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{{#Wiki_filter:REGULATORY INFORMATION DISTRIBUTION SYSTEM<RIDS)DISTRIBUTION FOR INCOMING MATERIAL 50-244 I REC: ZIEMANN D L ORG: WHITE L D NRC RQCHESTER GAS 8(ELEC DOCDATE: 04/i8/78 DATE RCVD: 09/26/78 DOCTYPE: LETTER NOTARIZED:
{{#Wiki_filter:REGULATORY INFORMATION DISTRIBUTION SYSTEM <RIDS)
NO COPIES RECEIVED  
DISTRIBUTION FOR INCOMING MATERIAL                               50-244 I
REC:   ZIEMANN D L                   ORG: WHITE L D                       DOCDATE: 04/i8/78 NRC                                    RQCHESTER GAS  8( ELEC              DATE RCVD: 09/26/78 DOCTYPE:   LETTER     NOTARIZED: NO                                           COPIES RECEIVED


==SUBJECT:==
==SUBJECT:==
LTR i ENCL 1 FORWARDING RESPONSE TO NRC REQUEST CONSISTING QF INFO CONCERNING DATA TAKEN DURING THE STARTUP OF CYCLE 7 AT SUBJECT FACILITY...
LTR i   ENCL 1 FORWARDING RESPONSE TO NRC REQUEST CONSISTING QF INFO CONCERNING DATA TAKEN DURING THE STARTUP OF CYCLE 7 AT SUBJECT FACILITY... W/ATT TABLE PRESENTING PREDICTED ROD WORTH AND THE MEASURED ROD WORTHS WITH AND WITHOUT CONTROL RODS L8 8. K7 SWAPPED.
W/ATT TABLE PRESENTING PREDICTED ROD WORTH AND THE MEASURED ROD WORTHS WITH AND WITHOUT CONTROL RODS L8 8.K7 SWAPPED.PLANT NAME: RE GINNA-UNIT i REVIEWER INITIAL: X JM DISTRIBUTQR INITIAL'~DISTRIBUTION OF THIS MATERIAL IS AS FOLLOWS ANNUAL ENVIRONMENTAL RPTS (OL STAGE>.<DISTRIBUTION CODE A007)FOR ACTION: INTERNAL: EXTERNAL: REG FILE+4W/ENCL BALLARD~~~W/ENCL KREGER++W/ENCL LPDR~S ROCHESTER>
PLANT NAME: RE GINNA UNIT       i                               REVIEWER DISTRIBUTQR INITIAL:   X JM INITIAL'~
NY++W/ENCL TIC>~W/ENCL NS I C4 4~W/ENCL ACRS CAT B>+W/ENCL NRC PDR++W/ENCL EEB++W/ENCL J.COLLI NS+4 W/ENCL KASTNER4 4 W/ENCL DISTRIBUTION:
DISTRIBUTION OF THIS MATERIAL IS AS FOLLOWS ANNUAL ENVIRONMENTAL RPTS         (OL STAGE>.
LTR 20 ENCL 20 SIZE: iP+3P w THE END CONTROL NBR: 78i i60i78 1 I'~'1 II W IH'I 0~y r<rizzz muzzy>jg zringjj~i(izzard'uzzsiltl jiiiiiiiiiiiiii ROCHESTER GAS AND ELECTRIC CORPORATION o 89 EAST AVENUE, ROCHESTER, N.Y.14649 LEON D.WHITE, JR.VICE PRESIDENT TELEPHONE AREA CODE Tle 546 2700 April 18, 1978 Director of Nuclear Reactor Regulation Attention:
    <DISTRIBUTION CODE A007)
Mr.Dennis Ziemann, Chief Operating Reactors Branch o.2 II.R.Nuclear Regulatory Commission.g]jiIIIIfgI Washington, DC 20555 Ma fbi Mg g
FOR ACTION:
INTERNAL:         REG   FILE+4W/ENCL                      NRC PDR++W/ENCL EEB++W/ENCL BALLARD~~~W/ENCL                        J. COLLINS+4 W/ENCL KREGER++W/ENCL                           KASTNER4 4 W/ENCL EXTERNAL:          LPDR~S ROCHESTER>     NY++W/ENCL TIC>~W/ENCL NS I C4 4~W/ENCL ACRS CAT B>+W/ENCL DISTRIBUTION:       LTR 20       ENCL 20                           CONTROL NBR:    78i i60i78 SIZE: iP+3P w
THE END


