica. It was judged unsuitable for age measure-ment and its <2~ fraction was discarded. Samples C and D were used to completion. The <2~ powder provided to Stone and Webster is the total <2~ material from these samples. Sample B, bulk material as received, will be returned. DISCUSSION All three samples contain well crystallized smectite. In fact, the <2~ fraction of Sample B is almost as pure as many of the A.P.I. standard bentonites such as the Clayspur, Santa Rita, and Belle Fourche. The diffraction pattern of the glycol-solvated oriented film shows intense, sharp OO~ reflections. Sample D is rich in similar material and Sample C contains some of it. Srnectites are commonly formed by hydrothermal activity (Grim and Guven, 1978, p. 131; Takeshi, 1978, p. 221). Other origins include pedogenic weathering of mica and after-burial alteration of volcanic ash beds. The latter is inappropriate here, 2.5E-3
and smectites formed by weathering produce diffuse, weak diffraction patterns that are unlike the ones observed from these samples. The conclusion seems certain that the smectites in samples B, C, and 0 were formed by hydrothermal alteration of fault gouge at some time during or after faulting. REFERENCES Grim, R.E., and Guven, N. (1978) Bentonites: Geology, Mineralogy, Properties, and Uses. Elsevier Press. Takeshi, H. in Sudo, T., and Shimada, S. (1978) Clays and Clay Minerals of Japan. Elsevier Press. Robert C. Reynolds, Jr. Professor of Geology Dartmouth College Hanover, NH 03755 2.5E-4
APPENDIX 2.5F DYNAMIC SOIL TESTING ON BEACH SANDS Geotechnical Engineers Inc. Winchester, Massachusetts
Repor t on LABORATORY SOIL TESTING MILLSTONE NUCLEAR STATION Subm itted to STONE & WEBSTER ENGINEERING CORP. Bosto n, Massa chuse tts by GEOTECHNICAL ENGINEERS INC. 1017 Main Stree t Winch ester, Massa chuse tts 01890 Proje ct 75244 Sept. 5, 1975 G:)nza1o_ Castro
TABLE OF CONTENTS List of Tables List of Figures
1. INTRODUCTION 1.1 PURPOSE 1 1.2 SCOPE 1 1.3 AUTHORIZATION 1

2. OUTLINE OF GENERAL TESTING PROCEDURE 2.1 CONTROL OF THE LENGTH OF THE SAMPLES 2 2.2 EXTRUSION OF SAMPLES FROM THE TUBES 2

3. SAMPLE DESCRIPTIONS AND INDEX TESTS 3.1 SAMPLE DESCRIPTIONS 4 3.2 UNIT WEIGHTS AND WATER CONTENTS 4 3.3 GRAIN SIZE TESTS 5 3.4 SPECIFIC GRAVITY TESTS 5

4. CYCLIC CONSOLIDATED-UNDRAINED TRIAXIAL (CR) TESTS 4.1 PROCEDURE 6 4.2 RESULTS 6 4.3 COMMENTS 7

5. SHEAR MODULUS DETERMINATIONS 5.1 PROCEDURE - RESONANT COLUMN TEST 9 5.2 PROCEDURE - E TEST 10 5.3 RESULTS 10 TABLES FIGURES APPENDIX A - DESCRIPTION OF UNDISTURBED SAMPLES 2.5P-iii
LIST OF TABLES 1 CONTROL OF LENGTH OF TUBE SAMPLES 2 UNIT WEIGHTS AND WATER CONTENTS OF UNDISTURBED SAMPLES 3 CYCLIC CONSOLIDATED-UNDRAINED TRIAXIAL CR TESTS 2.5F-iv
LIST OF FIGURES GRAIN SIZE CURVES
1. Boring P-3, Sample UP3C 2". Boring P-3, Sample UP4B

3. Boring P-3, Sample UP4C

4. Boring P-4, Sample UPIB

5. Boring P-4, Sample UPIC

6. Boring P-7, Sample UPIC

7. Boring P-7, Sample UP2B

8. Boring P-7, Sample UP2C

9. Boring P-7, Sample UP3B

10. Boring P-7, Sample UP3C

11. Boring P-8, Sample UPIC

12. Typical Cyclic Load Test Record, Test CR-8 (Partial Record)
CYCLIC TRIAXIAL TESTS - INDIVIDUAL RESULTS
13. Boring P-3, Sample UP3C, Test No. CR-8

14. Boring P-3, Sample UP4C, Test No. CR-l

15. Boring P-7, Sample UPIC, Test No. CR-6

16. Boring P-7, Sample UP2B, Test No. CR-9

17. Boring P-7, Sample UP3C, Test No. CR-4

18. Boring P-8, Sample UPIC, Test No. CR-5 CYCLIC TRIAXIAL TEST -
SUMMARY
PLOTS
19. Cyclic Stress Ratio, 2.5% D.A. Strain

