ML20094H143
| ML20094H143 | |
| Person / Time | |
|---|---|
| Site: | Beaver Valley |
| Issue date: | 09/30/1991 |
| From: | Sieber J DUQUESNE LIGHT CO. |
| To: | |
| References | |
| NUDOCS 9203090054 | |
| Download: ML20094H143 (62) | |
Text
. _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ .
Beaver Valley Joint Frequency Distribution Tables for Batch Releases Delta T (150ft-35ft) and 35-Ft Wind and DeltaT(500ft-35ft)and500FtWind Third Quarter 1991 r EL7 l [j
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PROGRAM: JFD VER$104: PC-1.1 SEAVER VALLEY JTD - GROUND LEVEL BATCM RELEASES SITE IDENTIFIER: DLsv2 CATA PEtt*Jo EXAMIwtD: 7/ 7/91 - 9/22/91 *** ***
320 CTR 1991 STABILITY CLASS G STABILITY BASED OM: DELTA T SETWEEN 150.0 AmD 35.0 FEET WIND NEASuirED AT: 35.0 TEET W!MD THRESHOLD AT: .75 mph JOINT FREQUENCY DISTRIBUTION OF W!hD SPEED MD DIRECTIOs: Im MOURS AT 35.00 FEET SPEED au thw TUTAL (MPM) W umE NE ENE E ESE SE SSF S SSW N Wsw W WWW j I
0 ,
CALM 0 0 0 1 3 0 0 0 0 0 0 0 0 5 76- 3.50. 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3.51- 7.50 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 7.51-12.50 0 0 C 0 0 0 0 0 0 0 0 0 0 0 0 0 0 12.51-13.50 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o ,
.18.51-24.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 l
>24.00 0 0 0 0 0 1 3 0 0 0 0 0 0 0~ 0 $
TOTAL 0 0 1 I
STABILlif CLASS ALL l
STABILITT BASED OM: DELTA T BETWEEm 150.0 AND 35.0 FEET WIND ME/2JRED AT: 35.0 FEET WIND THRESHCLD AT: .75 MPN JOlmi FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION 14 HOURS AT 35.00 FEET SPEED EhE E ESE SE SSE S SSa, Su WSW W nau mW skW TCTAL (MPN) N wwE WE 0
CALM 0 4 5 2 4 3 1 0 1 0 0 3 0 23
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>24.00 0 0 0 0 0 4 5 2 4 4 3 3 2 0 2 3 4 36 TOTAL 0 0
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Beaver Valley Listings of Meteorological Data for Periods of Ground-Level Gaseous Effluent Releases Third Quarter 1991 HALLIBURTON NUS
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- 52.1 41.7 1.6i ,5I .00 H 919 H 1.8 112. H.9 - 2.1 2 38. H.9 - 2.2 332. 99.9 48.6 0.1 2.96 3.5I .H 91 9 20 1 1.9 10. 99.9- 5.3 207. H.9 - 4.7 278. 99.9 6.4 0,7 3.6G 5.4I .H 91 920 2 1.9 105. H.9 - 3.0 189. 99.9- 6.2 292. H.9 H.6 U.2 2.0f 3.(l .00 91 920 3 1.0 147 H.9 - 1.1 C. H.9 - 2.4 74. 99.9 0.3 41.1 2.1 0 3.7 I .00 H 9 20 4 1.6 150. H.9 - 3.6 189. 99.9- 2.4 20, 99.9 0.1 41.0 2.6G 3.6I .H 91 9 20 $ 1.5 152. 99.9- 1.0 191. 99.9- 4.6 24. 99.9 0 .6 41.5 2.6G 2.3I .00 91 922 7 2.4 109. H.9 - 3.7 79. H.9 - (.5 62. 99.9 39,2 39.0 1.1f 2,2I ,H 91 922 6 !.1 H. H.9 - (.6 69. H.9 - 4.6 IH, H,9 - 0.3 0.2 .21 1.61 .00 91 9 22 H 7.4 212. 99.9 10.( 217. H.9 H.2 209. 99.9 69.5 0.2 1.3 1 3.7 0 .00 91 9 22 15 6.9 D0. 99.9- 8.9 219. H.9 12.0 215. H.9 70.5 0.7 .9D 3.20 .00 ;
91 9 22 16 6.2 215. H.9 - 8.6 210. H.9 11.5 2H. H.9 71.1 48.7 1.0 C 2.9 0 .H 91 9 22 17 6.2 197, 99.9 11.7 1H. 99.9 16.2 197 H.9 71.1 0.9 .6 0 2.5 0 .00 91 9 22 18 5.2 190, H.9 - 9.4 1H. H.9 13.1 195, 99.9 71.7 01 .5 D 2.4 0 .00 91 9 22 19 2.3 171. 99.9 - 6.3 177. H.9 !!.3 167, 99.9 H.6 0.1 .2 1 1.0 I .00 l
_ _ _ _ _ _ m . - . _ _ , _ _ ___ ,_ - ___ ,_.__ ~- ,
Beaver Valley Listings of Meteorological Data for Periods of Elevated Gaseous Effluent Releases Third Quarter 1991 HALLlBURTON NUS
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!! !0 H H (EMI (Illi (Hit 50 itMI INCI (HG150 IIH1 (MG) (ngl 50 (il (f) til SC (Il SC (Ill 91 1 6 21 2.9 322. 99.9- 5.0 164. H.I - 9.4 14(. H.S + ff.6 M.0 .46 1.90 .00 91 1 6 22 2.6 46. H.9 - 3.0 60. H.S - 5.5 162. H.S 16.2 67.5 .0 1 6 I .00 11 1 623 1.2 95. H.9 2.1 d. 99.9- 3.5 114. 99.9 12.1 M9.9 t.t i 1.9 I .M 9116H 1.1 139. H.9 - 4.6 202. H.9 10.4 210. H.9 72.9 N.1 .6 I t.( l .00 Il 1 1 1 1.( 6. H.9 - 2.6 34. 99.9- 9.3 207. H.9 11.6 66.6 1.1 l 3.3 I .00 91 1 1 2 1.5 212. H.i - 2.5 til. H.S 11.2 110. 99.9 71.0 0.1 1.1 l 3.2 I .M -