==Dear Mr.Ziemann:==
1 I' ~
En:i)IXI tPL-I>>B ,Xg C7 ITI CA CU U Kl>Ca I"I cnt.','I~w Pi'I MLJ rTI~Cl>~EO X ED-During conversations with members of the NRC staff, a revue'st" was made for data taken during the startup of Cycle 7 at the R.E.Ginna Plant.This data reflects measurements taken with control rod LS operating as a D bank rod and rgd K7 operating as an A bank rod.Figure 1 illustrates the F obtained from the Incore reduction of Flux Map VII-3 which Rs take with the rods as described above.Figure 2 illustrates the F>HIs with the rod swap corrected.
        '1 II W
Also attached is a table which presents the predicted rod worth and the measured rod worths with and without control rods LS and K7 swapped.Very truly yours, L.D.White, Jr.,7Sl160i78 Aoo t Cycle-7 Flux Map VII-3 D bank=136 steps, 28%power, Control Rod L8 and K7 interchanged ROCHESTER GAS ANO ELECTRIC CORPORATION CORE MAP N Measured F~H 2700 5 6 7 9 10 11 12 13 2 3 4 I I I I I I I I I I I I 0.546 0.552-1.0 0.6 0.56 1.5 0.636-1.1-009 l.131 0.824-1.0-1.0-0.4 1.144.022 0.2 p.3 0.647 0.6.471-1.1 p.62g 0.998-., 2.2-2.2 0'.gg7 1.270-2.2-2.2 1.008-1.1 0.979 2~2 l.111 2~2.284 1.117 0.907-1.1-0.2-0.5-130 1.244 0.980-0.3 0.3 0.5 1-255 1.178 0.978-1.2-0.3-0.1 1.11-0.1.24 0.l.17-0..301 0.3.134 0.0.266-0.3 1.025 0-479 0.6 0.6 1-006 1-025 0.646 0.5 0.4 0.4 1.141 1.305 1.024 0.4 0.4 0.4.556 1.1.551 1.0.556 1.1 1.152 1.095 0-2'0.831 o.914 p 9 0~4 l.152 l.131 1.0 1.0 1.03 1.315 1.2 1.2 l.215 2~2 0.969-0.6 1.254 0.9 l.147 0.9 1-162 1.034 1-230-1-9-1.4-1-2 0.961 1.224 1.049-2-0-1.8-1-6 1.182 1 043 1.236 03-06 07 27g 1 185 0 980 p 7 Oi2 p,p 1.159-1-1.20 0.944-2.-3.8 1.02 1-150-2.-2.9 1.19 1-268 0.-0.2 1.222 1.107 1.148-1.7-1.1 0.7 0.949 0.888 0.82-2.7-2.4 0.7 1.217 1.096 1.13-2.1-2.1-0.1.118 1.269 0.99-1.6-2.3-2.~568 3.3.563 3.3 0.568 3.3 G 0'0.692 1.098 7.6 7.6 0.517 8.4 l.050 4.9 1.101 8.0 0.703 9.4 1.173 1.242 p.g8p 3.5 0.1 0.5 1.408 1-204 0.918 85 76 08 1.110 1.140 0.827 8.9-0.2-0.0 1.25 1.139 1.0.5 1.10 1.269-1.