20. Cyclic Stress Ratio, 5.0% D.A. Strain

21. Cyclic Stress Ratio, 10.0% D.A. Strain

22. Cyclic Deviator Stress, 2.5% D.A. Strain

23. Cyclic Deviator Stress, 5.0% D.A. Strain

24. Cyclic Deviator Stress, 10.0% D.A. Strain

25. Shear Modulus Determinations

26. Maximum Shear Modulus vs Strain

27. Damping Determinations

28. Wiring Diagram for Resonant Column Equipment 2.5P-v

1. INTRODUCTION 1.1 PURPOSE The purpo se of this repo rt is to prese nt the resu lts of labo rator y tests perfo rmed on undi sturb ed silty sand samp les from the site of Mill stone Nucl ear Powe r Stati on, Unit 3, in Wate rford , Conn ectic ut. The testi ng was done in orde r to evalu ate the dynam ic respo nse char acte risti cs of the subs oils in the area of the circu latin g and serv ice wate r pump hous e.
1.2 SCOPE A total of nine 3-in. -diam eter, fixed -pist on samp les from seven borin gs were deliv ered to Geot echn ical Engi neers Inc. by Stone & Webs ter Engi neeri ng Corp orati on on June 13, 1975 . Based on the cond ition of the tube and of the in the tube, seven samp les were chose n for cycl soil ic triax ial testi ng. All samp les were desc ribed and the testi ng progr am cons isted of: 6 Cycl ic Tria xial (CR) Tests 2 Reso nant Colum n (RC) Tests 1 Smal l Stra in Cycl ic Tria xial (E) Test 11 Grain Size Dist ribut ion Dete rmin ation s 3 Spec ific Grav ity Dete rmin ation s 1.3 AUTHORIZATION The work repo rted here in was auth orize d by Stone ster Engi neeri ng Corp . unde r purch ase orde r No. & Web-2199 .082- 521, for Stone & Webs ter Job Orde r No. 1217 9. 2.5F- 1
2. OUTLINE OF GENERAL TESTING PROCEDURE 2.1 CONTROL OF THE LENGTH OF THE SAMPLES Stone & Webster personnel transported the samples from the field to the Geotechnical Engineers Inc. laboratory in Winchester, Massachusetts where the samples were handled at all times in an upright position. The distance from the top of the tube to the top of the sample was measured in the laboratory prior to testing for comparison with the same measurement made in the field by Stone & Webster personnel after the sample came out of the borehole. Compaction of the sample during handling would have resulted in an increase in the measured distance. Table 1 lists the measured dis-tances and the apparent sample compression or expansion.
Samples UP3 and UP4 from boring P-3 were not measured in the field so it was not possible to determine apparent sample compression. Samples UPI from boring P-4, UP2 from boring P-7 and UPI from boring P-8 all showed apparent sample expansion of from 1.6 to 5.6 em. The apparent sample ex-pansion may be due to measurement inaccuracy, or from move-ment of the sample in the tube if during transportation from the field to the laboratory the sample was placed in a hori-zontal position. These samples were used for resonant column and cyclic load tests. The results of these tests would underestimate the strength of the soil if the apparent ex-pansion were real and not the result of error in measurement. Sample UPI from boring P-IO had an apparent sample compression of 3.0 ern and was not used for triaxial testing. A difference of a fraction of a centimeter was considered likely to be the result of measurement error due to an uneven end of the sample, loss of soil during removal of the wax seal, or to the mea-suring stick indenting the soil. 2.2 EXTRUSION OF SAMPLES FROM THE TUBES Before the samples were cut and extruded the wax-sealed plastic caps and wax seals at the top and bottom of the sample were removed. The cutting edge diameter of the tube was mea-sured and nicks or dents in the tube were noted in the indi-vidual sample descriptions (Appendix A). All the tubes but P-7, UPIC had cutting edge diameters ranging from 98.2% to 99.0% of the inside diameter. The cutting edge diameter of tube P-7, UPI could not be accurately measured because of the damage suffered by the cutting edge during sampling. Due to the limited number of samples available this sample was used for testing. 2.5F-2
A secti on of the tube abou t 7 to 8 in. long was with a tube cutte r while main taini ng the tube cut in an uprig ht posi tion. The press ure appl ied by the tube cutte r was kept to a minim um to avoid defor ming the tube. The tube and samp le were weig hed. To prev ent samp le distu rban ce durin g extru sion a beve l tool was used to bend out and smoo th the sharp edges of the tube wher e it was cut. The secti ons of a given tube were desig nated A, B, and C start ing from the top. The samp le was trimm ed in the tube to a leng th of abou t 17.0 cm. A porou s disc was place d at the botto m of the samp le befo re extru sion if addi tiona l supp ort afte r extru - sion and durin g trans fer to the triax ial cell was requ ired. The speci men was then extru ded vert icall y into a memb rane stret ched by vacuu m on a memb rane stret cher . Afte r weig hing, the speci men was place d in the triax ial cell. A vacuu m of abou t 27 inche s Hg was appl ied l) to prev ent distu rban ce of the speci men whil e meas uring the speci men and durin g assem bly of the cell. l)NO vacuu m was used on the E-te st speci men. Par Test RC-2 a vacuu m of only 10 inche s Hg was appli ed to the speci men. 2.5P- 3
3. SAMPLE DESCRIPTIONS AND INDEX TESTS 3.1 SAMPLE DESCRIPTIONS After completion of each cyclic triaxial test, the speci-men was carefully removed from the cell. The specimen was then sliced longitudinally and described. The sample desc-riptions for each section extruded are presented in Appendix A.
The samples tested were generally a brown micaceous silty medium to fine sand, except sample P-7 UPIC (used for test CR-6) which was a slightly silty coarse to fine sand. All specimens contained layers of fine sand or silty fine sand, or more micaceous sand, from 1 mrn to 2 em thick, ex-cept samples P-7 UPIC and P-8 UPIC. Sample P-7 UPIC had no apparent stratification and contained some gravel particles up to 1.5 cm in diameter. Sample P-8 UPIC was a layered silty fine to medium sand, with layers of stiff brown silty clay from I rom to 5.0 cm thick and one layer of clean orange-brown medium to fine sand, 2 cm thick, at the top of the specimen. Relative density determinations were not performed because of the stratification observed in the samples. 3.2 UNIT HEIGHTS AND WATER CONTENTS The unit weight of each extruded sample section was de-termined both in the tube and in the triaxial cell. The length and weight of a sample section was first determined in the tube. All trimmings were retained together with any soil which remained in the tube after extrusion of the section. The trimmings were then oven dried and weighed. After extrusion and before placement in the triaxial cell, the sample was weighed while in the membrane stretcher. With the specimen in the cell and under a vacuum, the dimensions were rletermined. After completion of the triaxial test and sample description, the sample was oven dried and weighed. This weight was used to determine the initial dry unit weight and water content of the triaxial specimen. The dry weight of the sample was added to the dry weight of the trimmings to determine the dry unit weight and water content in the tube. The dry unit weights and water contents ranged from 86.4 to 107.5 pcf and 20.1 to 33.7%, respectively. All unit weight and water content determinations are listed in Table 2. 2.5F-4
3.3 GRAIN SIZE TESTS After each sample specimen had been oven dried a sieve analysis was performed on soil from the zone or zones of maximum deformation. In the case of the resonant column tests and the E test, where only small strains developed, a sieve analysis was performed on a representative sample of the entire specimen. The grain-size distribution curves for each specimen are shown in Figs. 1 to 11. 3.4 SPECIFIC GRAVITY TESTS After the specimens used for the resonant column tests and E test were oven dried, a representative sample of each specimen was used for specific gravity determinations. The following values of specific gravity were obtained: Boring Sample Specific Gravity P-3 UP4B 2.75 P-4 UPIB 2.76 P-7 UP3B 2.77 The relatively high values of specific gravity can be at-tributed to the presence of appreciable amounts of musco-vite and biotite, which have specific gravities from 2.8 to 3.1. 2.5F-S
' 4. CYCLIC CONSOLIDATED-UNDRAINED TRIAX IAL (CR) TESTS .... ;0.
4. 1 PROCEDURE The speci mens were place d in the triax ial cell as de-scrib ed in Sect ion 2. Afte r the cell was assem bled a smal l conf ining press ure of 0.5 kg/cm 2 was appl ied.
Wate r was ad-mitte d to the speci men unti l the vacuu m appl ied prio r to assem bling the cell was dissi pate d. The speci mens were con-solid ated isotr opic ally at effec tive conf ining press ures of 0.50 kg/cm 2 or 1.0 kg/cm 2, which were selec ted to be appr oxi-mate ly equa l to the effec tive overb urden press ure actin g on the soil in the groun d. To inve stiga te the influ ence of the conf ining press ure on the test resu lts, test CR-9 and CR-6 were cons olida ted at lowe r and high er conf ining pres sure s, resp ectiv ely, than their in-s itu cond ition . Back press ures in the orde r of 14.0 kg/cm 2 were used to ensu re satu ratio n of the speci mens , which was check ed by deter mini ng the B value . The speci men was cons idere d satur ated if the B value was 0.95 or high er. Afte r satu ratio n the drain age valve s were close
d. A cycl ic load , appro xima tely symm etrica l in exten sion and com-press ion was appl ied at a frequ ency of abou t one cycle every 2 to 3 secon ds unti l axia l exten sion failu re or 10% doub le ampl itude strai n occu rred. A conti nuou s recor d was made of the axia l load, axia l defor matio n, and pore pres sure . A typic al exam ple of a porti on of such a recor d is shown in Fig. 12.
4.2 RESULTS Table 3 prese nts a summ ary of the resu lts of Inclu ded are the numb er of cycle s to reach mom all cg tests . entar ily 03 ~ 0 for the first time , to reach doub le ampl itude strai ns of 2.5% , 5%, and 10%, and to reach axia l exten sion failu re, and the doub le ampl itude strai n at the cycle imme diate ly prece ding axia l exten sion failu re. The indiv idua l test resu lts of all CR tests are pre-sente d in Figs . 13 to 18 by the follo wing plots of cycl ic numb er versu s: Peak devi ator stres s in comp ressi on and exten sion. Peak axia l strai n in comp ressi on and exten sion and doub le ampl itude strai n. Induc ed pore press ure at the end of each cycl e. 2.5F- 6
Figs . 19 to 24 are summ ary plots of the cycl ic devi ator stres s ratio and the cycl ic devi ator stres s versu s the num-ber of cycle s to reach 2.5% , 5%, and 10% doub le ampl itude strai n. Beca use only two speci mens reach ed axia l exten failu re, no summ ary plot was made of cycl ic devi sion ator stres s versu s numb er of cycle s to reach axia l exten sion failu re. Plot s of cycl ic devi ator stres s and cycl ic stres s ratio to reach doub le ampl itude strai ns of 2.5% , 5%, and 10% in five to ten cycle s versu s effec tive cons olida tion press ure for each soil type (Item s 11 and 12 in Secti on 3.4 of Stone & Webs ter Scop e of Work 2199 .082- 521) were not poss ible due to the limit ed numb er of tests perfo rmed . 4.3 COMMENTS When the axia l defor matio n of the speci mens durin CR tests becam e large enoug h to be visib le, it g the was obse rved that the axia l strai n would be conc entra ted in one or two zones of the speci men. The zones of exce ssive axia l defo r-matio n could be iden tifie d by neck ing or bulg ing durin g ex-tensi on and comp ressi on, resp ectiv ely. In two tests (CR-I and CR-8 ) the speci mens faile d in exten sion by neck ing. Two zones of conc entra tion of defor matio n were noted in tests CR-4 and Cn-5 . The speci men in test CR-4 necke d one- third of the way from the top and botto m in zones of silty fine sand . The speci men in test CR-5 deve loped maxi - mum defor matio n in layer s of silty fine to mediu m sand above and below a 4-cm layer of stiff brown sandy silty clay , in the top one- third of the speci men. The vacuu m appl ied to each CR test speci men to prev ent distu rban ce durin g meas urem ent of the speci men and assem bly of the triax ial cell may have influ ence d sligh tly the CR test resu lts. The vacuu m, abou t 27 inche s of merc ury, in effe ct prec onso lidat ed each of the speci mens to abou t 0.93 kg/cm 2. The pore press ure was meas ured by mean s of an elec tric trans duce r conn ected to the top and botto m of the sEeci men. Unde r the relat ively rapid loadi ng appli ed in the CR tests there is not enoug h time for the pore press ure to equa lize along the samp le, exce pt perha ps in the clean er sand s. Thus , in some CR tests there is not enoug h time for the pore pres - sure to equa lize along the samp le, exce pt perha ps in the clean er sand s. Thus , in some CR tests the recor ded pore pres sure prob ably did not repre sent the pore press - ure in the most high ly strai ned zone of the speci men. 2.5P- 7
The induc ed Eore press uri-w as plot t~d versu s the cycle numb er for each CR test (Figs . 13 to 18). The pore press ure was deter mine d by readi ng the maxim um induc ed pore press ure recor ded in each *cycl e. The maxim um induc ed pore press ure occu rs when the axia l load on the speci men is zero, that is when the load chan ges from _exte nsion to comE ressi on. The numb er of cycle s to reach 03 ~ 0 for each_ CR test is pre-sente d in Table 3. In three of the six CR tests the induc ed pore press ure becam e very close to but did not reach the ef-fecti ve cons olida tion pres sure . In those cases (CR- l, CR-4 , and CR-9 ) the numb er of cycle s to reach 03 ~ 0 liste d in Table 3 was deter mine d by choo sing the cycle in which the induc ed pore press ure becam e very close to the effec tive con-solid ation press ure and then conti nued to appro ach the effe ct-ive cons olida tion press ure asym ptoti cally . 2.5P- 8
5. SHEAR MODULUS DETERMINATIONS Two types of tests were perfo rmed to deter mine the shea r modu lus of the soil , name ly reson ant colum n tests for shea r strai n ampl itude of abou t 3 x 10-6 mm/mm to 10-4. mm/ mm and c~cl ic triax ia!3( E) tests for shea ampl ltude of 10- mm/mm to 10 r strai n rom/rom. Two reson ant col-umn tests and one E test were perfo rmed .
5.1 PROCEDURE - RESONANT COLUMN TEST The speci mens were remo ved from the tubes as des-cribe d in Secti on 2, place d in the reson ant colum n cell, and subje cted to a vacuu m as indic ated in Table 2 while assem bling the cell. The speci mens were then back -pres sure satur ated befo re begin ning the shea r modu lus deter mina tions . The shea r modu lus was deter mine d as a func tion of sing le ampl itude shea r strai n for a seque nce of effec tive conf ining pres sure s. Tors ional vibra tions were appl ied to the "free " end of the samp le throu gh four perm anent magn ets attac hed to the top cap of the samp le and movi ng insid e four fixed coils to which a sinu soid ally vary ing volta ge was ap-plied . The movi ng magn ets appl ied a cycl ic torqu e to "free " end of the speci men and the frequ ency of the the torqu e forci ng the samp le vibra tions was incre ased unti l reson ance was reach ed. The ampl itude of speci men vibra tion was moni - tored using an acce lerom eter attac hed to the top cap. Re-sonan ce was detec ted when the volta ge outp ut of the acce lero-mete r reach ed a maxim um. The corre spon ding frequ ency was meas ured using an oscil losco pe. The sing le ampl itude shea r strai n was calcu lated func tion of frequ ency , acce lerom eter outp ut and as a speci men dime nsion s. The shea r strai n ampl itude s repo rted occu r along " the oute r perim eter of the speci men wher e they are a maxim um. The shea r modu lus was comp uted from the shea r wave velo city acco rding to the form ula: 2 G = EVs wher e G = shea r modu lus E = mass dens ity of speci men Vs = shea r wave velo city 2.5F- 9
Damp ing deter mina tions at reson ance invol ved simu ously switc hing off the inpu t volta ge to the coils ltane - and phot o-graph ing the decay ing trace of the acce lerom eter outp ut on the oscil losco pe. The damp ing ratio s were then comp uted as a func tion of the peak -to-p eak ampl itude of the acce lero-mete r outp ut volta ge as meas ured from the photo graph s. A schem atic of the equip ment arran geme nt is shown Fig. 28. in 5.2 PROCEDURE - E TEST The speci men was cons olida ted and satur ated in mann er as the CR test speci mens . the same In cont rast to the reso - nant colum n test speci mens , no vacuu m was appl ied to the samp le while assem bling the cell. The elas tic modu lus was deter mine d ~s a func tion axia l strai n in the range of 10- 4 to 10- mm/mm of for a serie s of effec tive conf ining pres sure s. Seve ral serie s of diffe r-ent repe ated comp ressi ve devi ator stres ses were appl ied to the speci men for four to six load repe titio ns each
. Using an X-Y reco rder, a recor d of axia l defor matio n and load was obta ined from which the elas tic modu lus and damp ing were obta ined . Afte r each deter mina tion, the drain value s were open ed to allow the induc ed pore press ure age valv es to diss ipate .
At the comp letio n of the modu lus deter mina tions for a given effec tive conf ining press ure, the cell press ure was raise d and the speci men cons olida ted to the next high er effe ctive conf ining press ure for the next serie s of deter mina tions . For the purp oses of prese nting the data , the elas tic modu lus and axia l strai n value s from the E test were conv erted to shea r modu lus and shea r strai n, resp ectiv ely, using a Pois son's Ratio of 0.5. 5.3 RESULTS The data obtai ned from the two reson ant colum n the E test are comb ined in Figs . 25 and2 7 to show tests and the relat ion-ship betw een shea r modu lus and damp ing ratio , resp versu s shea r strai n for the full range of shea r ectiv ely, strai ns teste d. The relat ions hip betwe en the maxim um shea r modu lus versu s the effe ctive cons olida tion press ure is show n-in Fig. 26. As state d prev iousl y, a vacuu m was appl ied to nant colum n test speci mens to faci litat e the assem the reso - bly of the cell prio r to apply ing an initi al cell press ure of 0.5 kg/cm 2. 2.5F- 10
2) For RC-l a vacuum of 27 inches of mercury ( 0.93 kg/cm was used while for RC-2, a vacuum of 10 inches of mercury ( 0.3 kg/cm 2) was used. Upon the application of cell pres-sure of 0.5 kg/cm 2, the specimens were consolidated to 1.4 and 0.8 kg/cm 2 for RC-l and RC-2, respectively. After re-lease of the vacuum the effective consolidation pressure was reduced to the value of the cell pressure (0.5 kg/cm 2). This may partially explain the higher values of shear modulus obtained from RC-l as compared to RC-2 at the effective con-fining pressure of 0.5 kg/cm 2 (see Fig. 25). The data obtained show the following general trends:
1) A decrease in shear modulus with increasing shear strain.