91 1 1 3 1.4 215. 99.9 - 3.0 2 H. H.I 15.1 23. H.S 12.6 H.5 1.01 3.5 I .H 91114 5.5 246. H.S - 6.2 235. H.S !!.4 229. - H.S 16.6 -61.6- .01 .4 I .M 91 f 15 17 4.6 32. H.9 - 6.5 9. H.9 - 6.1 4. H.S 61.0 50,6 1,4 4 3.6 0 .M 91 f 15 16 3.3 334.- H.9 - 4.6 85. H .9 6.4 343. H.S H.9 50.1 1.1 l 4.4 0 .M 91 f 15 19 3.2 341. H.9 - 6.! 3W. H.S - f.3 3W. 99.9 M0 $1.0 .f D 4.6 0 .M 91 1 16 20 1.1 62. H.S - 3.4 38. H.S - 6.9-359. H.9 fl.0 53.3 .( 0 . 6I ,M 91 1 15 21 1.4 139. H.9 - .6 332. H.S - 3.4 32. H.S H.6 51.6 3.6 G 1.0 I .M 91 1 15 22 1.3 135. H.9 - 1.4 351. H 9 1.4 262. H.9 64.1 W.3 3.6 0 9.5 I .M 91 11523 1.1 136. H.9 - 1.4 352. H.S - .9 66. 99.9 61.0 l H .S 3.9 G 10.4 0 .00 11 f 15 H .6 153. H.9 - 1.4 326. H.9 2.9 til. H.S 19.2 55.1 4.2 4 6.5 I .00 91 116 1 1.3 131. H.S - 3.4 191 H.9 - 3.5 336. H.S 56.4 H.5 4.0 G 6.6 I .M 91 1 16 2 1.1 132. H.9 - 4.5 202. 99.9- 1.6 343. H.S $1.6 65.1 3.1 4- 6.f f ,M 91 116 3 1.0 120. H.S - 1.4 11. H.I 2,4 ft. H.9 W.3 55.1 2.0 G 1,3 I .M 91 1 16 4 .6 143. 99.9- 1.t ft. H.9 - .9 d. H.9 55.3 54.6 3.3 6 f.0 I .M 91 116 6 .9 1 34. H.S - 1.3 21. H.S - 1.6 63. 99.9 H.6 54.1 3.1 G 6.7 I .00 91 1 16 6 1.1 H4. H.S - .1 60. H.S 1.3 2H. H.S H.5 $(.9 !.1 l 3.1 I .00 91 116 1 1.4 lH. 99.9- 1.3 !!!. H.S - 1.2 3H. H.S - 51.5 67.1 .!! .9I .M 91 716 6 1.3 113. H .S 1.2 69. H.9 - 4.6 63. H.9 56.6 56.4 4 0 3.6 I .M 91 116 9 1.9 14. H.S - 3.1 31. H.9 2.6 59. H.S H.0 56.9 - .60 .0I .M 91 11610 1,3 343. H .S 2.1 351. 99.9- 2.1 34. H.S 12.0 W.1 1.0 C 1.1 D .00 91 1 16 11 1.6 301. H.I 2.0 334. H.S 2.7 11, 99.9 fl.f lit.) .1 D 4.5 0 .00 91 1 16 12 (.1 2H - H.S - 4.6 256. H.9 - 3.2 2W. H.S H.0 64.1 4.0 C - 4.1 D .M 91 1 16 13 4.1 253. 99.9 -5.4 256. H.S - 5.2 Hl. H.9 62.1 W.1 - 4.1 & 4.4 0 .M 91 f 16 H 4.1 276. H.9 - 6.6 272. H.9 5.5 266, H l 63,4 W.6 4.41 4.50 .M 91 1 16 15 ' (.! 264. H.S - 5.2 2M. H.9 - 5.4 253. H.I 64.2 = 40.0 4.5 4 4.4 0 .M 91 1 16 16 3.5 til. H.S - 4.3 24. H.S - 4.4 2H. H.I 65.3 41.3 4.0 C 4.! D ,M 91 1 16 11 3.6 2M. H.S 4.3 263. H.S - 4.1 230. H.S M.1 0.6 1.2 & 4.0 0 .M 91 11616 3.4 til. ' H ,9 3.6 217, 99.9- 3.1 Hl. 99.9 65.9 W1 .9 0 4.0 0 .H 91 716 0 2.0 2H. H.9 - 2.2 2#, H.S - 3.3 251. 99.9 65.4 64.2 7 ,1 0 4 .6 0 .00 11- 1 16 20 .6 - D6. H.S - 1.3 154. H.S - 2.3 316. H.S 19.6 63.4 1,5 I t.6 I .M 91 1 16 21 1.5 133. H.9 - 1,7 156. H.9 - 1.4 2W. H.9 f1.9 61.6 3.9 G 6.6 I ,00 91 1 16 22 1.1 139. H.S - 1.0 H4. H,9 - (.1 300. H.9 + 61.5- N .4 (.5 G 6.0 t .M 91 11623 1.2 120. H.S - 1.9 !!, H.S - 3.1 . 64. H.9 65.1 Hl.) 2.6 G 11.6 0 .M 91 1 16 H 1.2 164. H.9 + 1.7 3. H.9 - 4.2 1 H. - H .9 63.1 H.i- -3.1 4 11.4 G ,H 91 117 1 1.1 116. H.S - 1.9 IW. H.S - 1.6 302. H.S 62,2 59.4 3.1G f5I .H 91 1 11 2 1.6 18. - H.9 - .9 10. H.9 - 1.6 2H. 99.9 - 61.2- 50. 0 2.4 I 6.1 I .M 91 711 3 - 1.0 129 H.S - 1.6 69. H.9 - 1.2 238 H.9 59.9 56.9 3.0 $ l.6 I .00 11 1 11 4 1.0 13i. 99.9 3.0 23 H.I - .1 256. H.S 50.0 58.0 2.6 4 10.6 4 .H -
11 1 11 $ 1.1 H5. 99.9 - 1,4 29.-99.9- 3.6 28. H.I %.6 51.6 2.9 G f.11 .M 91 1 17 6 1.5 141. H.S - 2.5 16. H.S - 3.1 250. 99.9 56.6 $1.6 !.5 I 5.2 I .00 11 11713 5.9 24. H.S ' 9,6 264.- M.) 12.( 251 H.S 65,0 - W.6 4.5 1 4.6 0 .M 91 1 11 14 6.4-24. H.9 6.6 ' 2% i H.I 10.5 2 0. H.S -