-2.2 1.10 0.963-F 1-5.5 0.993 1.004 0.62-0.8-1.6-2.p 992 0~474-0.6 0.605-5.8 I 1 2 0.550 0.548-0.2-0.2 I 7 90~I I I I 5 6 3 4 0.54-2.Meas-Pred Pred N~F~~%Difference between measured and predicted I I I 9 10 11 12 13 FIGURE 3, il l7 ycle-7 Flux Map VIZ-4 D bank=119 steps, 25%power, Control Rod Swap Corrected ROCHESTER GAS ANO ELECTRIC CORPORATION CORE MAP N Measured F~1 2 I I 3 4 I I 2704 8 7 8 9 10 11 12 13 I I i I I I I I I 0.5.6 0.589 0.578 3.8 2.6 0.690 5.6 l.051 5.6 1.171 5.7 0.852.137 3.2 2.6 1.031 0~3.6 6.1.081 s.s4 1.334 5.6 1.109 1.1 0.875 1.104-0.7.0.7 l.329 5.2 1.087 6..535 6.2 180 0.552-1.8 0.554-1.8 0.551-1.8 0.646 1.011 1.002-1.3-1.3-1.3 0.983 1.248 1.123-1.3-1.3-1.3 1.086 1.083 1.219-1.8-1.3-1.3 0.808 p.864 0 974-1.8-1.9-1.6 1.086 1.077 1.222-1.8-1.8-1.0 0.977 1.241 1.130-1.8-1.8-0.6 0.674 1.055 1.034 30 30 18 1.148 1.2 1.270-0.1 1.184-1.4 0.988-2.8 1.181-1.6 1.271 0.1 1.149 1.3 1.207-2.1 1.201 0.2 1.068-1.5 1.226-3.9 l.039-'4.2 1.149-4.2 1.183-4 0.949 1.229-4.1-0.3 0.99 1.145-2.-4.5 1.24 1.038-2.-4.2 1.06 1.211-4.-5.1 1.19 1.008-6.-7.1 0.95 1.186-6.-1.1 0.97 1.280-1.3.8 1.162 1~03 2.4..1.1.244 1.12-0.1.152 1.20 4.1-2.0~965 0.96-5.1-2.1.171 1.23-2.S 0-1.306 1.16 2.8 1.177 1 p3 3'2..016-0.9.253-0.9.087-0.9 0.871-1.1 1.108 1.0 G299 2.7 1.052 2.6 0.648-0.9 0.986-0.9 1.087 0-547-1.8 p.8p8 0.549 2 7 1.105 p.547-0.2-2.7 1.026 3.0 0.674 3.1 G 0'.517 1.053 2.7 2.9 1.300 2~8 1.13 3.0.92 1.164 5.6.2 1 330 1 06 5.3 0.515 2.2 0.670 2.6 1.023 2.8 1.08 2~1.149-2-3.7 l.068 p,7p 7~3 7.0.55 2~0 55 p 573 1.7 I 7 90'i I I I I 4 5 I 2 3+F N%Difference between measured and predicted I 9 10 11 12 FIGURE 2 47~I T Startup-Cycle 7-May 21, 1977 Core Condition Boron Worth Boron End Predicted oint Measured*Predicted Measured*Isotherm Temp.Coefficient**
IH
ARO D bank in DSC bank in-115-114-114 (ppm)1382 1296, 1177 (ppm)1400 1321 1207 (pcm'F)-3.4-5.0-7.8 pcm'F 3~2 3-5.2-8.25 Control Rod Bank Worth Bank Predicted Worth (%kg)Bank Cumulative Measured*(%Q)Bank Cumulative Measured (%hP)Bank Cumulative
    'I
/D DSC 0.754 1.047 0.7'54 1.801 0.666 0.991 0.666 1.657 0.711 0.979 0.711 1.690*indicates measurements done with control rod L8 operating as a D bank rod and rod K7 operating as an A bank rod.**Doppler Coefficient is+1.9 pcm/'F 0~f t D~'tl IL ,l~~IP}}
 