2) An increase in shear modulus with increasing effective confining pressure.

3) An increase in damping ratio with increasing shear strain.

4) A slight decrease in damping ratio at a given level of strain for increasing effective con-fining pressure.
2.5F-11
TABLE 1 - CONTROL OF LENGTH OF TUBE SAMPLES MILLSTONE NUCLEAR POWER STATION Borin g Sampl e Distan ce From Top of Tube Appar ent Sampl e to Top of Sampl e No. No. Compr~ :,sion Field Lab Measu remen t Measu rem0.n t (b) - (a) (a) (b) cm em cm r-- 3 1) UP 3 - 55.6 - P-3 1) UP4 - 20.1 - P-4 UP 1 ]0.5 211.9 -s. () P-7 UP 1 49.5 49.3 -0.2 P-7 UP 2 31.8 30.2 -1.6 P-7 UP 3 22.9 22.7 -n./. P-8 UP 1 43.2 41.2 -2.n P-IO UP 1 54.6 57.6 +3.0 Note: 1) Measu remen t not taken in the field . Geote chnic al Engin eers Inc. Proje ct 752114 Augus t 12, 1975 2.5F- 13
TABLE 2 - UUIT HEIGHTS AND HATER CONTENTS OF U~mISTURBED SAHPLES MILLSTOm:::: NUCLEAR POHER STATION Boring SaI'1ple Depth Samr>le Section Triaxial Specimen no, Uo. Section vIet Uni t ~'la ter Dry Unit Test Dry Unit Weiqhts, pcf vleiqht Content vleight No. . . 11) t!: nltla - Arter Consolo to 0 c ' kg/cm 2 ft pcf % pcf 0.5 1.0 2.0 P- 3 UP3 27.0 C 123.1 25.3 98.3 CR-8 99.4 99.4 - - P-3 UP4 32.0 B 115.5 33.7 86.4 RC-1 86.4 86.4 86.7 - C 118.6 29.3 91.7 CR-l 89.4 - 90.3 - P-4 UPI 5.0 B - - 86.5 RC-2 85.5 86.5 87.1 88.3 l'V C 118.4 29.9 91.1 No test - - - 0 V1 h:j I 20.1 105.8 CR-6 107.5 108.6 ~
+:: P-7 UPI 12.0 C 127.1 -
P-7 UP2 19.5 B 117.7 32.0 87.4 CR-9 88.4 90.0 - - C 118.6 2.9 .9 91.8 tJo test - - - - P-7 UP3 21.5 B 118.0 33. 7 88.3 C-I 88.5 89.3 90.6 91.5 C 120.8 28.3 91.1 CR-4 91.3 - 92.0 - P-8 UPI 24.4 C 123.4 22.7 100.5 CR-5 100.5 100.5 - - J Note: 1) All CR test specinens and RC-l test spe~imen were suhjected to a vacuum of 28 in. Hq (-0.9 kg/cm~) while assenblina the cell. RC-2 test speci~en was subjocted to a vacuum of 10 in. Eq (-0:3 ~:g/cm2) while as-semhlinq the cell. E-l test specimen was not suhjected to a vacuum. - Geotechnical Cnqineers Inc. Project 75244 August 15, 1975
TABLE 3 - CYCLJC CONSOL TDATLD - UNDRAIN ED TRIAXIA L CR TESTS MILLSTO NE NUCLEA R POWER STATION Boring Sample Test Depth Elevation Initial Initial Dry Unit Wt , Effective 1 Number of Cycles to Reach No. and i\o. Cyclic (MLW) Water Dry Unit After (OI-03)c v Douhle Amplltud e ConsoLId ation Devtator '2 J)ouble Amp. Strain (c Section Content Weight (13~0 Equal to Axial Strain fc in Cycle Consolld ation Pressure Stress 2a c i\o. Exteris ion Precedin g Axial wI Y-:li Ydc (1c (OI- 03)cy Failure Fxtensio n Failure ft ft rv,. ref pef 2 2
!,g/cm kg/cm 2. Y' ;j.0"; 10C;;
P-3 l'P3C CR-q 27.0 -1.'3.0;) 25.3 99.4 99.4 0.50 .32 .32 66 15 22 38 100 21. 6 P-,1 CP4C CR-l 32.0 -lil.65 29.3 89.4 90.3 1.0 .62 .31 5 1 1 5 17 17.6 P-7 l'PIC CR-6 12.0 - 8.18 20.1 107.5 108.6 1.0 3)
.56 .28 7 2 4 9 - - 3)
P-7 UP2B CR-9 19.5 -15.68 32.0 84.4 90.0 0.50 .41 .41 20 5 14 28 - 4) - 4) P-7 ('P3C CR-4 29.5 -25.68 28.3 91. 3 92.0 1.0 .63 5)
.32 10 2 5 11 - 5)
P-R ePIC CR-5 12.0 - 1. 48 22.7 100.5 100.5 0.50 .24 6)
.24 83 87 130 288 - - 6)
~ Not e s : I) (a (a ~) cy is an average of extens ion and compres sive stresses for cycles up to 15'1 Double Arnplttud e Strain. U1 2) In several tests &3 did not reach O. In.those cases the cycle was chosen in which the induced pore pressure t-Ij consolid atioo pressure and then leveled off or continued became very close to the effeative to approach the effective consoltr' at ton pressure assympto
, test results (Figures 13 to 13) for more details. tically. See text and Individua l U1 3) Axial extension failure not achieved . Test stopped after cycle No. 13 with Double Amplitud e St ratn > 13. sq.
4) Axi a l extension faflure not achteved , Test stopped after cycle No. 37 with Double Amplltud e St ratn > 14.2";.

5) Axial extension tuture not achieved . Test stopped after cycle No. 16 with Double Amplitud e St raln > 14.7':;.