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W. ;tW 08 CH ltD Win Wln itb V'O W:0 it) !N K1lif !!L!! ! !!Lti t till Sill) !!! lif !!!!D Mt !!! Silb Mt Ili !!! 35T 19 35 5 M-35 fil.L U $01,1 F1 inim (1881 410 iC illo 010 dl0 it (!Ni 410 tilGi 3C til (h t h $2 (f) $C Ull 91 1 11 15 6.6 2H. H.9 10.1 20. H.9 12.5 251. H.9 67.3 51.0 1. '6D .H 91 1 11 16 6.9 20. H9- 9.3 261. Hj 12.5 257 H.) 61.9 51.4 u, 1D .00 91 1 17 11 - 6.5 20. HJ 16 0 257. H.9 12.2 24. H.9 61.4 56.2 4.21 o20 .M M i ti ll 5.5 20. H.9 - U 256. H.9 10.1 256. H.9 BU 59.0 .6 ) 4.t b .M M 71719 U 20. 99.9- !0 2W. H.9 10.0 2M. H.9 66.2 M,0 .40 4.00 .M 91 7 11 20 3.5 1H. Ma '? M9. H 9 12.6 238. HJ BU H.6 1.5l 1.6I .H 91 1 11 21 2.1 lu. Ad- 36 2H. H9- 9.9 239. H J 16.5 63.9 1.6 l 4.! ! .M M i 11 22 1.5 lH. H.9 - 4.0 196, HJ- U 253. Hj H.1 63.4 3.10 4.6i .M 91 1 11 23 1.0 H. 9U - U !!. 99.9+ 6.6 229. H.9 73.0 Hu 2.1I 4.2I .H 91 1 11 H .6 133. H.9 - 1.6 !M. H.9 - 5.3 24. H J t u 62.1 4.10 6.6I .M M 116 1 .6 1H. H.9 - 2.6 H5. H.9 - U 236. 99.9 66.5 tu u0 1.1i .M 91 716 2 2.1 162. H.9 - 4.6 2H. 99.9- 1.6 139. H.9 61,6 61.5 4.2 0 f.1 I .00 H 1 16 3 1.0 139. HJ- 2.2 211. H.9 - U H2. H.9 64.6 61.6 3.9 0 1.9 I .H H 116 4 1.1 18. H.9 - 2.9 226. H.9 - U 236. 99.9 0.9 61.7 U G 1.6 I .00 91 71910 2.0 1H. H.9 - 1.8 231 tu 4.1 20. H.9 7U 66,1 .1 ti 4.2 0 .00 91 1 19 11 3.0 260. 90 - 4.0 211. H.9 - 5.2 20. H.9 H.6 999J 1.41 4.10 .M 91 7 19 12 U 20. H.9 - U 279. H.9 - 6.6 2H, H 9 67.6 12.0 1.6 A 4.6 0 .M M 1313 4.6 24. H.9 - 6.1 255. H.9 - 6.1 239. H.9 6U 62.1 4.61 4.90 .M H 11914 0 2!!. 99.9- 6.3 24. H.9 - 9.6 H0. H.9 H.5 61.9 1.6 & 4.9 C .M 91 7 19 15 6.3 24. 99.9- 6.1 252. H.9 10 239, H.9 90.6 U.3 1.44 4.10 .M 91 1 19 16 5.4 Hl. H.0 - 6.1 241 H.9 - 6.3 236. H.9 H5 61.9 u& UD 30 91 1 19 11 6.2 20. 90 - 1.9 256. H.? - 6.6 20. H.9 90 62.6 4.3& 4.40 .M M 1316 U 260. 99.9 - f.3 262. H.9 - 6.6 Mt. H.9 H.9 62.1 ,1 D 4.6 0 .M H 1919 3.6 256. H9- 5.3 256. Hj- 8.1 238. H.9 H.4 0.9 .6 0 2.6 D .M M 1HH 2.5 1H. 99.9- 2.6 232. 99.9- 7.6 H5. H.9 66.2 0,5 .3 I .1I .M 91 11121 2.0 191. 99.9- 3.0 20. 99.9- 6.5 161. H.9 60.9 69.9 2.66 3.1I .M I 91 1 3 22 2.2 154. 99.9- 3.9 196. 99.9 9.! !!3. H ,9 76.7 66.5 2.6 0 W l ,M 91 1 9 13 1.2 10. H.9 - 1.9 35. H3 IU 220. H.9 76,7 9HJ 2,1 r 4.! ! .M 91 10 N 2A 191. H.9 - 73 239. 99.9 16.6 221, 99.9 16.6 69.1 1.6 I 1,5 I .M M 1201 M 36. 99.9- 4,7 2%. HJ 11.6 231. 99.9 17,6 10.6 UI 31 .00 91 6 H 11 2.5 269. 90 - 1.6 323, H.9 - 2.1 16. H.9 H.2 63,6 .40 .9I .M 91 6 H 12 U 351. Hj - i.6 16. H.9 - 5.2 H. 99.9 19.2 60 4.15 4.50 .M M 6 H 13 U 11. H9- ti 19. 99.9- U 6, H 9 62.6 62.1 4,61 4.60 .M 91 6 H 14 2.1 332. H.9 - 4.f 1. 99.9- 5.0 3% . H.9 62.6 62.9 .9 0 4A D .00 91 6 H 15 1.9 265. H.9 - 2.3 13. 99.9- 2.1 5. H.9 63A 61.9 . A D 4,6 0 .M H 6 H 16 1A 2M. H.9 - 1.2 H J 99.9 . 2A 72. H.9 H.2 62,6 ,21 4.90 .00 91 6 H 11 2.2 H 5. HJ- 5.5 30. H.9 - 6.9 30, 99.9 HJ 63 1 .6 ) 4A D .M 91 6 H 16 3,1 30. H.9 - 5.7 30, 99.9- 1.9 352, 9U H.1 62.6 .9 D 4.1 ) .M 91 62419 2.6 3M. HJ- 6.1 12. H.9 10.5 11. H.9 62.1 64.1 ,01 4.2I .M 91 8 H 20 .1 179. 99.9- 1.5 11. H.9 - 5,1 16. 99.9 16.2 03 2.0I U1 30 H 6 H 21 J 1H. 99.9- 2.2 6 99.9- 2.6 52, 99.9 72.9 65J U G ;'i .M 91 6 H 22 3- 10. 90 - 1.5 11. H.9 12.5 46. H.9 10.6 60 3.50 6.1I .M M 6 H 23 .1 10. 99.9- 2.9 60. H.9 10 66. 90 H.1 63.5 4.9G 5.9i ,M 91 91316 U 11, 90 - 1.6 to. 99.9 - 5,0 6. 99.9 60.5 HJ 4.3& 4.30 .M 91 9 13 11 2.1 19. H.9 - U 62. 90 - 5.7 69. 9 0 60A 65.6 - A D 4.0 0 .M H 91316 .7 169. H.9 4 2A 16. H.9 - 5.7 111. H.9 76J H.6 1.6I 1.3I .M 91 9 13 19 u 166. H.9 - 1.9 !!!. H.9 - 6.5 13. H .9 73.9 12,2 2,01 3.21 30 91 9 13 20 1.2 til. H.9 - 5.7-170. H.! - 9.7 151, 99J - 12.6 0.6 1J f 2.11 ' .M
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....... 35 n....... ....... 150 n....... ....... 53 n........