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r<rizzz zringjj~i(
muzzy izzard' uzzsiltl jiiiiiiiiiiiiii ROCHESTER GAS AND ELECTRIC CORPORATION o 89 EAST AVENUE, ROCHESTER, N.Y. 14649 LEON D. WHITE, JR.                                                              TELEPHONE VICE PRESIDENT                                                      AREA CODE Tle  546 2700 April 18,    1978 CU        I "I En cnt.','I
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                                                                                          >Ca    MLJ
                                                                            >>B,Xg rTI~
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XEO Director of Nuclear Reactor Regulation Attention: Mr. Dennis Ziemann, Chief                                        C7 ITI                    ED Operating Reactors Branch    o. 2            CA II.R. Nuclear Regulatory Commission                      .g]jiIIIIfgI Ma fbi Washington,                  DC 20555                              Mg g
 
==Dear Mr. Ziemann:==
 
            -
During conversations with members of the NRC staff, a revue'st" was made for data                  taken during the startup of Cycle 7 at the R. E. Ginna Plant.                    This data reflects measurements taken with control rod LS operating as a D bank rod and rgd K7 operating as an A bank rod. Figure 1 illustrates the F                             obtained from the Incore reduction of Flux Map VII-3 which Rs take with the rods as described above. Figure 2 illustrates the F>HIs with the rod swap corrected.
Also attached is a table which presents the predicted rod worth and the measured rod worths with and without control rods LS and K7 swapped.
Very truly yours, L. D. White, Jr .
                                                              ,7Sl160i78                             t Aoo
 
Cycle     7     Flux       Map   VII-3 D bank = 136 steps,               28%   power, Control Rod L8 and               K7   interchanged ROCHESTER GAS ANO ELECTRIC CORPORATION CORE MAP N
Measured F~H 2700 2        3        4          5       6       7                 9       10         11   12     13 I       I       I         I       I       I       I       I         I         I     I     I 0.546 0.552 0.56
                                                  -1.0       0.6       1.5
: 0. 636       - 009   l. 131   0. 824 1. 144 . 022 0. 647
                              -1. 1 -1. 0 -1. 0 -0.4                   0.2 p.3         0.6
                      .471 1. 008        . 284  1. 117 0. 907 1.11          . 301  1. 025 0-479
                    -1.1 -1.1 -1. 1 -0. 2 -0. 5 -0.                           0.3      0.6      0. 6 p.62g 0.998 0. 979                -130 1.244 0.980 1.24              .134 1- 006 1- 025 0. 646
        -., 2.2      -2.2      2 2 ~  -0.3        0.3     0.5        0. 0.0     0.5        0.4    0.4 0'.gg7 1.270        l. 111    1- 255 1. 178 0. 978          l. 17  .266 1.141 1.305 1.024
        -2. 2 -2. 2            2~2      -1.2 -0.3          -0.1 -0.         -0.3      0.4       0.4    0.4
.556 1.152 1.095            l. 215     1-162 1.034 1-230                    1.159 1.222 1.107 1.148          ~ 568 1.1             0  -2 '      2~2      9 -1.4         2                    -1.7 -1.1 0.7            3.3
.551 0.831 o.914 0. 969 0. 961 1. 224 1. 049 1.20 0.944 0.949 0.888 0.82 .563                                            0' 1.0 p 9 0 4 -0. 6 0 -1.8 6 -2. -3.8 -2.7 -2.4
                          ~                                                                              0.7 3.3 G
.556  l. 152 l. 131        1.254 1.182 1 043 1.236 1.02 1-150 1.217 1.096 1.13 0.568 1.1        1.0       1.0    0.9        03 -06            07 -2. -2.9 -2.1 -2.1 -0.                         3.3
: 1. 03        1. 315  l. 147        27g 1 185 0 980 1.19 1-268 1.118 1.269 0.99 Oi2 1.2       1.2     0.9        p 7              p,p        0. -0.2 -1.6 -2.3 -2.
: 0. 692 1. 098       l. 050     1.173 1.242 p.g8p 1.25 1.139 0.993 1.004 0.62
: 3. 5     0.1 7.6        7.6    4.9                          0.5        1. 0.5 -0.8 -1.6 -2.
: 0. 517 1. 101 1.408 1-204 0.918 1.10 1.269 76                              p 992 0 474~
8.4    8.0        85                08 -1. -2.2                       -0.6
: 0. 703 1.110 1.140 0.827 1.10 0.963 0.605 9.4        8.9    -0.2     -0.0 -F        1  -5.5 -5.8 0.550 0.548 0. 54
                                                  -0.2     -0.2       -2.  ~
                                                                            ~F~
                                                                                    %
N Difference between measured and predicted I         I       I         I       I       I                          I        I    I 1        2          3      4          5       6       7                9        10        11    12      13 90~
Meas-Pred Pred il l7 FIGURE      3,
 