6) Axial extension failure not achieved . Test stopped after cycle No. 360 with Double Amplitud e Stram > 10.5'1-.
Geotechn ical Engineer s Inc. Project 75244 August 11. 1975
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! III1 I III I I I rt I II I I ,.oII 90 , I I i II iii I I II ! III I I It I I! ! I ! I I I 01 I I I I I I l I II :00 500 100 50 10 5 I 0.5 0.1 0.05 0.01 0.005 0.001 GRAIN SIZE MILLIMETERS I GRAVEL I S~ND coaBLES SILT OR CLAY I CO;"RSE I FINE ICOt.RSE MEDiUM FI NE Stone & Webster GRAIN SIZE CURVE Millstone Nuclear Station Boston, Massachusetts Boring P-7 Unit 3 Sample UP2C Geotechnical Engineers Inc. Northeast Nuclear Energy Winchester, Massachusetts Project 75244 August 27, 1975 Fig. 8
L3b 3 r ev 0 28 ~la\' 74 u.s. STAI\DA RD SIEVE OP~NIN G IN INCHES U. S. STANDA RD SIC:VE NU~.~BERS HYDROr.~ETER 6 4 3 2. ('/Z I 3/~ Ijz. 3/8 3 4 6 8 10 14 16 20 30 40 50 70 100 140 200 100, ! I 1 I I I I I I I I I 11 1 II ill! il , III I 1 ~I I I I I 0 1111 I I (jO I I I I I II I II I '\. II I II I I 10 I I II I I I III I IIII I I \ II I I I I I 1111 I I I I II I I I I I : III I I IIII I I \ I III I 111\ I I
** I , I I 1 I 2.0 8° I I ! ! II I I I I I II! I I I I III I I I I \ III I ! I I iii I I I I I I - '-
11I1 'I I I I I! , I I I I I I \ I! I II Test E-l .......
~ 7°1 I I -30 ~
o , i !i I ! i I I I I i II I ! I I! II I I I I LrJ LJ I
\ IIII I 5 ~ -3: - I' , I iI I I I I ~ bu I \III I i \ II I I i I \11111 I I Ii I I I I I I I r I 40 CD
D II I I I I I 1111 I I I I IIII I I I \ iI I I! II I I I I a::
II I I I I I LrJ (f) S 50 i I I IIII I I III j I I I ~II I I 1III II I I 4:... LL I I IIII I I I i II I IIII I 50 ~ I I I \111 I II! I I I I 0 I U v II I I I I I IIl I I III I I I I '-
"- .J- I II II I ~
i I I I II I I I 60 Z J1 u I I III1 I I I I II I I "Ij Ii I I I I I !I 1\1 I I I 1111 I I I w I n: I I III I I I I I u v ~ 30, I I ! III I III I I I I IIII I I IIII I I I a: J1 70 w II I I I I IiI I I I I I III I I I I II II I 0... II i I I I I I I 20' I I II I I I I II1I I I I III! I I* I! II I I I II i I I I I I I I I I II I I I IIII I I 80
! II I I I I 1II1 I I I I II! I I I I I I jill! I I .;) I I i II I I I I II! I I I I I III I ! I I I I I II: i I ! I I I I I I !I i I I I I I 90 III! I I I I I iii I I I i III I , I I I I ** ! ! I ! I I o I j i II I I I I I 500 ;00 III 'I I III I I I I III I I I I III! I I I I 50 /0 5 I 0.5 I :00 0.1 0.05 0.0: 0.~O5 0.001 GRAIN SiZE MILLltl .~T::RS 1 GRAVEL I coaBL ES S:"ND I c ozs s r I FINE ICO.,RS E """ED;U ~
I SILT OR CLAY FI NE I Stone & Webs ter Mills tone Nucle ar Statio n GRAIN SIZE CURVE Bosto n, Massa chuse tts Unit 3 Borin g P-7 Geote chnic al Engin eers Inc. North east Nucle ar Energ y Sampl e UP3B Winc hester , Massa chuse tts Proje ct 75244 Augus t 27, 1975 Fig. 9
Lab 3 r ev 0 28 :\Ta\' 74 u.s. STANOARD SIEVE OPENING IN INCHES u. S. STANDARD SIEVE NUMBERS HYDROMETER 6 4 3 2 11/2 I 3/<4 1/2. 0/8 3 4 6 8 10 14 /6 20 30 40 50 70 100 140 200 100 I I J :1 I I I I I II 0 n r J I~I I I I III I I
~o ~
Two Zones of Max. Deformation -- /0 II I I \ Combined I I \ Test CR-4 80 I' , I I I 2.0 IIII I I I I I \ II I! Ii - I ~ i I i i II I I i I I -'- I- 70 I I II I I I I \ I I, II I <.? I 30 W D I I .* ! j I I i I' I I I -I I I I \1 IIII I I II I 3: w !, I I I ,I 3= 60 I II I I I II I I >- 40 CD
>-- II 1\ I a:
CD I II I I I w (f)
~ 50 I II I I I \1 I I IIII 50 ~
z IIII I I I I I 0 u, ~ I I u v I I I I ~
!z ~o I I II I 60 Z
}1 ,
...J W tj I U I I I I I I ! U I
...> ct: III II I w 30 I I I a:: l') 70 w 0.. , II ' II I I CL I I III I I I 20 I II II I I I II I I I I II II I
,, i 80 II I I I I II I I I II! , I I I I I I I II I I Ii I I I I
0, , 90 III i !, I I I I I! III I I I I II rI ! I , I I 0 I II I I I I I I I I :00 500 JOO 50 10 5 I 0.5 0.1 0.05 0.0: 0.005 0.001 GRAIN SIZE MILLIMETERS I GRAVEL I S.lND I COaBLES FINE SILT OR CL~Y I CC;..RSE I ICOARSE MEDIUM FI NE I Stone & Webster GRAIN SIZE CURVE Millstone Nuclear Station Boston, Massachusetts Boring P-7 Unit 3 Sample UP3C Geotechnical Engineers Inc. Northeast Nuclear Energy Winchester, Massachusetts Project 75244 August 27, 1975 Fig. 10
Lab 3 rev 0 28 ~ra\- 74 U.S. STANDARD SIEVE OP~NING IN INCHES U. S. STANDARD SIEVE NUMBERS HYDROMETER 6 4 :3 2 1'12. I 3/-4 liz.. ~/8 3 4 6 8 10 14 16 20 30 40 50 70 100 140 200 100 I II I I I I I 0 I I I I I II II I I II' ~ go I I I i 'i'- I 10 I I I l'i\ * , I I II I I 80 I I II : I I I II \ Zone of Maximum Deformation 2.0
, II ,I I I I II I ~ Test CR-5 '-
I I I III I II I IIII I I I i II I '\ I (? f- 70 30 W C! I III I ! I i i II I I I III I I \1 i1 I III I I I I 3 w I II ! I i I I I I I I I iII I I I >- 40 a:l 3= 60 III I I ~
>- iI I I I III I 1\ I I III I I I a::
CD w (J)
,I I I I II \ .. III I I I II 50 S- 50 ~
0 u, III I I I II I I u tv L- . ~ ~o i III I I~ I I I I I "JIll I I 60 Z U1 :..u
..-! 'I hj I
u III I I I I I I
" II"! u tv CL III I I I I II I I I II I a:
-.....J lJJ 30 70 w Q o, II I II I I I II I I \I I I 20 1 I ,I I I I I I II I I I I I 80 I II I I ! I I I I I 1111 I I I
"" !' I i III I I 1II1 I II I I I iII
01 I 90 I I II' i I ! I I II! I I II I I I I' I II! ! I I I I 0 1/ I , I I i I II I I I I I :00 500 :00 50 10 5 I 0.5 0.1 0.05 0.01 O.GOS 0.00:
GRAIN SIZE MILLIMETERS I GRAVEL I S.lND COBBLES FINE I :::'Ol..R SE MEUiUM FI/'IE SILT OR CLAY I CO":'RSE I Stone & Webster GRAIN SIZE CURVE Millstone Nuclear Station Boring P-8 Boston, Massachusetts Unit 3 Sample UP1C Geotechnical Engineers Inc. Northeast Nuclear Energy Winchester, Massachusetts Project 75244 August 27, 1975 Fig. 11
Induc ed Axial Load Pore Press ure Axial Defor matio n Axial Defor matio n 2 kg/crn Kg nun rnm 0.5 0 1_~-~-*~-~-~-~-*_-_=~~---~i~_2_q_- ~~-~~~
'" - Cycle -~-- --- ~ ~- --
n-Bfu'=----= .: N0f£~~?-'-~ _.- -+-1'-.
--._-:_-~ -~. -- -----=-c - ==-======-
Trans ducer -,-"--
~-r-' . -r:>> ===..:-::...-===== ~.:
r= ,! .I F=== 0 f f scale -. ::::====~; -=- ;;;.;:::::..;..==~ -=='\
N F"f. s:~:i~-:-' ~~T:;~ -~--'-~ . --
~
V1
-. -~
~ =,J' "6:~ I r .::.::~. N ....... - .~- .. co - ~ .... . '.--
- . **:*::-C:t-~-,'~, ~~ ~ -:--(
II r-
~.~ =L'~
~. ;T- -~_. -r G. ---=:.....:.=.. ::..:..:-~- -=- - ~ .. _ -- ._~,: . . ~:......:.. '.".:-. :-.--
I~"~==__c=-=~~~_-~~==--=~ ,--'=~~s,____ l'-~- Stone & Webst er Bosto n, Massa chuse tts Mills tone Nucle ar Statio n TYPIC AL CYCLIC LOAD Unit 3 TEST RECORD Geote chnic al Engin eers Inc. North east Nucle ar Energ y Test CR-S (Part ial Recor d) Winc hester , Massa chuse tts Proje ct 75244 Augus t 27, 1975 Fig. 12
1.0 J..l Compression ON
+.J to u e 0.5 ~ .~ "<,
> tJ'I Q)~ ~
Cl
. 0 u Ul .~ Ul ~ Q) u ~ >,+.1 urn -0.5 -
Extension I
-1.0 15 L
I Double -
/~ Amplitude 10 -
L I c 5 / ~ -
.~ riP /~ /
to Compression J..l ... -
+.I rn .~ ~~
U +J Q)
"0
3
.~
a
-~ ~ -- ~ I U 04 ..........
G~ -5 r-, Extension -
-10 \ -15 N
E 1.0 Q) U 2 J..l"'- o tJ'I ac =0.5 kg/em -
~~ '0 Q) Q) .. 0.5 U J..l ~ ~ ::3 '0 Ul ~
C Ul H Q) 0 J..l c, I I I 2 I I I 5 I I I I I 10 20 I I I I 50 I I I I I 100 200 I CYCLE NUMBER Stone & Webster CYCLIC TRIAXIAL TEST Millstone Nuclear Station INDIVIDUAL RESULTS Boston, Massachusetts Unit 3 Boring P-3, Sample UP3C Northeast Nuclear Energy Test No. CR-8 Geotechnical Engineers Inc. Winchester, Massachusetts Project 75244 August 27, 1975 Fig. 13 2.5F-29
1.0 I
.-~ ~ .~ Compression ON +J S 0.5
('(j
.~
U tJ'l 1/ Q)~ Q
... 0 U U) .~ U) rl (1)
U ~
~+J U(/) -0.5 --...... Extension V I -1.0 15 ./
V J Double 10
~ Amplitude .s-> I c 5 .- Compression .~
('(j
<J(J .. ~ ~ +J Q)
(/)'0 U+J
.~
='
'r-i 0 ---- .....-
rlrl U ~ G~ -5
- ~ ~~ -10 '\, Extension -15 0- C =1
0 kg/em 2 N
E 1.0 Q) U
~ ........ ~
o 0' o...~
'0 .. 0.5 OJ OJ U ~
=' ::l
'0 Ul C Ul H (]J 0 ~
c, I I I I I I I I I I I I I I I I I I I I I 2 5 10 20 50 100 200 CYCLE NUMBER Stone & Webster CYCLIC TRIAXIAL TEST Millstone Nuclear Station INDIVIDUAL RESULTS Boston, Massachusetts Boring P-3, Sample UP4C unit 3 Geotechnical Engineers Inc. Northeast Nuclear Energy Test No. CR-l Winchester, Massachusetts Project 75244 August 27, 1975 Fig. 14 2.5F-30
1.0 lo-l I ON
+J S m U ',-i "<,
0.5
~ -l--- Compression ~ O"l ~~ .. 0 U en ',-i en r-l Q)
U lo-l
>,+J U(I) -0.5 V- Extension -1.0 I
15 I
/ Double V Amplitude /
10 V
~
c 5
-~ .,-i riP m ..
lo-l
~ +J (1)'0 U +J .,-i .,-j r-l"";
(1)
1 0
---- L-- Compression U P.4 C~ -5 ~ <,
r-,
-10 "'~<, Extension I -15 N
S 1.0 aC =1.0 kg/cm 2 Q) U lo-l""- o tn AI,.!(
-oQ) (1).. 0.5 U H
l ::1 ro (J)
H c (J) (1) 0 H
~
I I I 2 I I I 5 I I I I I 10 I 20 I I I 50 I I I I I 100 I 200 CYCLE NUMBER Stone & Webster CYCLIC TRIAXIAL TEST Millstone Nuclear Station INDIVIDUAL RESULTS Boston, Massachusetts Unit 3 Boring P-7, Sample UPIC Northeast Nuclear Energy Test No. CR-6 Geotechnical Engineers Inc. Winchester, Massachusetts Project 75244 August 27, 1975 Fig. 15 2.5P-31
1.0 1-4 -: 1J ON
+J S 0.5 ttl u Compression .,-l " ~ 0' Q)~
c . I u Ul 0
.,-l M
Ul Q) T U 1-4
>.+J Extension Uti) -0.5 I -1.0 T
15 1
/ Double 10 / Amplitude /
c 5
~ / ~ .r-j rA°
((j
. ""'"'" ~ Compression ~ +J (lJ Ul'O 0 ;:j U +J .r-j .r-j r-lM ~ ~~ -5 -10 " -, \ Extension I -15 ~
S 1.0 U (lJ
~"
o 0' II II P-4~
'0 (lJ Q) .. 0.5 ac =0.5 kg/em 2
o
;:j lo-l ~ '0 Ul H
c Ul Q) lo-l 0 I I
~
I I I I I I I I I I I I I I I I I I I I I 2 5 10 20 50 100 200 CYCLE NUMBER CYCLIC TRIAXIAL TEST Stone & Webster INDIVIDUAL RESULTS Millstone Nuclear Station Boston, Massachusetts Unit 3 Boring P-7, Sample UP2B Northeast Nuclear Energy Test No. CR-9 Geotechnical Engineers Inc. Winchester, Massachusetts Project 75244 August 27, 1975 Fig. 16 2.5P-32
1.0 I l-I ON Compression mE
+J .r-i "<,
u 0.5 OJ..!l( O'l 0
. 0 u .r-i Ul Ul ...-l OJ U l-I ~+J U rn -0.5 Extension I -1.0 15 r / Double 10 V Amplitude /
l:: 5
--,V ."m -~
dP
- Compression l-I ~ OJ ~
rn'O
~
U +J 0
'r-i'r-i ...-l,.....j -
U ~ G~ -5 ~~
~
r-,
-10 -, Extension -15 N
S 1.0 OJ 0 l-I'-... ~ 2 o tn (j =1.0 kg/em
~
Pl~ e
'0 ... 0.5 OJ OJ o H
1 ::s
'0 (f) s:: (f)
H OJ 0 H
~
I I I 2 I I I 5 I I I I I 10 20 I I I I 50 I I I I I 100 I 200 CYCLE NUMBER Stone & Webster CYCLIC TRIAXIAL TEST Millstone Nuclear Station INDIVIDUAL RESULTS Boston, Massachusetts unit 3 Boring P-7, Sample UP3C Northeast Nuclear Energy Test No. CR-4 Geotechnical Engineers Inc. Winchester, Massachusetts Project 75244 August 27, 1975 Fig. 17 2.5F-33
1.0 l-I ON ~ E 0.5 ('(j o .~ '-
> tn Compression Q)~
o .. 0 u (/) .~ (/) M o Q) l-I Extension
>t~
(JUl -0.5
-1.0 15 I
10
~V ---- Double Amplitude c 5 / ~ .".-- Compresslon .
.~ ('(j l-I dP
.. ~
V --'"
~ ~------
~ Q) Ul '0 M U .~
~
1
.~
r-l 0
----- ------. r--.......
U G~
~ -5 ~~ Extension -10 -15 N
E 1.0 Q) U l-I'- a tn ~~
. 2
'0 0.5
- (j =0.5 kg/cm Q) Q) c U l-I
1 ::1
'0 (/) H s:: (/) Q) 0 l-I o, I I I I I I , I I ! I I I I I I I I I I 10 . 20 50 100 200 500 1000 2000 CyrLp. NUMBER NOTE: Plot started at cycle 10. After cycle 1 Induced Pore Pressure was 0.16 kg/cm 2. Cyclic Strain Amplitude was not measured until cycle 38. At cycle 38 the Double Amplitude Strain was less than 0.5%. Stone & Webster CYCLIC TRIAXIAL TESTS Millstone Nuclear Station Boston, Massachusetts INDIVIDUAL RESULTS unit 3 Boring P-8, Saml?le UPIC Northeast Nuclear Energy 'I'est No. CR-5 Geotechnical Engineers Inc. Winchester, Massachusetts Project 75244 August 27, 1975 Fig. 18 2.5F-34
1.0 2 a = 0.50 kg/crn
c 2
a = 1.00 kg/crn
c 0.8 The number beside each Eoint indicates the CR test number.
0.6 0 M b 0 Ib I 0J r-i o b 0.4 ~~ n Ij I 8 v 1 n *1 ** 4
*-6
ls
~
0.2 0 1 10 50 100 Number of Cycles to Reach Double Amplitude strain Equal to 2.5% Stone & Webster CYCLIC TRIAXIAL TEST Boston, Massachusetts Millstone Nuclear Station
SUMMARY
PLOT Unit 3 Cyclic Stress Ratio Geotechnical Engineers Inc. Northeast Nuclear Energy 2.5% D. A. Strain Winchester, Massachusetts Project 75244'* Aug. 27, 1975 Fig. 19
l.O
a- = 0.50 kg/cm 2
_c 2
ac = 1.00 kg/cm 0.8 The number beside each roint indicates the CR test number 0.6
~
u (Y') o U N o I 0l rl .9 V1 o 0.4 hj I W 4 ._ 0"\ III e8 611 e5 0.2 0 1 10 50 100 Number of Cycles to Reach Double Amplitude Strain Equal to 5.0% Stone & Webster CYCLIC TRIAXIAL TEST Boston, Massachusetts Millstone Nuclear Station StJr1MARY PLOT Unit 3 Northeast Nuclear Energy Cyclic Stress Ratio Geotechnical Engineers Inc. 5.0% D.A. Strain Winchester, Massachusetts Project 75244 Aug. 27, 1975 Fig. 20
1.0 2 (J
- = 0.50 kg/cm
c 2
0.8 (J = 1.00 kg/cm
c The number beside each Eoint indicates the CR test number.
0.6
>t U
(V', o U Ib I C\l ~ I-: 0.4 I I I I I I I I II I 9. ~ I ~I I I I I I 8. I I I
It-t-rn:-4 I I I I I I III I 5.
0.2 o 1 10 50 100 Number of Cycles to Reach Double Amplitude Strain Equal to 10.0% Stone & Webster CYCLIC TRIAXIAL TEST Millstone Nuclear Station
SUMMARY
PLOT Boston, Massachusetts Unit 3 Cyclic Stress Ratio I Geotechnical Engineers Inc. ,Northeast Nuclear Energy I 10.0% D.A. Strain I Winchester, Massachusetts Project 75244 Aug. 27, 1975 Fig. 21
1.0
- 2
a = 0.50 kg/cm
_c 2 0.8
ac = 1.00 kg/cm The number beside each point indicates the CR test number.
4 I 1 II 0.6 I
>. ** 6 o
M 0 I rl N o 0.4 ~. (Jl t-rj I w 8. 00 0.2 5. 0 1 10 50 100 150 Number of Cycles to Reach Double Amplitude Strain Equal to 2.5% Stone & Webster CYCLIC TRIAXIAL TEST Boston, Massachusetts Millstone Nuclear Station Unit 3
SUMMARY
PLOT Northeast Nuclear Energy Cyclic Deviator Stress Geotechnical Engineers Inc. 2.5% D.A. Strain Winchester, Massachusetts Project 75244 Aug. 27, 1975 Fig. 22
1.0
ac = 0.50 kg/cm 2 2