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!! 5) 11 F1 (tilo (110) (!!;) 10 (EN)(!!G1 (!!I) $C 2 (!!GI tith 50 til (il (f) 50 (fi 30 tili H 913 21 1.4 206, H.9 - 2.0 208. H.9 - 3.2 201. H.9 11.9 H.6 .8i .0 I .00 91 91322 1.4 161. H.9 - 6.3 160. H.9 10.2 192. H.9 70.0 68.2 1.2I .9I .00 91 9 13 23 1.1 1:4. H.9 - 2.6 157. H.9 - 1.4 233. H.9 66.1 61.1 2.$f 1.5I .00 91 91324 2.3 10. H.9 - 2.1 111. H.9 - 7.0 252. H.9 68.2 66.1 1.5f 1.2I .00 91 914 1 1.0 lit. H.9 - 2.7 226. H.9 - 6.6 271. 99.9 66.4 61.1 1.7I 1.3I .H H 914 2 1.1 1H. H.9 - 1.9 222. H.9 - f.7 268. H.9 68.1 67.0 1.1f 1.1I .3 91 914 3 .6 146. H.9 - 2.3 213. H9- 7.( 283. H 9 67.6 66.1 .9[ 1.1I .00 91 9 14 4 1.3 174. H9- 3.8 ill. H.9 - 9.4 279. H.9 66.1 67.2 .3I .7I .H
TABLE 1 BFAVER VALLEY METEOROLOGICAL DATA Rf.COVERY FOURTH QUARTER 1991 CONTINUOUS DATCH RELEASE R[],1Al[ COMMENTS Joint Delta T 150 ft 35 ft 99.77. 100.00% There were five hours of data loss due to moisture ingestion into the aspirators and power outages.
Joint Delta-T 500 ft - 35 ft 99.9% 100.0Y. There were two hours of data loss due to power outages.
. _ _ _ _ _ _ _ _ l
(
BEAVER VALLEY.
JOINT FREQUENCY DISTRIBUTION TABLES FOR CONTINUOUS RELEASES DELTA-T (150 FT - 35 FT) AND 35 FT WIND AND DELTA-T(500FT-35FT)AND500FTWIND' FOURTH QUARTER 1991 e
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HALLisuRTON NUS CORPORATION AIR / RADIOLOGICAL PROGRAMS DEPARTPCT PAGE 6 PROGRAM: JF0 VERSION: PC-1.1 SEAVER VALLEY JFD - GROU @ LEVEL CONTINUOUS RELEASE SITE.lDENTIFIER: DLev2 DATA PERIOD EXAMINED: 10/ 1/91 - 12/31/91 *** "
4TN STR 1991 STA511.ITY BASED ON: DELTA T BETWEEN 150.0 AND 35.0 FCT WINO MEASURED AT: 35.0 FEET-WIND THRESNOLD AT: .75 MPH TOTAL NUMBER OF 00SEkVATIONS: 2206 TOTAL NUMBER OF VALID OBSERVATIONS: 2202
-TOTAL WJMBER OF MISSING OBSERVATIONS: 6 PERCENT DATA RECOVERY FOR TN!S PERIOD: 99.7 %
MEAN WIND SPEED FOR THIS PERIOD: 4.0 MPH TOTAL NUMBER OF OBSERVATIONS WITN SACKUP DATA: 0 I
PERCENTAGE OCCURRENCE OF STABILITY CLASSE$
-A B C D E F G 3.50 2.04 2.54 37.38 28.75 11.17 14.62 DISTRIBUTION OF WIS DIRECTI0tt vs STA8ILITY NME NE EME E ESE SE' SSE S SSW SW WSW W . WWW NW NNW CALM N
-6 10. 5 4 2 1 6 8 4 11 8 4 4 3 0 A 0 1 8 12 1 '1' O 1 0 1 0 2 6 8' 9 4 5 3 2 0 O 2 1. 1 '1 1 6 7 14 7 2 4 3 0 C 5 1 'I 28 22 7' 8' 5 12 17 40 99 214 116 67 68 43 5
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j BEAVER VALLEY JFD - ELEVATED CONTINUOUS RELEASE l SITE IDENTIFIER: DL8v2 i
DATA PERIOD EXAMINED: 10/ 1/91 - 12/31/91 ;
- 4TH QTR 1991 " !
STABILITY CLASS E i STABILITY BASED ON: DELTA T BETWEEN 500.0 AND 35.0 FEET F WIND MEASURED -AT: 500.0 FEET .f WINO THRESNOLD AT: .75 MPN !
JOINT FREQUENCY DISTRIBUTION OF WIND SPEED AND DIRECTION IN HOURS AT 500.00 FEET i SPEED (MPN) N NNE NE - ENE E ESE SE SSE S SW SW WSW W WWW W NW TOTAL I
~i CALM 3 .l
.76- 3.50 7 4.. 4 8 5- 5 4 2 6 4 12 5 5 7 1 7 86 j 3.51- 7.50 8 2'. 5 5 13' 9 13 17 13 . 9 14 12 14 - 9. 7 6 156 l 7.51-12.50 6 1' 3 0 15 1 13 14' 7 16 29 13 28 6 4 12 168 r 12.51-18.50 0 0 0 2 3 0 2 7. 28 20 32 6 3 4 0 0 107 18.51-24.00 0 0 0 0 0 0 0 1 6 10 8 2 2 0 0 0 29 f
>24.00 0 0 0 0 0 0 0 0 0 0 0 1 0 0 .0 0 1 'i-i TOTAL 7 21 7 . 12 15 36 15 32 41 60 59 95 39 52 26 12 25 550
! STABILITY CLASS F '!