ycle     7     Flux     Map VIZ-4 D bank = 119 steps,     25%   power, Control Rod Swap Corrected ROCHESTER GAS ANO ELECTRIC CORPORATION CORE MAP N
Measured   F~
2704 1       2     3     4                 8       7       8       9           10       11   12   13 I       I     I     I       I         I       i      I        I            I        I      I   I
: 0.       0. 589 0. 578 5.6      3.8     2.6
: 0. 690 l. 051   1.171 0.852 .137 1.031 0                 ~
5.6    5.6        5.7      3.2 2.6          3.6         6.
s.s4
: 1. 081 1.334 1. 109 0. 875 1. 104           l. 329        1.087 .535 5.6        1.1 -0.7 . 0.7             5.2         6.     6.2 0.646 1.011 1.002 1.148 1. 207 0. 949 1. 229 1.162 1 03                    ~      . 016 0.648
            -1.3 -1.3 -1.3 1.2 -2.1 -4.1 -0.3 2.4 .. 1.                                     -0. 9 -0.9 0.983 1.248 1.123 1. 270 1. 201 0.99 1.145 1.244 1.12                              .253 0. 986
            -1.3 -1.3    -1.3    -0.1         0.2  -2.      -4.5                -0.     -0.9 -0. 9 0.552 1.086 1.083 1.219 1.184 1. 068
    -1.8 -1.8                                       1. 24 1. 038 1.152 1.20                  . 087 1.087 0-547
                  -1.3   -1.3    -1.4      -1.5     -2.       -4. 2     4.1       -2.     -0. 9  -1.8 180
: 0. 554 0.808 p.864 0 974 0. 988 1.226 1.06 1.211 0 965 0.96 0. 871 p.8p8 0.549
    -1.8 -1.8    -1.9  -1.6   -2.8 -3.9 -4.
                                                                        ~
                                                                -5.1 -5. 1 -2.               -1. 1         2 7 G
0.551 1.086 1.077 1.222 1.181
    -1.8  -1.8 -1.8    -1.0 -1.6 l.-'4.039 1.19 1.008 1.171 1.23 1.108 1.105 p.547
                                                      -6.       -7.1 -2.S                      1.0  -0.2  -2.7 2                                    0-
: 0. 977 1. 241 1. 130 1.271 1.149 0.95 1.186 1.306 1.16 G299 1. 026
            -1.8 -1.8    -0.6     0.1      -4.2    -6.       -1.1     2.8                   2.7  3.0 0'.517 0.674 1.055 1.034 1.149 1. 183 0.97 1.280 1.177 1 p3 1. 052 0. 674 30 30        18      1.3     -4      -1.       3.8      3  '        2.     2.6  3.1 1.053 1. 300 1.13           0. 92 1. 164 1 330 1 06 0. 515 2.7    2.9    2 8 ~      3.       5.      6.2     5.3                  2.2
: 0. 670 1. 023 1. 08                          l. 068       p,7p 2.6    2.8        2~
: 1. 3.7 149 7~3          7.
: 0. 55    0 55 p 573 2~
                                                                      +        F N
1.7
                                                                                %Difference between measured and    predicted i     I      I      I         I       I                                             I I     2     3     4        5                  7                  9         10         11   12 90' FIGURE 2                                                             47 ~ I T
 