a c = 1.00 kg/cm The number beside 0.8 each point indicates the CR test number.
1 1 4._ 0.6 -
~
C) ** 6 ("') b I r-i b N 9. 0.4 V1 ~ I 8 LV \.D
5 0.2 0
1 10 50 100 150 Number of Cycles to Reach Double Amplitude Strain Equal to 5.0% Stone & Webster CYCLIC TRIAXIAL TEST Boston, Massachusetts Millstone Nuclear Station
SUMMARY
PLOT Onit 3 Cyclic Deviator Stress Northeast Nuclear Energy Geotechnical Engineers Inc. 5.0% D.A. Strain Winchester, Massachusetts Project 75244 August 27, 1975 Fig. 23
1.0
- 2
a = 0.50 kg/cm
_c 2
a = 1. 00 kg/cm c
0.8 The number beside each 20int indicates the CR test number. 1 II 0.6
.4 pl.
o M N o V1 I-Ij I r-I 0.4 9. I o +:: -,
~
o 8
i 0.2 5.
0 1 10 50 100 Number of Cycles to'Reach Double Amplitude Strain Equal to 10.0% Stone & Webster CYCLIC TRIAXIAL TEST Boston, Massachusetts Millstone Nuclear Station
SUMMARY
PLOT Unit 3 Cyclic Deviator Stress Northeast Nuclear Energy Geotechnical Engineers Inc. 10.0% D.A. Strain Winchester, Massachusetts Project 75244 August 27, 1975 Fig. 24
10
.-~
.. ~ ~.'-'
2 TEST ae , kg/em 8 ~ ("\J 0.5 1.0 2.0 E o
<, RC-1 No t>> ,..,. .... 10; .4 0 0 ~ Data ~ ~ ~
q..J }C~ ("\J ~ A ft RC-2 ¢ 0 0 J?f ~ rl J2J c A E-1
.. 6 CJ 0'r- .. ....... A ir:
J (D 0 A
~ .. Ja'. >J
J '"
l\.) 0 ~
. J~ 0 U1
~ Jd % ;a t':lj ~ 4 oJ' C ~
I ,::r; )~ +::' I:L.:l --\ ::r:: Cf) ~
A 2
*
I-fI 4~

It 0
10 6 10 5 10- 4 10- 3 SINGL E AMPLITUDE SHEAR STRAI N, y, rom/mm
~tone & Webs ter Engin eering Bosto n, Massa chuse tts Mills tone Nucle ar Statio n SHEAR MODULUS Unit 3 DETERMINATIONS ~eotechnical Engin eers Inc. North east Nucle ar Energ y Winc hester , Massa chuse tts Proje ct 75244 Aug. 27, 1975 Fig. 25
100 0 N e() tf\ 500
~
(fl
l
~
l
'0 o ~ ~
co
<1J .c (J) 5 s
200 "M x co
s o 5 1 2 0.2 0.5 2 Pre ssu re, o c , kg/ cm Eff ect ive Co nso lid atio n NAXIMUr-1 SHEl\R MODULUS n
sto ne & We bst er Mi llst one Nu cle ar Sta tio VS STR AIN Bos ton , Ma ssa chu set ts uni t 3 No rth eas t Nu cle ar Ene rgy Inc . Ge ote chn ica l Eng ine ers Sop t. 197 5 Fig . 26 ts Pro jec t 7S2114 Wi nch est er, l'1a ssa chu set 2.5 F-4 2
25 2 ac , kg/cm 20 TEST 0.5 1.0 2.0 I. Re-I 0 0 No Data RC-2 ¢ J2f ~
4.
E-I A 15 I *