STASILITY BASED ON: DELTA T DE! WEEN 500.0 AND 35.0 FEET I
, WIND MEASURED AT: 500.0 FEET ,
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j (MPN) N- - NME 1:E ENE E ESE SE SSE- S SSW SW WSW W WNW W NNW TOTAL l i- CALM .
. . O i .. . 76- 3.50 2' .4 3 4 4- 4 2 6 4 -6 2 1 2- 1 3 2 50
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- >24.00 0 0 0' 0 0 0 0 0 0 0 0 0 0 0 0 0 0 i
! . TOTAL 5 8 8 24 36 15 9 25 50 59 51 18 18 3 7 4 30 -
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. DATA PERIou EXAMINED: 10/ 1/91 - 12/31/91
- 4TM QTR 1991 ***
STASILITY BASED ON: DELTA T SETWEEN 500.0 AND 35.0 FEET WIND MEASURED AT: 500.0 FEET WIND'THRESNOLD AT: .75 MPN TOTAL NtBIBER OF OSSERVATIONS: 2208 TOTAL NUMBER OF VALIO OBSERVATIONS: 2205 TOTAL NUMBER OF MISSING OS*ERVATIONS: 3 PERCENT DATA RECOVERY FOR THIS PERIOD: 99.9 %
MEAN WIND SPEED FOR THIS PERIOD: 10.7 MPH TOTAL NUMBER OF OBSERVATIOPS WITH SACKUP DATA: O PERCENTAGE OCCURRENCE OF STABILITY CLASSES A B C D E F G 00 .09 .41 57.37 24.94 15.42 1.77 DISTRIOUTION OF WIND DIRECTION VS STA6fLITY NE ENE E ESE SE SSE S SSW SW WSW W WNW NW WNW CALM W NME A 0 0 0 0 0 0 0 0 0 G 0 0 0 0 0 0 0 "
8 0 0 0 0 0 1 0 0 0 0 0 0 1 0 0 0 0 C 0 0 0 4 1 2 1 1 0 0 0 0 0 0 0 0 0 D 52 31 31- 26 25 17 12 20 52 121 183 204 228 90 82 90 1 E 21 7 12 15 36 15 32 41 60 59 95 39 52 26 12 25 3 F 5 8- 8 24 36 15 9 25 50 59 51 18 18 3 7 4 0 G 3: 0 1 0 3 0 1 6 18 3 3 1 0 0 0 . 0 0 46 52 69 101 50 55 93 180 242 332 262 299 119 101 119 4
- TOTAL 81 l
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BEAVER VALLEY JOINT FREQUENCY DISTRIBUTION TABLES FOR BATCH RELEASES DELTA-T (150 FT - 35 FT) AND 35-FT WIND AND DELTA-T (500 FT - 35 FT) AND 500-FT WIND FOURTH QUARTER 1991
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- 4TH CTR 1991 STABILITY CLASS E STASILITY BASED ON: DELTA T BETWEEN 150.0 AND 35.0 FEET WIND MEASURED AT: 35.0 TEET WIND THRESNOLD AT: .75 MPH MINT FREQUENCY DISTR!8UTION OF WlED SPEED AND DIRECTION IN HOURS AT 35.00 FEET SPEED N NNE ME eke E ESE SE SSE S SSW SW WSW W WW W NhW TOTAL (MPH) 0 CALM 0 0 0 0 0 0 0 0 0 0 0 0 2
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WINO MEASURED AT: 35.0 TEET WIND THRESHOLD AT: .75 MPN JOINT FREQUENCY DIST818UTION CF WIND SPEED AND DIRECTION IN NOURS AT 35.00 FEET l SPEED N NME NE ENE E ESE SE SSE 5 .SSW SW WSW W WNW W NNW TOTAL J (MPN) 1 CALN 0 4 2 2 0 0 1 0 0 0 0 0 0 0 to
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BEAVER VALLEY LISTINGS OF METEOROLOGICAL DATA FOR PERIODS OF GROUND-LEVEL GASEOUS EFFLUENT RELEASES FOURTH QUARTER 1991 l
l
--- . - - . - - - . - . - . - - . . - . . - - - - ~. - _._ -
HALLICU170RNUSCORPORA?!0N AIR /1010 LOGICAL PROGRAMS H PAlfMtW7 PAGt 1-PROGRAM:L!St VIRS!0f:PC-1,1 LIStilIG FOR EIAVIR VALLIT B00RLT httt0R0 LOGICAL DATA 150-FT LIVIL BATCil itLIASES FOR fli! FOURTH QUARitt 1991
....... 35 FT- ---- ---- ---150 FT------ ------ 500 FT--------
l AMB. Dtl VIND W!iD STD WifD VID STD VIND WID STD ttHP POINT DELTA f DELfA f RAll SPItD Dit MV SitID D!t MV SillD Dit Dti 35F 37 150 35 500 35 FALL TR 80 DT H (HPil) (DIG) (MG)SC(MN)(DIG) (MG) SC (NPH) (MG) (DEGI SC (f) (f) (F) SC (F) SC(II) 91102315 5.3 179. 99,9- 9,8 181, 99.9 - 13.0 195. 99,9 78.3 49,3 -1,3 A 3. 5 D . .00 91 10 23 16 6.7 192, 99.9 - 11.7 ,tB9, 99.9 - 14.9 191. 99.9 - 78.4 49.1 1.0 C -3.0 0 .00 91102317 5.2 188. 99.9 - 10.2 IH, 99.9 15.5 195. 99.9 77.4 48.5 .2L 2.00 .00 91102318 1.9 172, 99.9- 3.8 217. 99.9- 8.2 213, 99,9 74,3 49.9 1.2 F .2 I .00 01102319 ,9 157, 99.9- 4.2 194. D.9 - 7.1 230. 99.9 - 65.7 51.6 6.60 7.1F .00 91102320 1.0 89, 99.9- 3.6 189. 99,9- 6.9 205, 99.9 - 62.4 51.1 4.2G 9,4F .00 91 10 23 21 ~, 8 61. 99.9- 2.2 67. 99,9- 4.1 181, 99,9 - 61,1 51,9 2.9G 8.4 F .00 91 10 23 22 .8 111. 99.9- 2.6 43. 99.9- 5.1 171. 99.9 - 60,8 52.0 2.3I 8.3F .00 -