Startup   Cycle 7 May   21, 1977 Core Condition     Boron Worth       Boron End   oint           Isotherm Temp. Coefficient**
Predicted Measured*       Predicted        Measured*
(ppm)         (ppm)         (pcm 'F)         pcm 'F ARO                -115              1382          1400        -3.4               3 ~ 23 D bank  in          -114              1296,        1321        -5. 0             -5.2 DSC  bank  in      -114              1177          1207        -7.8              -8.25 Control   Rod Bank   Worth Bank       Predicted Worth     (%kg)         Measured*     (%Q)           Measured (%hP)
Bank   Cumulative                Bank    Cumulative          Bank    Cumulative
/ D           0. 754   0. 7'54                 0.666        0.666           0. 711        0.711 DSC        1.047    1.801                  0. 991      1.657            0.979         1.690
* indicates measurements     done with control rod     L8 operating     as a D bank rod and rod K7 operating as an A         bank rod.
      ** Doppler Coefficient is +1.9 pcm/'F
 
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f t D ~ 'tl IL     ,l ~ ~
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Revision as of 01:30, 21 October 2019

R.E. Ginna - Response to NRC Request Consisting of Information Concerning Data Taken During the Startup of Cycle 7 at Subject Facility with Attachment Table Presenting Predicted Rod Worth and the Measured Rod Worths with and Without Control
ML18142A703
Person / Time
Site: Ginna Constellation icon.png
Issue date: 04/18/1978
From: White L
Rochester Gas & Electric Corp
To: Ziemann D
Office of Nuclear Reactor Regulation
References
Download: ML18142A703 (7)
v • d • e


Text

REGULATORY INFORMATION DISTRIBUTION SYSTEM <RIDS)

DISTRIBUTION FOR INCOMING MATERIAL 50-244 I

REC: ZIEMANN D L ORG: WHITE L D DOCDATE: 04/i8/78 NRC RQCHESTER GAS 8( ELEC DATE RCVD: 09/26/78 DOCTYPE: LETTER NOTARIZED: NO COPIES RECEIVED

SUBJECT:

LTR i ENCL 1 FORWARDING RESPONSE TO NRC REQUEST CONSISTING QF INFO CONCERNING DATA TAKEN DURING THE STARTUP OF CYCLE 7 AT SUBJECT FACILITY... W/ATT TABLE PRESENTING PREDICTED ROD WORTH AND THE MEASURED ROD WORTHS WITH AND WITHOUT CONTROL RODS L8 8. K7 SWAPPED.

PLANT NAME: RE GINNA UNIT i REVIEWER DISTRIBUTQR INITIAL: X JM INITIAL'~

DISTRIBUTION OF THIS MATERIAL IS AS FOLLOWS ANNUAL ENVIRONMENTAL RPTS (OL STAGE>.

<DISTRIBUTION CODE A007)

FOR ACTION:

INTERNAL: REG FILE+4W/ENCL NRC PDR++W/ENCL EEB++W/ENCL BALLARD~~~W/ENCL J. COLLINS+4 W/ENCL KREGER++W/ENCL KASTNER4 4 W/ENCL EXTERNAL: LPDR~S ROCHESTER> NY++W/ENCL TIC>~W/ENCL NS I C4 4~W/ENCL ACRS CAT B>+W/ENCL DISTRIBUTION: LTR 20 ENCL 20 CONTROL NBR: 78i i60i78 SIZE: iP+3P w

THE END

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muzzy izzard' uzzsiltl jiiiiiiiiiiiiii ROCHESTER GAS AND ELECTRIC CORPORATION o 89 EAST AVENUE, ROCHESTER, N.Y. 14649 LEON D. WHITE, JR. TELEPHONE VICE PRESIDENT AREA CODE Tle 546 2700 April 18, 1978 CU I "I En cnt.','I