0\0 It
... 1..6.
0 l'V Vl l.'J rrj ~ 10 I += """ W ~0 *
~,.
5 h ..... %
l I
~~ ... ~
P "Of rJ
(~ fal" - ~"
~l~ ~~
0 10- 5 10- 4 SINGLE AMPLITUDE SHEAR STRAI N, y, mm/mm 10- 3 Stone & Webs ter Engin eering Bosto n, Massa chuse tts Mills tone Nucle ar Statio n DAMPING Unit 3 DETERIv!INATIONS Geote chnic al Engin eers Inc. North east Nucle ar Energ y Winc hester , Massa chuse tts Proje ct 75244 Aug. 27, 1975 Fig. 27
DIGITAL AMMETER (FLUKE 8000A}
"00e:
o
~ I RESONANT COLUMN DEVICE OSCILLATOR \ OSCI LLOSCOPE N (HEWLETT PACKARD 200CO) ) (TEKTRONIX 0-10)
GE' POWER SUPPLY BLOCK V1 I DC POWER SUPPLY !5.!5 V (POWER/MATE UNI-76) t-Tj I ~ ~ II PORe:
~Re:55URe: TO BE USEO FOR PORE I, PRESSURE 8 OISPLACE-OUT~UT ** MENT TRANSDUCERS I~PUT ~(Y o
U TRANSDUCe:R WITH SUITABLE EOUIP-MENT. WIRING NOT
, SHOWN. "'Ne:
OUTPUT Oe:"ORlIIATIOtl I, INPUT O . DUTI"\IT INPUT OCOT I
?~~'J:~ V~oL6~:~ER 1'1 CHARGE AMPLIFIER (COLUMBIA RESEARCH LAB 4102 Ml I ~ .n t TIME BASE /AMPLlFlrq LEGENO (TE KTRON IX !5BION) --.__ ~ ----l --- WIRE WRAPPED IN YELLOW TAPE -G)-- WIRE WRAPPED IN REO TAPE WIRING DIAGRAM FOR RESONANT COLUMN EQUIPMENT GEOTECHNICAL ENGINEERS INC.
WINCHESTER MASSACHUSETTS JUNE,I915 FIG. 28
APPENDIX A DESCRIPTION OF UNDISTURBED SAMPLES 2.5F- 45
DESCRIPTION OF UNDISTURBED SAMPLES BORING NO. P-3 _ UP3 27.0 ft Proje cf No. s & W 1217_~~I 75244 La Sectio n Lengt h of
~
c:: to) No. Sectio n De scrip tion 0 U
~ ...=' ....ell +-
in.
<U )( 0 en w 0 A 15.0 o VOID - B 7.5 NOT EXTRUDED. Top 6.9 in. of sectio n is - void. - C 7.5 Bottom 0.63 in. of sectio n is void. Dark 5 - brown micac eous sligh tly silty layere d - medium to fine sand. Coars e sand and - grave l piece s, 2 mm to I cm in diame ter, scatte red throug hout the specim en. - A and silt layer s are horiz ontal with a Sand - dark brown silt layer I to 2 mm in thick -
10 - ness. Sampl e used for Test CR-8. Speci -
- men failed by neckin g 2.5 in. from the - top. Grain size distri butio n determ ined en - for failur e zone (Fig. 1).
w - Note: There were sever al small nicks in
I:
15 the tube cuttin g edge, one about 5 rom long o - Z by 2 rom deep.
- B 20 - - lo-I t.n r-25 - (lJ or::
m
- C U) *..-j ... ~ 0 - c:r; ~ - ~
J t-:l 30 o
"f I <:'-1 ..g Distan ce from fop of tube to top of sampl e = 21. 9 in. ) = 55.6 em, Ruler
15
~ Distan ce from botto m of tube to bottom of sampl e: 0.63 in,: 1.6 em, Ruler " 20 Rema rks 2.5F- 47
DESCRIPTION OF UNDISTURBED SAMPLES BORING NO. __P_--3---- SAMPLE NO. UP4 DEPTH 32.0 ft _
.a>-
Section Length of
'0 c: GJ No. Section Description 0 .- '0 in.
0
~ +-
C1.l Q.l )( 0 en w 0 o A 15.40 NOT EXTRUDED. The top 8.05 in. of section
- was void. - B 7.06 Brown micaceous silty fine sand. Contains - layers of brown fine sandy silt up to 3 rom in thickness. Layering is concen-5 - trated in top one-half of specimen. Used - for Test RC-l. Grain size distribution - A determined on a representative sample from the lower one-half of the specimen - (Fig. 2).
10 -
- c 7.54 Bottom 0.6 in. of section was void.
Layered brown micaceous silty fine sand. Layers are 1-2 rom thick and are horizontal en - from the middle of the sample to the bot-w - tom. Layers at the top of the sample are
J:
o 15 - 0 at 45 to the horizontal. Used for Test
- CR-l. Specimen failed in extension.
Z § Lf)
- 0 I"- ~
Test stopped in compression cycle so zone
- ~ r-j of necking not apparent. Grain size dis-o ..
s tribution determined for a representative
- B ,::x:
M N sample of the specimen (Fig. 3). 20 - (.(j
+J >. - s:: ;:l r-j
J
r: IJ
- f-- o- f - -
25 - .c
~
ill Lf) l"-
~ - C .,.,
Ul r-j
- ~ ..
~ N t-
- n::: ~
r-1 ~ ("j ,2;
- 3:
J t-:l 00 30 C'l o
Q)
~
~ Distance from fop of tube to top of sample =___ 5.05 in. ,= __' 20 1 cm, Ruler
5 _
~ Distance from bottom of tube to bo1tom of sample= 0.6 in,= 1.6 5 cm,Ruler =#=_-';"--_ Rema rks _ 2.5F-48
DESCRIPTION OF UNDISTURBED SAMPLES BORING NO. _ _ P-_4 _ UPI 5.0 ft Pro j ec t No. S & W 121 79_~I 75244
~
n Section Length of
'0 c QI No. Sectio n 0 '0 De scrip tIon 0
7
+-
C1J In. cv )( 0 (/) w c o A 15.44 NOT EXTRUDED. The top 9.8 in. of sectio n
- was void. - B 7.17 Brown micac eous fine sand. Conta ins al- - terna ting darke r layer s, 1-2 rom thick ,
with a great er perce ntage of bioti te 5-
. mica, at appro ximat ely 150 from horiz ontal .
Used for Test RC-2. Grain size distr i-
- A bution determ ined on a repre senta tive . sampl e (Fig. 4) .
10 - C 7.36 Bottom 0.5 in. of sectio n was void.
- Brown micac eous silty fine sand. Con- - tains layer s of dark brown silt, 1-2 rom thick , at 150 to the horiz ontal and one (J) - layer of fine sand 5 rom from the top.
lLJ - The bottom 2.5 cm of specim en was very
I: 15 - silty fine sand. Used for Test CR-2.
o z
- Test void due to specim en distur bance . - If) r-Grain size distri butio n determ ined on a - en r--l repre senta tive sampl e (Fig. 5). -B +J r--l 20 - ~ ~
r--l
- ::r:
0">
- 0 ~ ~
25 - H Q) If) r-en
- C ..c: r--l U) ~ N - r::r:: 2:i - ~ ~
IJ 00 30 N o "@ Distan ce from top of tube to top of samp le: 9.80 in. J= 24.9 c m, Ruler.:#: 5 H Distance from botto m of tube to botto m of sample: 0.51 in): 1.3 cm,Ruler=#= 5 Rema rks 2.5P- 49
DESCRIPTION OF UNDISTURBED SAMPLES BORING NO. __P_-7 _ UPl 12.0 ft
>0-J:)
Section Length of
~
c: cu No. Section De scription 0
.- In.
o
'0
J
+-
C1J
....0 Q) )(
(/) w 0 o A 15.0 VOID. 7.32
- B NOT EXTRUDED.
was void. Top 2.92 in. of section
- C 7.68 Bottom 0.7 in. of section was void. Tan 5 - and light brown slightly silty fine to coarse sand. Contains some particles up A - to 1.5 cm in diameter, a noticeable - quantity of mica, and appears widely graded - with no visible layering. Used for Test CR-6. Specimen failed by necking 6.5 cm 10 - from the top in an area 4 cm thick. Grain - size distribution determined for the zone - of maximum deformation (Fig. 6).
(/) - W - Note: The tube cutting edge had two J: 15 large dents, 0.6 cm deep and 0.5 cm deep. o - z
- B 20 - - If) 25 - r-(j\ - c (J) .r-!
r-i
- H .
H M 0
- :8 :>.
r-i
- (f) ~
t-) co 30 C\l o ~ Distance from fop of tube to top of sample: 19.4 in. ,= 49.3 c m , Ruler=#: 9 ~ Distance from bottom of tube to boftom of sample: 0.70 in,: 1.78 cm,Ruler "#= 5 Remarks _ 2.5F-50
DESCRIPTION OF UNDISTURBED SAMPLES BORING NO. _ _ P- _ SAMPLE NO. _ _ UP-2 _ _ _ _ _ _ _ _ DEPTH 19.5 ft _ Pro jec f No. __~Ji~2.U~--GEI 75244
~
Section Lengfh of
'tJ c: GI No. Section De scription 0
U OJ
'tJ j +- )(
ell
....C In.
(I) W 0 o A 15.74 NOT EXTRUDED. Top 11.9 in. of sectlon
- was void. - B 6.78 Brown micaceous uniform silty fine spnd. - Contains many layers of light brown - sand and layers of fine san~ with mica 5- particles. Used for Test CR-9. Sample - appeared cracked one-third of the way up - A from the bottom prior to the test. The - specimen failed by necking in the top one-third of the sample. Grain size distri- - bution determined for the zone of maximum 10 - deformation (Fig. 7). . C 7.5 Bottom 0.6 in. of section was void. Lay-CJ) - ered micaceous slightly silty fine sand.
W - Contains layers of rust colored fine
I:
o 15 - sand up to 2 mm thick, and many layers of Z
- fine sand and mica from 1 mm to 3.5 cm thick. Used for Test CR-3. Test void - l1")
r-- due to specimen disturbance. Grain
- ~
Q)
..c:
(j) M size distribution determined on a repre-
- B (f) or-f M ~
sentative sample (Fig. 8). 20 - ~ M
- p:; M - ~ ~ ~
25 - ~ Q) l1") r-m
- C .c M (f) .r-f . ~ (V') - p:; M - 3 ~
t-:J 30 o Q) H ~ I C'l ~ Distance from fop of tube to top of snrnp l e = 11.9 in., = 30.23 c m , Ruler=#: 18 f-4 Distance from bottom of tube to bottom of sample= 0.6 in, = 1.53 cm J Ruler + 18 Remarks _ 2.5F-51
DESCRIPTION OF UNDISTURBED SAMPLES BORING NO. P-7 _ UP3 29.5 ft Project No. S & W 12179, GEl 75244 LJ Section Leng th of
~
c: QJ No. Section Description
.-0 In.
0
'tJ
J
+- +-
C1J eu )( 0 CJ) w 0 o A 16.10 NOT EXTRUDED. Top 8.9 in. of section was
- void. - 6.50 Light brown micaceous silty fine sand. - B Contains silty fine sand layers, 3 rom to 4 rom thick, at the top and lower one-5 - third of the specimen. Used for Test - A E-l. Grain size distribution determined - on a representative sample (Fig. 9). - c 7.40 Bottom 0.6 in. of section was void.
10 - Light brown silty fine sand. Contains
- a few layers of fine sandy silt from 1 to 4 rom thick. Used for Test CR-4. - Specimen hact some necking at two points, CJ) - one-third from the top and bottom. Grain W - size distribution determined for the two J: 15 - zones of ma~imum deformation combined o (Fig. 10).
z
- If) r-(j\ - Ul r-l - .r-!
H CO 20 - B H 0 N
s ><
- r-l
l
- (f) I-) - If) 25 - H Q) r-(j\ - ...c: r-l C Ul .r-! ..
-;:j-I ~ (Y) t-
- 0::
r-l ('j
- 2;
l I-)
~ 00 30 N o
>Q)
H -;:j-I I C'l ~ Distan ce from fop of tube to top of somp! e = 8.9 in. ,= 22.7 em, Ruler.:#- 18
~ Distance from bottom of tube to bottom of sample= 0.6 in, = 1.4 em, R ul er"* 18 Remar ks _
2.5F-52
DESCRIPTION OF UNDISTURBED SAMPLES BORING NO. __P_--8---- UPI 12.0 ft Project No. S & W 1217:J, GEl 75244
>0- .CJ Section Length of ~
c: ~ No. Section De scription 0
.- ~ In.
U +-
~
QJ 0f-(1) )( c en w 0 o A 15.0 VOID.
- B 7.6 Top 1.2 in. of section was void. - C 7.4 Bottom 0.6 in. of section was void.
5 - Layered silty fine to medium sand and stiff brown silty clay. Layers of fine A to medium sand from 0.5 cm to 2.0 em and stiff brown silty clay layers ~.O and
- 5.0 cm thick. Used for Test CR-5. Speci- - men had some necking at the top and 7.0 em 10 - from the top. Grain size distribution de- - termined for the zone of maximum deforma- - tion (Fig. 11).
Note: There were several small nicks and en - one dent 1 rom deep in the tube cutting w - edge.
I: .15 o -
z
- B 20 - - ~
L{') r-25 - Q)
..c (j'\
r--i
- C en 'rl ..
~
- ~ (j'\ ~
t-
~ - 0:: r--i
l
('j ~ ~
- ~ I-)
00 30 C\J o 16.2 41.2 c m, Ruler* 9 _
1. 4 em, Ruler =#=_~~_
]8 2.5P-53
APPENDIX 2.5G CONSOLIDATED UNDRAINED TESTS ON BEACH SANDS July 1976 Stone & Webster Engineering Corp. Boston, Massachusetts
8TONE 4 MEISTER ENGINEERING CDIPORATION TRIAXIAL TEST REPORT "lfILLSTONE POINT UNIT S DArEt JUL 76 EFFECTIVE CONSOLIDATION PRESSURE. t.92 KIPS PER SQ FT 6 5
...----- ~ - -- .... ~
t- ~ IL. CI eo
* ~ r\
a:: I&J ..J
~ \
0..
<, -0;--
eo j!V 0; 0.. S
~ ef ,,/
co fI) I&J ) ( a:: 2 I-eo :,t 1 I
~ ~ ~rp- ~~ - -.... -: I-- u-uo ~
o h J.. - I I I. -- - I&J a:: I .I ~
~~
I
Ut::
~( u-u o ) /
CoOI&J
3ti 0.5 /
-: ( cr.-Oj) 1 ~
0: x: 0.. a: 0:: lira / laJa: 0::0.. o
~~ - r 0.. 0 I!I'-
o a: .... u o..a:
.... a:: ~
w
~ -....I r:r -,
zco
.....co rl-' - 0: /0; a::w 0.. a::
I-en 1 ro 2 6 8 10 12 14 16 AXIAL STRAIN - PERCENT 2.5G-1
STONE & WEBSTER ENGINEERING CORPORATION T~IAXIAL TEST STIlENGTH SUMMARV CLIE.NT ".0. NUMIUER EXPLORATION ,.VPlt AND NUM&E.R. NORTHEAST UTILITIES SERVICE COMPANY 12179 BORING P3 SITI. DATE SAMPLE NUM8ERS MILLSTONE 3 1 JUL 76 UP4A2 TOTAL 5T~ESS CIRCLES
5. rvt----t---t----t---+---+-'---4---+--+---+--+----+-----I