91102323 .7 119. 99.9- 2.3. 61. 99.9- 2.0 204. 99.9 - 59.8 52,5 2.7G 6.7 F .00 01 10 23 24 .7 114, 99,9- 2.9 34, 99.9- 8.9 178, 99,9 - 59.3 52.5 2.0f 6,9 i ,00 911024 1 1.1 83. 99.9 - 3,9 21, 99.9- 6.3 172. 99,9 - 58.0 52.5 2.4f 6.4 F ,00 911024 2 1.2 77, 99.9- 2,8 55, 99.9- 4.5 200, 99.9 - 56.6 52.3 2.5f 7.1 F .00 91 10 24 3 .9 115, 99,9- 1.8 32, 99.9- 8,4 205, 99,9 56,1 51.5 -1.9I 6.6F .00 91 10 24 4 1.7 87. 99,9- 2,5 40. 99.9- 6,8 183. 99.9 - 55.6 53,7 1.9F 4.4F .01 el 10 24 5 1.7 76. 99.9- 4,4 57. 99.9- 6.3 179, 99.9 - 55,9 55.1 1.4F 3.7I .00 el 10 24 6 1.5 40. 99.9- 4,6 45, 99.9- 7.0 163. 99,9 - 56.3 55,5 1,3f 2.0t .03 91103110 3,6 22, 99.9- 4,8 48, 99.9- 6,4 34. 98.9 - 52.1 29.9 ,6 0 2.7 0 .00 91103111 3.2 42, 99,9- 6.2 59, 99.9- 6.4 72. 99.9 - 54.2 27.6 -1.3A'-3.3D .00 91103112 3.0 356. 99.9- 3.6 27. 99.9- 3.9 49. 99,9 - 55,8 27,2 .9 D -2,8 D .00 91103113 2.6 300. 99.9- 2.3 311, 99.9- 2.3 21, 99.9 - 56.6 27.5 ,9 D -2.6 0 00 91103114 3.2 294. 99.9- 2,9 278. 99.9- 2,6 229. 99.9 - 60,3 26,1 ,5 0 -2,2 D .00 911118 7 1.6 72, 99,9- 4.7 57. 99.9- 5.8 102. 99.9 31.8 26.0 1.8 F- 4.0 I .00-911118 8 2.7 71. 99.9- 5.4 41. 99,9 - 10.1 128. 99,9 - 34.6 23,3 1.6f 2.6I .00 91 11 18 9 2.2 46, 99.9 - - 5.9- 47. 99.9- 9,0 129. 99.9 - 38.7 25.6 ,1I .1I .00 91111810 3.5 15. 99.9- 5.6 46. 99.9- 7.4- 135. 99.9 - 41.8 26.1-- .45 1,3 I .00 91111811 4.7 8. 99.9- 4.9 37. 99.9- 6.4 150. 99.9 - 46,6 '25.7 .0t .9I .00 91112420 8,5 277. 99.9 - 15.2 280. 99.9 - 20.7 269, 99.9 - 30.0 23.0 .6 0 -2.7 D .00 -
91112421 13,2 243. 99,9 - 18.1 256. 99.9 - 24.5 252, 99.9 29.5 -18.9 .5 D -2,5 0 .00 91112422 10.0 246. 99.9 - 13.5 258. 99.9 - 17,2 253, 99.9 - 28.6 20,2 .5 0 -2.5 D .00 91 11 24 23 8.4 256, 99.9 - 12.4 268. 99,9 - 15.3 262. 99,9 - 28.0 21.0 .5D 2.5D .00 21112424 10.8 255. 99.9 - 16,7 263. 99,9 - 20.5 256. 99.9 - 27.3 16,3 ,6 0 -2,6 D .00 l
BEAVER VALLEY LISTINGS OF METEOROLOGICAL DATA FOR PERIODS OF ELEVATED GASEOUS EFFLUENT RELEASES FOURTH QUARTER 1991
i RALL!BUlt0p503COUORA710W AIR /aAD10LOGICALPROGRAMSDIPariMEW7 PAGI 1 l
PROGRAM: LIST VIR$10W: PC-1.1 LISilWG FOR Elli!! VALLEY HOURLt MEtt0R0 LOGICAL DATA 500 M LIVIL BATCll RELIASIS FOR TRI F00RTH 00Akt!R 1991
. . . . . . . 3 5 M--- ---- --- - - - 15 0 M--- ---- -- -- - - - - 5 0 0 M- -- --- -
AMB. DEW WlWD VIND STD WliD VIND STD WlWD WIND STD ftMP P0!Wt DELTA t Dtt.tA f RAll SittD Dil DRV Sf!!D DIR DIV Sit!D DIR Dif MF 35F 150 35 500 35 FALL YQN0DTHR (MPH)(DIG) (DIG) SC (MPH) (DIGl (DIG) SC (MPR) (DtG) (DIG) SC (F) (F) (F) SC(F) SC(II) 91102410 2.4 20. 99.9- 4.7 St. 99.9- 7.6 138, 99.9 60.5 56.4 .0t .2I .00 91102411 2.2 17, 99.9- 2.3 63. 99.9- 5.7 162. 99.9 65.3 57.3 .0 I -1,2 I .00 91102412 4.9 208. 99.9- 7.7 185. 99.9 - 10.1 194, 99.9 72.2 57.9 .7 D -2.5 D .00 91102413 6.6 199. 99.9 - 10,5 195. 99.9 12.8 196. 99.9 - 74.4 57.3 .8 0 -2.8 D .00 91102414 6.7 202. 99.9 - 10.1 198. 99.9 - 14.0 201. 99.9 - 76,5 57.0 -1.0 0 -3.1 D .00 91 10 24 15 6.2 204, 99.9- 8.5 199. 99.9 - 11.5 205, 99.9 - 18.0 $6.4 7 D -2.6 D .00 91102416 3,3 222, 99.9- 5.0 190. 99.9- 7,6 189, 99.9 78.0 56.6 .4 D -2.2 D .00 01102417 5.3 196. 99.9- 9.2 182. 99.9 - 12.4 183. 99.9 - 78.8 55.9 .5 D -2,5 D .00 91102418 1.7 140. 99.9- 6.1 163. 99.9 11.1 179. 99.9 - 16.0 56.1 .5t .7 I .00 91102419 1.1 121, 99.9- 4.6 137, 99.9 - 10.2 165, 99,9 - 70.0 58.0 4,8G 4.0F .00 91 10 24 20 .7 77. 99,9- 3.3 151. 99.9 - 14.3 173. 99.9 67.3 58.1 5.9G 6.4 F .00