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XEO Director of Nuclear Reactor Regulation Attention: Mr. Dennis Ziemann, Chief C7 ITI ED Operating Reactors Branch o. 2 CA II.R. Nuclear Regulatory Commission .g]jiIIIIfgI Ma fbi Washington, DC 20555 Mg g

Dear Mr. Ziemann:

-

During conversations with members of the NRC staff, a revue'st" was made for data taken during the startup of Cycle 7 at the R. E. Ginna Plant. This data reflects measurements taken with control rod LS operating as a D bank rod and rgd K7 operating as an A bank rod. Figure 1 illustrates the F obtained from the Incore reduction of Flux Map VII-3 which Rs take with the rods as described above. Figure 2 illustrates the F>HIs with the rod swap corrected.

Also attached is a table which presents the predicted rod worth and the measured rod worths with and without control rods LS and K7 swapped.

Very truly yours, L. D. White, Jr .

,7Sl160i78 t Aoo

Cycle 7 Flux Map VII-3 D bank = 136 steps, 28% power, Control Rod L8 and K7 interchanged ROCHESTER GAS ANO ELECTRIC CORPORATION CORE MAP N

Measured F~H 2700 2 3 4 5 6 7 9 10 11 12 13 I I I I I I I I I I I I 0.546 0.552 0.56

-1.0 0.6 1.5

0. 636 - 009 l. 131 0. 824 1. 144 . 022 0. 647

-1. 1 -1. 0 -1. 0 -0.4 0.2 p.3 0.6

.471 1. 008 . 284 1. 117 0. 907 1.11 . 301 1. 025 0-479

-1.1 -1.1 -1. 1 -0. 2 -0. 5 -0. 0.3 0.6 0. 6 p.62g 0.998 0. 979 -130 1.244 0.980 1.24 .134 1- 006 1- 025 0. 646

-., 2.2 -2.2 2 2 ~ -0.3 0.3 0.5 0. 0.0 0.5 0.4 0.4 0'.gg7 1.270 l. 111 1- 255 1. 178 0. 978 l. 17 .266 1.141 1.305 1.024

-2. 2 -2. 2 2~2 -1.2 -0.3 -0.1 -0. -0.3 0.4 0.4 0.4

.556 1.152 1.095 l. 215 1-162 1.034 1-230 1.159 1.222 1.107 1.148 ~ 568 1.1 0 -2 ' 2~2 9 -1.4 2 -1.7 -1.1 0.7 3.3

.551 0.831 o.914 0. 969 0. 961 1. 224 1. 049 1.20 0.944 0.949 0.888 0.82 .563 0' 1.0 p 9 0 4 -0. 6 0 -1.8 6 -2. -3.8 -2.7 -2.4

~ 0.7 3.3 G

.556 l. 152 l. 131 1.254 1.182 1 043 1.236 1.02 1-150 1.217 1.096 1.13 0.568 1.1 1.0 1.0 0.9 03 -06 07 -2. -2.9 -2.1 -2.1 -0. 3.3

1. 03 1. 315 l. 147 27g 1 185 0 980 1.19 1-268 1.118 1.269 0.99 Oi2 1.2 1.2 0.9 p 7 p,p 0. -0.2 -1.6 -2.3 -2.
0. 692 1. 098 l. 050 1.173 1.242 p.g8p 1.25 1.139 0.993 1.004 0.62
3. 5 0.1 7.6 7.6 4.9 0.5 1. 0.5 -0.8 -1.6 -2.
0. 517 1. 101 1.408 1-204 0.918 1.10 1.269 76 p 992 0 474~

8.4 8.0 85 08 -1. -2.2 -0.6

0. 703 1.110 1.140 0.827 1.10 0.963 0.605 9.4 8.9 -0.2 -0.0 -F 1 -5.5 -5.8 0.550 0.548 0. 54

-0.2 -0.2 -2. ~

~F~

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N Difference between measured and predicted I I I I I I I I I 1 2 3 4 5 6 7 9 10 11 12 13 90~