4. nV}----t---t----+---+---+--+---+--+----+--_-I---_-+-_~

3. nvr---+---t---+---t---+--+---+---+---f---+----+--~

2. nvt----t---+---+---+---+-_+-_-+_ _+-_-I-_ _-I---_-+-_~
/~
1
r;vt--~-----t--II-----+---+---+~-+----+---+------+---+-----+--~
V n I 1.0 2.0 3.0 4.0 5.0 6.0 7.0 8.0 9.0 10.0 11.0 1.2.0 NORMAL STR.ESS, <r - u ,KSF o EFFECTIVE STRESS PATHS I I I I I 3.0~ c'= 0
¢' = 33.3 DEGREES 1.0 ~
(J)
~
r-.. l~ 1 .0 I It) 0
8TONE C WEB8TER ENGINEERING CORPORATION TRIAXIAL TEST REPORT CL~'kTHEAST UTILITIES SERVICE COttPANY J*12n'r I0Il1"8 IlUIIIEI P4 DAT~ JUL 76 IA",~E NUIIIER IllfI LLSTONE PO INT UN IT 3 UP1A2 DEPTH EFFECTIVE CONSOLIDATION PRESSUREI 0.30 KIPS PER SQ FT 5.0 FT 6 ~
~ ~ ~~
5 I!Y'
~
7
~
IL CJ (I) 4 0:: IU 0-
~- 0 3
- r---......
<, /
(f) 0-t-4 S ~
lie:
/ ./
(I) (I) IU 0:: 2 v-t.>
~
(f)
~
1 V
-/ ~
V o II;: -- ..
- ~~- /
V-- i- U-U 0
)~ ~oJI\ ~ ~ I, / -( U-U o ) / ( ~ -0; ) ~ """-tI\ ~ ~
az.. , ~
~ -- -- ... ~--m-. _
r---..n
--- ~ ~~---e- --t!J-- - --,g- ~ -. '\:.I r
flY
~ - Cr, /0'"1 ~
2 4 6 8 10 12 14 16 AXIAL STRAIN - PERCENT 2.5G-3
STONE & WEBSTER ENGINEERING CORPORATION T~IAXIAL TEST ST2ENGTH SUMMA~V CLII.NT .1.0. NUM*
A. eXPLORATION "TVPI!. ANO NUM6£R.
NORTHEAST UTTI.ITIES SERVICE C<J.1PANY 12179 .~ . BORING P4 SIT!. DATE SAMPLe:. NUM&ERS MILLSTONE - 3 2 J1JL 76 UPIA2 TOTAL STIlESS CI~CLES
~2.0 ~
t-' en CJ) w 1.0 V
/
V
\
Oi I-en
~ / -c LaJ
I en 0
( \ 0 1.0 2.0 3.0 4.0 5.0 6.0 NORMAL STR.ESS, cr - Uo , KSF EFFECTIVE STRESS PATHS I I I I I
~ Ic'= 0 3.0 ---
cp'= 41.9° l/ I
~
I i.> I I ~ sin t:P I = tan ..d a/cos ¢' V E/)
~
2.0 c:' a
/
~...-.. ./ V I~ I 101.0 -:
~
V
~
0 0 Vt 1.0 2.0 3.0 4.0 5.0 6.0 (crl + a-~)/ '2, KSF 2.5G-4
arONE & MEl8TER ENGINEERING CORPORATrON TRIAXIAL TEST REPORT a.fm NORTHEAST UTILITIES SERVICE CottPANY
.,.0. JQIIU 12179 ," .'110 P7 tftNER 'fT!. DATE . ....L£ NUIIIEIt MILLSTONE 3 8 JUL 76 UP3A2 DEPTH EFFECTIVE CONSOLIDATION PRESSURE' 1.78 KIPS PER SQ FT 29.6 FT i> ~
I- -I"----,
-.m 4.0 /~ , 1/
I r-, I'-- cr. I - o;
~V IV t!
f t: -- .-
/
I-U-U o 0.8 r
) ~ ~ ..... ~ ~~
I
/
o --. .- 1ft.
~
r-. ~ ..... I~ u v- ~ ( U-Uo ) / ( 0; -~ ) r-m--. r--m... . - f ~
- - - ~ 10- -- 1- / ~-
0:/0'; r 2 4 6 B 10 12 14 16 AxrAL STRAIN: PERCENT
STONE & WEBSTER ENGINEERING CORPORATION TRIAXIAL TEST STRENGTH
SUMMARY
CLIE.NT ~.O. NUM*
R e)(PLORATION 'TVPI!. ANO NUM&E.1t NORTHEAST UTILITIES SERVICE CCMPANY 12179 BORING P7 S'TIt. DATE SAMPLe:. NUM8ER,S Mn..LSTONE 3 9 JUL 76 UP3A2 TOTAL STRESS CIRCLES 3.0 2.0 >>>
~ -- ~
r-. J%.4 .......... ga
... /
V en en
~ 1.0 1/ \ \
I-en
~ / 1\ \
0( w J: en 0 ( \ 0 1.0 2.0 J.O 4.*0 ,>.0 6.0 NOR-MAL STR.ESS t cT - 110 , KSF EFFECTIVE STRESS PATHS I I I I c'= 0 3.0 '-
¢'= 35.2 DEGREES I I ./
V I 1 I V
~
sin ¢' = tan J3 ~ tI)
~
2.0 c:' c: a /cos ¢' V -
<~
(ft V~
'¥ 1 .0 A ,b-V f ./
V 0 V 0 1 .0 - 2.0 3.0 4.0 5.0 (.0 (0-, + o--a) /'2, KSF
8TONE ~ NEBITER ENtINEERING CORPORATION TRIAXIAL TEST REPORT ClIENT NORTHEAST UTILITIES SERVICE CO"PANY J.O. NUlIIU 801lNG til. . . . lITE 12179 P8 DA~ HllrLE NUllO
~TLL STON E 3 16 JUL 76 UPIA EFFECTIVE CONSOLIDATION PRESSURE' 0.72 KIPS PER SQ FT 12 10 l-I.&.
CJ t/) 8 a:: LaJ cr: - o; ........ r-, Q.. t/)
~ ~ ~ -- In Q..
6 .JI'I-
~ ~ ~ ~
t/)
~ ,..t.>
t/)
~
a:: 4 l-t/)
./
2
;I' 1;1 ./
V- ~ u-u o
~ ~- /
a p- "" -G-..tt L
~
a::
u~
~ .( I I I . .~ .- r-e--,
Cf)~ u-u o )/ ( o;-~) ~ f3~ 0.5 III r!I""l!\,
/ ~- ..m........ <,
G:::E Q..a: . a:: 1&Ja:
~
G:::o.. o 0.. a
~(
f! ~ - r-, ~
~~
J 11'1 I -, <, J ~ a; 16;
~
2 6 8 10 12 14 16 AXIA STRAIN - PERCENT
STONE & WEBSTER ENGINEERING CORPORATION TQIAXIAL TEST STR.EN6TH SUMMARV CLII.NT .1.0. NUM* * ~ &)(PLortATION TVPl!. AND NUM&£1t NORTHEAST UTILITIES SERVICE CCMPANY 12179 BORING P8 SITIt DATE SAMPLE. NUMB EllS MILLSTONE - 3 20 . J1JL 76 UP1A TOTAL STRESS CI~CL£S fi12.0
~
f-' en /'
~ --....... ..........
en 1.0 uJ Ol V <, tn / l\ Ci
~
l.LJ J: f/) 0 0 1.0 2.0 3.0
\ 4.0 5.0 6.0 NOR-MAL STR.ESS t CT - Uo (KSF)
EFFECTIVE STRESS PATHS V 3.0 V v<
./ V ,...... V fI1 ~ 2.0 / .. V ~
r--.
~
I~ I 10 1
0
-/ / ~
V t(
o. ~
0 1.0 2.*0 3.0 4.0 5.0 6.0 (Oi ... a-~)/~, (KSF)
. 2. 5G-8
APPENDIX 2.5H SEISMIC VELOCITY MEASUREMENTS April 1972 Weston Geophysical Engineers, Inc. Weston, Massachusetts
WES TON GEO PHY SICA L ENGINEERS, INC. P()ST ()FFIC E Bt)X .'Of! WEST ON. MASS ACHU SETT S 02]93 April 19, 1972 North east Utilit ies Servi ce Comp any Post Offic e Box 270 Hartf ord, Conn ecticu t 06101 Gentl emen : Seism ic veloc ity measu remen ts were condu cted at the site of the propo sed Mills tone Nucle ar Powe r Plant in Conn ecticu t in accor dance with your Purch ase Order Numb er 20214 4, dated Septe mber 2, 1971. The field work for this inves tigati on was perfor med durin g the period of Febru ary 8 throu gh 28, 1972. This inves tigati on wa s coord inated in the field by Mr. V. R. Nivar gikar and Mr. Ralph Borje son, Soils Engin eer, Stone & Webs ter Engin eering Corpo ration , and direc ted by our super vising geoph ysicis t, Mr. Edwa rd N. Levin e. Prelim inary data have been subm itted; this is a forma l prese ntatio n of our findin gs. Since rely, WESTON GEOPHYSICAL ENGINEERS, INC. TFS/c vt
~-£:~~--f~--
Thom a s P, Sexto h
-- )
SEISMIC VELOCITY MEASUREMENTS MILLSTONE NUCLEAR POWER STATION for NORTHEAST UTILITIES SERVICE COMPANY under the direction of STONE s WEBSTER ENGINEERING CORPORATION by WESTON GEOPHYSICAL ENGINEERS INC *I
. WESTON I MASSACHUSETTS
SEISMIC VELOCITY MEASUREMENTS MILLSTONE NUCLEAR POWER STATION INTRODUCTION This geophysical study consisted of the measurements of com-pressional II P" wave velocities and transverse "S" wave velocities using both downhole and cross-hole techniques. Field work was completed during February 1972. The locations of these measurements were determined by the proposed plant layout and by the results of the seismic refraction survey conducted at Millstone during August 1971. All of the borings shown on the enclosed plan map were used in making the cross-hole velocity measurements of the bedrock. Down-hole velocity measurements of the bedrock were made in Boring 3 05, a hole drilled to Elevation -99 feet near the center of the proposed reactor. Previous seismic refraction surveys and the .logs of Borings 310, 313, 315, and 318 indicated the presence of dense glacial till in the Turbine area. Accordingly, those borings were used for the cross-hole velocity measurements of the glacial till. FIELD PROCEDURE Instrumentation Photographic recordings were obtained using a portable twelve-channel
seismograph. This seismograph amplifies and filters the seismic signals detected by three-dimensional geophones. Seismic energy was generated with explos ives. Timing lines are provided across the entire recording at two-millisecond intervals. This timing system allows direct readings to a millisecond and with sharp "breaks" (high signal-to-noise ratio), readings can be made to a half millisecond. Cross-hole Measurements These measurements were made using three-dimensional geophones containing one vertical and two orthongonal horizontal elements. Seismic energy was generated in one hole and detected by the geophones in the three or four remaining holes with the seismic source and geophones at the same elevation level. This procedure was repeated using different combinations of shot source and detector arrays. Downhole Measurements These measurements were made with three, three-dimensional geo-phones positioned at 10-foot intervals in Boring 305. Energy was generated near the top of bedrock just below the casing of an adjacent hole, Boring 317 . Measurements of the "P" and "S II wave arrivals were made down the length of the hole by overlapping a geophone position each" time the array was lowered. RESULTS - REACTOR AREA In the vicinity of the' reactor where bedrock is shallow, the seismic 2.5H-2
velocity measurements using cross-hole techniques were uniform through-out the elevations investigated, which range from +10 feet to -50 feet. Downhole velocity measurements were made in Boring 305 from Elevation +5 feet to Elevation -99 feet. The data were uniform for the "P" wave velocity but some slight scattering of the data points resulted in a velocity range for the "S" wave of +/- 300 feet per second from the value reported below. Young's Shear "P" Wave "S" Wave Poisson's Modulus Modulus Elevation ft ./sec. fi./sec. Ratio lbs ./in. 2 lbs ./in. 2 + 1 0 to - 50
1 2 , 800 6,500 .33 3.99 x 10 6 1 .50 x 10 6
+5 to -99** 13,500 6,500 .35 4.05 x 10 6 1.50xl0 6 Rock Density - 165 lbs ./ft. 3 Density values for moduli computation provided by Stone & Webster Engineering Corporation. *Cross-hole values Downhole values RESULTS - TURBINE AREA Velocity measurements of the overburden materials indicate that two distinct glacial tills are present in the turbine area. The following seismic velocity profile and elastic moduli values are representative of Borings 313 and 318.
2.5H-3
Young 's Shear "P" Wave "S" Wave Poisson 's Modulus Modulus Elevation ft. Isec . ft ./sec. Ratio lbs ./in. 2 lbs ./in. 2
+15 to +4 5,600 1,400 .47 1 .49 x 105 5.08x 10 4 +4 to -24 6,800 2,200 .44 4 .07 x 105 1.41 x 10 5 -24 to -44 12 1800 6,500 .33 3.99 x 10 6 1.50 x 10 6
+ 15 to +4 (Density - 120 lbs , 1ft. 3 )
+4 to -24 (Dens ity -135 lbs . 1ft. 3)
-24 to -44 (Density - 165 lbs ./ft. 3 ) Density 'values for moduli computation provided by Stone & Webster Engineering Corporation. 2.5H-4
N I ~ -tfY l1J w w til 3 0 0 0 I 0 ill Q 0 0 0 N rn -r -t 16 0 0 N + I +
+ + l I ?>O7 I J +1500N + + +
l1J
\9 -<:[
('11
\4Se; N TURBINE -GENERAiOR ~17 1r'305 ~IS ~IO RE.AC.TOR CONT,CI,INME.N"T ~18
+1400N +- q..
+~3 AUXILIARY BAY I
BORING LOCATIONS FOR +1300N +- + --, 4-CROSSHOLE MEASUREMENTS MILLSTONE NUCLEAR POWER PLANT for NOTE...: BORtl'-JGS Sf-IOWN ON PLAN MA.~) NORTHEAST UTILITIES SERViCE COMPANY WE.RE. DSE.D I=OR SElSIv\\C i under the direction of VELOCXTY Iv\E.ASURE.Iv\E.NiS I STONE 8 WEBSTER ENGINEERING r,ORPORATION by WESTON GEOPHYSICAL ENGINEERS,INC.