!! 10 29 2 2.7 112. 99.9- 8.1 63. 99.9 - 10.0 83. 99.9 - 42.5 31.1 3.7G 3.2I .00 91 10 29 3 2.3 112, 99.9- 9.5 71. 99.9 - 15.9 85. 99.9 - 42.0 32,0 3.0G 2.4I .00 91 10 29 4 1.9 52. 99.9- 4.6 65. 99.9- 9.8 93. 99.9 - 42.6 31.9 1.5F .3 I .00 91 10 29 5 2.5 119. 99.9- 6.2 72. 99,9 - 10.5 86. 99,9 - 39.6 31.8 3.5G 2,5t .00 91 10 29 6 1.9 95. 99.9- 6.2 63, 99.9 - 10,1 89. 99.9 - 37.5 31.6 5.13 3.9F .00 911029 7 2.2 118. 99.9- 5.5 85. 99.9- 6.0 81. 99.9 36.4 31.4 5.2G 3.9I .00 91 10 29 8 1.7 90. 99.9- 5.8 62, 99.9- 8.7 85. 99.9 - 40.2 32.8 2.0F .5I .00 91 10 29 9 4.3 67. 99.9- 6.2 84. 99.9 11.3 97, 99.9 - 47.0 32.0 .B D -2.6 0 .00 91 10 29 10 4.7 68. 99.9- 8.7 80. 99.9- 8.6 101, 99.9 - 52.6 30.8 -1.5 A -3.3 D .00 21102911 2.3 77. 99.9- 3.4 83, 99.9- 4,1 97. 99.9 - 58.5 27,8 -1.2 A -3,8 D .00 91102913 4.9 107. 99.9- 8.7 115. 99.9 - 11,0 118, 99.9 - 65.8 22.8 -2.0 A -4.4 B .00 91 10 29 14 4,4 114, 99.9- 9.2 117. 99.9 - 10.8 119, 99.9 - 68.0 22,3 -1.9 A -4.1 0 .00 91102915 3.8 83. 99.9- 6.6 124, 99.9- 8.3 123. 99.9 - 68,2 23.3 -1.0 0 -3,1 D ,00 91102918 3.8 116, 99.9- 7.5 110. 99.9 - 11.7 117. 99.9 - 67.7 23.2 ,7 D -2.7 D .00 91102917 2.5 84. 99.9- 6.1 94, 99.9 - 11.7 103, 99.9 - 65.0 25.6 .3t .9I .00 91102918 1.4 102. 99.9- 7.8 76. 99 8 - 12.9 97, 99.9 - 57.8 26.4 4.5G 4.0 F .00 91102919 1.7 79. 99.9- 6.5 83. 99.9 - 12,4 103. 99.9 - 54.2 26.4 6.0G 5.5F .00 91102920 1.8 78. 99.9- 7,3 71. 99.9 - 12.8 101. 99.9 - 51.4 2R 8 6.3G 5.9 F .00 el102921 2.1 57. 99.9- 7.9 59, 99.9 - 11.4 101. 99.9 - 50.5 28.7 4.8G 4.2F .00 91102922 2.0 52. 99.9 - 6.8 54, 99.9 - 11.0 98, 99.9 - 46.9 28.5 5.4 G 5.6F .00 91102923 2.0 102, 99.9- 5.1 65. 99.9- 7.8 81. 99,9 - 44.5 25,6 3.5G 5.3F .00 91102924 1.3 129. 99.9- 4.1 79. 99.9- 9.0 75. 99.9 - 38.9 26.0 7.0G 9.4I .00 91 10 30 1 2.1 89. 99.9- 5.8 60. 99.9- 9.4 87. 99.9 - 39.1 25.9 5.9G 6.5F .00 91111418 1.0 99, 99.9- 2,2 128. 99.9- 8.5 172. 99.9 - 49.9 48.0 .4D 3.5I .01 51111419 1.2 62, 99.9 - 4.4 45. 99.9- 6.8 159. 99.9 - 48.8 48.0 .1 I 3.8I .01 01111420 1.4 218, 99.9- 3.1 30. 99.9- 7.9 174. 99.9 - 48,1 47.6 .2E 4.4 F .00 91111421 1.2 75. 99.9- 3.6 19. 99.9- 7.7 179. 99.9 - 47.9 46.9 1.7F 4.3F .00 91111422 .8 100, 99.9- 2.3 64. 99.9- 5,3 183. 99.9 - 47.4 46.5 5.0G 4.9F .00 91111423 .9 114. 99.9- 2.4 66. 99.9 - 10.0 203. 99.9 - 47.3 45,7 4.8G 5.5F .00 91 11 14 24 1.6 238. 99.9- 7.6 201. 99.9 - 17.5 197. 99.9 - 48.3 44.3 4.9 G 6.0F .00 91 11 15 1 2.0 254. 99.9 - 6.2 203. 99.9 - 12.5 206, 99.9 - 49,6 43.5 3.9G 3.9F .00 91 11 15 2 .8 255. 99.9- 4.7 216. 99.9 - 11.4 219. 99.9 - 47.9 45.1 5,4G 5.7F .00 91 11 15 3 1.2 78. 99.9- 4.7 179. 99.9 - 12.2 191. 99.9 - 48.7 42.3 4.8G 4.5F .00 91 11 15 4 1.4 185. 99.9 - 4.4 218. 99.9- 9.1 232. 99.9 - 49.6 41.3 3.30 2.8I .00 91 11 15 5 1.9 267. 99.9- 6.5 229. 99.9 - 17.1 220. 99.9 - 49.5 41.1 3.1G 3.5I .00 91 11 15 6 2.1 188. 99.9- 4.3 220, 99.9- 9.4 214. 99.9 - 52.4 36.7 1.2 F . 4 r. .00 91111716 3.2 111. 99.9- 5.7 119. 99.9- 8.6 103. 99.9 - 49.1 102 .7 D -2.6 0 .00