Meas-Pred Pred il l7 FIGURE 3,

ycle 7 Flux Map VIZ-4 D bank = 119 steps, 25% power, Control Rod Swap Corrected ROCHESTER GAS ANO ELECTRIC CORPORATION CORE MAP N

Measured F~

2704 1 2 3 4 8 7 8 9 10 11 12 13 I I I I I I i I I I I I I

0. 0. 589 0. 578 5.6 3.8 2.6
0. 690 l. 051 1.171 0.852 .137 1.031 0 ~

5.6 5.6 5.7 3.2 2.6 3.6 6.

s.s4

1. 081 1.334 1. 109 0. 875 1. 104 l. 329 1.087 .535 5.6 1.1 -0.7 . 0.7 5.2 6. 6.2 0.646 1.011 1.002 1.148 1. 207 0. 949 1. 229 1.162 1 03 ~ . 016 0.648

-1.3 -1.3 -1.3 1.2 -2.1 -4.1 -0.3 2.4 .. 1. -0. 9 -0.9 0.983 1.248 1.123 1. 270 1. 201 0.99 1.145 1.244 1.12 .253 0. 986

-1.3 -1.3 -1.3 -0.1 0.2 -2. -4.5 -0. -0.9 -0. 9 0.552 1.086 1.083 1.219 1.184 1. 068

-1.8 -1.8 1. 24 1. 038 1.152 1.20 . 087 1.087 0-547

-1.3 -1.3 -1.4 -1.5 -2. -4. 2 4.1 -2. -0. 9 -1.8 180

0. 554 0.808 p.864 0 974 0. 988 1.226 1.06 1.211 0 965 0.96 0. 871 p.8p8 0.549

-1.8 -1.8 -1.9 -1.6 -2.8 -3.9 -4.

~

-5.1 -5. 1 -2. -1. 1 2 7 G

0.551 1.086 1.077 1.222 1.181

-1.8 -1.8 -1.8 -1.0 -1.6 l.-'4.039 1.19 1.008 1.171 1.23 1.108 1.105 p.547

-6. -7.1 -2.S 1.0 -0.2 -2.7 2 0-

0. 977 1. 241 1. 130 1.271 1.149 0.95 1.186 1.306 1.16 G299 1. 026

-1.8 -1.8 -0.6 0.1 -4.2 -6. -1.1 2.8 2.7 3.0 0'.517 0.674 1.055 1.034 1.149 1. 183 0.97 1.280 1.177 1 p3 1. 052 0. 674 30 30 18 1.3 -4 -1. 3.8 3 ' 2. 2.6 3.1 1.053 1. 300 1.13 0. 92 1. 164 1 330 1 06 0. 515 2.7 2.9 2 8 ~ 3. 5. 6.2 5.3 2.2

0. 670 1. 023 1. 08 l. 068 p,7p 2.6 2.8 2~
1. 3.7 149 7~3 7.
0. 55 0 55 p 573 2~

+ F N

1.7

%Difference between measured and predicted i I I I I I I I 2 3 4 5 7 9 10 11 12 90' FIGURE 2 47 ~ I T

Startup Cycle 7 May 21, 1977 Core Condition Boron Worth Boron End oint Isotherm Temp. Coefficient**

Predicted Measured* Predicted Measured*

(ppm) (ppm) (pcm 'F) pcm 'F ARO -115 1382 1400 -3.4 3 ~ 23 D bank in -114 1296, 1321 -5. 0 -5.2 DSC bank in -114 1177 1207 -7.8 -8.25 Control Rod Bank Worth Bank Predicted Worth (%kg) Measured* (%Q) Measured (%hP)

Bank Cumulative Bank Cumulative Bank Cumulative

/ D 0. 754 0. 7'54 0.666 0.666 0. 711 0.711 DSC 1.047 1.801 0. 991 1.657 0.979 1.690

  • indicates measurements done with control rod L8 operating as a D bank rod and rod K7 operating as an A bank rod.
    • Doppler Coefficient is +1.9 pcm/'F

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