APPENDIX 2.5I
\.
DIRECT SHEAR TESTS ON NATURAL ROCK JOINTS Stone & Webster Engineering Corp. Boston, Massachusetts
DIRECT SHEAR TESTS ON NATURAL ROCK JOINTS lULLSTONE NUCLEAR POWER STATION UNIT 3 12179
J.O.N o. 12179 DIRECT SHEAR TESTS ON NATURAL ROCK JOINTS Direc t shear tests were condu cted on samples of both folia tion and joint s to determ ine the coeff icien t of fricti on for each plane . This inform ation will be utiliz ed in the stabi lity analy sis of the rock slope s produced by the contai nmen t struc ture and engin eered safety build ing and the desig n of the ring girde r. Since the normal forces on the joint s and foliat ions encou ntered at these depth s are relati vely low, a direc t shear machine capab le of apply ing low normal force s and sensi tive enough to measure the shear force was requi red. The method of testin g outlin ed below was devel oped, using a direc t shear machine speci ficall y design ed for testin g soil sampl es. Equipment A Leonard Farne ll Model 306 direc t shear machine with a 10 em squar e shear box was used. This is a const ant rate- of-st rain machine with a displa cemen t rate varia ble from I mrn/hr to 40 mm/hr and a maximum displa cemen t of about 12 Mm. The machine is shown schem atical ly in Figur e 2J-I. The normal load mechanism of this machine has been modif ied by the addit ion of a bellof ram air pisto n which acts again st the hanging yoke to produce the normal load. This allow s easie r opera tion and highe r normal force s (to 2,000 Ib max) to be appli ed. Measurement of the shear force was done with provi ng rings with a capac ity of eithe r 400 Ib or 1,200 lb. The displa cemen ts were measured by dial gages accur ate to 0.01 rom. Two squar e frames with inside dimen sions sligh tly less than 10 em x 10 em were made from 3/4 in. and 7/8 in. squar e steel stock . Pins were locate d at each corne r of the frames so exact aligm nent of the insid e frame edges could be maint ained . These frames were used to cast the joint samples in cappi ng mater ial for placement in the shear box. Plast ic templ ates 1/8 in. and 1/16 in. thick with cente r cutou ts were also made to facil itate alignm ent of the sample piece s. 2.51- 1
Sample Preparation The two pieces of a joint sample were trimmed by sawing or splitting the core to about a 3/4 in. thickness measured perpendicular to the joint surface. Each piece was then cast individually in capping compound, using the frames and templates to form top and bottom blocks slightly less than 10 cm sq by 5/8 in. and 7/8 in. thick, respectively. The capping compound, Hydrostone, is a high-strength (11,000 psi), quick-set, gypsum-based cement. The bottom piece was cast first, with the joint surface parallel to the top and bottom faces of the frame and centered in the frame. The desired shearing direction was also aligned parallel to an edge of the frame. The top piece was cast next by placing it on the previously cast bottom piece in the natural orientation and aligning the top frame, with the pins, on the bottom frame. This procedure automatically centered and correctly oriented the top piece in the top frame. Filler and spacer templates were used during the casting to prohibit any capping compound from getting on the joint surface and to ensure that the upper and lower blocks remained parallel. After the top block was allowed to cure, both blocks were removed from the frames. The blocks were placed in the shear box, maintaining the correct joint orientation and shearing direction, and the dial gages attached and zeroed. The tests were run at a displacement rate of 35 rom/hr, with readings taken at about 0.5 mm displacement intervals. This method of sample preparation was employed for the following reasons: First, it allowed several samples to be prepared and held to test at one time. This reduced the time the machine was used, so other testing could be done. Second, casting directly in the machine shear box frames would have monopolized the machine and could possibly have damaged the frames. Third, 2.51-2
this method allowed the upper block to move vertically, independent of the shear box frame. Fourth, no load acted through the shear box frames, so the frictional drag induced from the box was negligible. Fifth, this method ensured that the joint plane was fixed parallel to the shear force and perpendicUlar to the normal force when the sample was placed in the machine. Millstone Testing Program A total of 24 shear tests were run on eight samples taken from borings around the containment. Each sample was run at normal stresses of 50, 100, and 200 psi. All the samples were fairly smooth; one exhibited slicken-sides, and some had a coating. Samples 8 and 9 were along the foliation, and sample 10 was cut parallel to the foliation; the others were all high angle joints. A complete list of samples is shown as Table 1. Two samples (Nos. 5 and 7) were not tested. The normal force was held constant throughout each test. Shear force and displacement normal to the joint surface were measured at increments of the horizontal displacement. Results The results of each shear test are plotted as plots of shear vs. horizontal displacement. The peak and final shear force values, ~ values, are given in Table 2. Figure 2 shows the peak and final a values for the joints plotted as shear stress vs. normal stress; Figure 3 shows the ~ values for the folia-tions tested (samples 8, 9, and 10). The shear force vs. horizontal displacement plot (Appendix A) illustrates the variations in the shear strength across the sample. In these tests, the peak 2.51-3
shear force was defined as the maximum recorded shear force, and the final shear force was defined as the last reading. Samples I through 6, being natural joints, gave somewhat irregular results. The irregular nature of the graphs indicates the effect of the asperities of the natural joint surface; in fact, the residual value was probably never achieved. The irregularities were overridden more easily at the lower normal stresses; however, at the higher normal stresses, the asperities become more important, as noted in the graphs. Some rock flour was developed on all the samples. Samples 8 and 9 were samples taken parallel to the foliation, and sample 10 was cut parallel to the foliation. Asperities were less of a factor along the folia-tion surfaces, although again rock flour was developed. Photographs of the samples and profiles of the samples are shown in Appendix B. Conclusion The results of these direct shear tests indicate that the natural joints have an observed angle of friction of 34 deg and that the foliation has a friction angle of 32 deg. The added strength of the asperities has not been considered, and an irregularity component of zero is assumed. 2.51-4
Biblio graph y Coulson, J. H. (1972 ), "Shea r Stren gth of Flat Surfa ces in Rock," Slope s, E. J. Cording (Ed.) , Proce eding s of 13th Symposium in Stabi lity of Rock on September, 1971, at Unive rsity of Illino is, publis hed by ASCE, Rock Mechanics, 1972, pp. 77-105. Donath, F. A., L. S. Fruth , Jr., and W. A. Olsso n, "Expe rimen tal Prope rties of Fault s," in New Horizons in Rock Mechanics, H. Study of Fricti onal Robert Stefan ko (Eds. ), Proce eding s of 14th SYmposium on Rock Reginald Hardy and 1972, at Penn State , publis hed by ASCE, 1973, pp. 189-222. Mechanics, June, Goodman, R. E. (1970), "The Defor mabil ity of Joint s," in Deter Modulus of Deformation of Rock, ASTM STP 477, American Socie minat ion of the In Situ Mate rials, 1970, pp. 174-196. ty for Testin g
TABLE 1 DESCRIPTION OF SAMPLES Sample Boring Depth Descr iption 1 305 48 ft Joint dippin g at appro ximat ely 65 deg, smooth surfac es with green coatin g 2 305 39 ft Joint dippin g at appro ximat ely 65 deg, smooth surfa ces with sligh t coatin g 3 305 38 ft Joint dippin g at appro ximat ely 65 deg, with smooth surfa ces 4 317 69 ft Joint dippin g at appro ximat ely 55 deg, smooth surfa ces with white coatin g and slicke nside s (para llel to dip) 5 317 45 ft Joint dippin g at appro ximat ely 65 deg, fairly smooth surfa ces, with coatin g and slicke nside s 6 317 23 ft Joint dippin g at approximat~ly 85 deg, smooth surfa ces with some coatin g 7 305 118 ft Partin g dippin g at appro ximat ely 25 deg, in bioti te seam (folia tion) 8 317 56 ft Partin g dippin g at appro ximat ely 35 deg, in bioti te folia tion 9 305 120 ft Partin g dippin g at appro ximat ely 40 deg, fairly smooth foliat ion 10 305 121 ft Cut surfa ce throug h bioti te seam dippin g at 40 deg, paral lel to the foliat ion 2.51- 7
TABLE 2 LIST OF PEAK AND FINAL SHEAR STRESSES sample Normal Shear Shear Nos. Stress Stress (Max) Stress (Final) Joints 1 50 47.2 29.4 100 84.5 62.3 200 150.3 133.7 2 50 55.3 36.0 100 79.8 74.4 200 147.5 129.6 3 50 49.5 27.7 100 86.3 61.1 200 149.6 124.5 4 50 37.1 33.1 100 75.0 68.4 200 152.9* 146.2 6 50 46.9 32.8 100 88.7 52.1 200 189.1 138.1 Foliation 8 50 44.7 34.6 100 77.7 71.9 200 138.7 127.6 9 50 45.9 42.3 100 83.9 80.0 200 158.2 131.0 10 50 30.0 28.7 100 62.2 62.0 200 127.6 127.2 2.51-8
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ML18247A263

Contents

Text

SUMMARY

SUMMARY

1.7 NOTES

Dear Mr. Vetere:

Reference:

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Reference:

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Dear Mr. Hike:

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ML18247A263

Text

SUMMARY

SUMMARY

1.7 NOTES

Dear Mr. Vetere:

Reference:

Reference:

Reference:

Reference:

Reference:

Reference:

Reference:

Reference:

Reference:

Reference:

Reference:

Dear Mr. Hike:

SUMMARY

SUMMARY

SUMMARY

SUMMARY

SUMMARY

SUMMARY

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Navigation menu

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