HALLIBUlf05508C0tPORATIO8 All/RADIOLOGICALPROGRAM3DEPAttMENT Pact '2-PROGRAM: LIST VilS10N:PC1.1 LIST!NG FOR BLAVit VALLif H00RL7 H!tt0R0th010AL DATA 500 M LIVIL BATCH RELIASIS FOR THE FOURTH QUARttR 1991
....... 35 M--- -- --- --150 M- - -- -----500 n- ---
AMB. DEW VIND Wlp STD W10 Wild STD WlWD VlWD STD - t!MP POINT ttLTA f DELTA f RAll SPI O D!t DtV Sit!D Dit DEV SPEED Dit litV 35F 35F 150-35'500-35 FALL-ilM0D7HR (MPH)(DEG) (DtG) SC (MPH) (DtG) (DIG) SC (MPH)- (DIG) (DRG) SC (F) (F) (F) SC(F) SC(Ill u 11 17 17 1.2 100. 99.9- t. 92, 99.9- 9.0 95. 99.9 - 45.4 16.4 1.4F .1 I .00 91111718 2.6 128. 99.9- 4.1 82. 99.9- 8.6 98. 99.9 - 38.8 20.9 6.2 0- 5.8 F .00 91111719 .9 147. 99.9 2.0 19, 99.9- 7.2 88. 99.9 - 35.2 22.9 5.2G 8.3F .00 91111720 1.9 134. 99.9- 4.0 31. 99.9- 8.0 90. 99.9 - 32.5 23.4 5.4 0 10.0 F .00 91111721 1.2 123, 99.9- 2.7 33. 99.9- 6.0 99. 99.9 - 31.5 24.2 3.3 0 '9.6 F .00 91111722 1.5 lit. 99.9- 4.2 50, 99.9- 9.5 98. 99.9 30.2 23.1 4.9G 9,97 .00 91111723 2.0 108. 99.9- 4.0 39. 99.9- 9.6 89. 99.9 - 29.5 23.3 5.1G 9.0 F .00 91111724 1.3 120, 99.9- 3.4 44. 99.9- 6.9 97. 99.9 - 28.7 22.7 4.3G 9.1F .00 91 11 18 1 2.0 88. 99.9- 5.8 54, 99.9- 8.6 90, 99.9 - 29.3 24.1 4.2 G _ 7.9 F . 00 91 11 18 2 2.5 96. 99.9 -- 5.2 46. 99.9- 7.7 99, 99.9 - 29.4 25'1 3.3G 6.7 F .00 91 11 18 3 2.1 122, 99.9- 3.8 21. 99.9- 6.2 114. 99.9 - 29.1 24.9 4.2G 6.9F .00 91 11 18 4 1.6 107. 99,9- 4.1 43. 99.9- 7.1 124, 99.9 - 28.4 22.8 4.5G 7.8 F .00 91 11 18 5 1.5 108. 99.9- 3.4 48. 99.9- 8.4 117. -99.9 - 28.3 20.8 3.5G 8.1F .00 91 11 28 9 4.6 234. 99.9- 6.0 MS. 99.9- 9.9 217. 99.9 - 42.8 40.1 .3 1 2,1 D .01 91112810 1.8 168. 99.9- 4.4 188. 99.9- 7.7 194. 99.9 - 42.2 40.7 .1 I -1.8 D .02 91 11 18 11 3.2 194. 99.9- 5.6 195, 99.9 - 11.8 188. 99.9 - 43.5 40.9 .2 I -1.8 D .00 91112612 5.6 207, 99.9- 7.3 210. 99.9 - 11.2 205. 99,9 - 43.9 40.0 .4 D 4.1 D .00 91112813 4.6 218, 99.9- 6.0 219, 99.9 - 10.4 215. 99.9 44.8 40.2 .4 D -2.0 0 .00 91112814 3.4 231. 99.9- 4.5 224. 99.9- 7.0 212. 99.9 45.9 40.2 .5 0 -2,2 D .00 91 11 28 15 3.1 209. 99.9- 5.2 213. 99.9 - . 7.7 203. 99.9 - 45.9 40.0 .3 I -2.0 D ,00 91 11 28 16 2.9 192, 99.9- 5.4 198. 99.9 - 10.5 193, 99.9 - 46.1 39.8 .2 I -1.8 D .00 91112817 2.3 192. 99.9- 4.3 197, 99.9 - 13.0 188. 99.9 - 45,9 -39.8 .2 I -1.5 D .00 91112818 2.4- 203. 99.9 -- 5.0 202. 99.9- 7.6 206, 99.9 - 46.0 39.6 .2 I -1.9 D ,00 911129 3 4.5 247. 99.9- 7.5 241, 99.9 - 15.9 224. 99.9 - 56.5 - 36.5 - .11 9I .00
-31 11 29 4 3.7 - 200. 99.9- 6.9 232. 99.9 - 11.9 237. 99.9--56.2 37.1 .9I .1I .00 -
91 11 29 5 9.3 231. 99.9 11.7- 237, 99.9 19.2 233. 99.9 - 58.2- 35.4 .2 I -1.5 D .00 91 11 29 6 8.4 231. 99.9 - 11.4 237. 99.9 - 18.8 233.. 99.9 - 57.7 35.7 - .1 I -1.5 0 ,00 91 11 29 7 5.5 238. 99.9- 7.4 248. 99.9 - 13.6 233, 99.9 e 56.9 35.5 .1I.-1.40 .00 911129.8 3.0 210, 99.9- 5.7 236, 99.9 - 13.9 - 227, 99.9 - 55.7 35.8 .6I .3 I .00 91 11 29 9 4.8 236. 99.9 7.0 237, 99.9 - 14.1 226, 99.9 - 57.2 36.3 .2 1 -1,6 0 .01 91 11 29 10 B.3 236. 99.9 - 10.1 233. 99.9 - 15.1 223, 99.9 - 59.5 38.5 .5 D -2,2 0 .00 91112917 1.6 114. 99.9 -- 4.8 167. 99.9 - 11.1 183. 99.9--58.5 44.3 5.5G 4.6F .00 91112918 1.1 144, 99,9- 2.6 191. 99.9 - 11.8 180. '99.9 - 52.9 44.1 7.3 G 9.1 F .00 91112919 1.0 117. 99.9 -- 2.8. 36, 99.9 - 14.7 175. 99.9 - 50.1 43,3 6.9 G 11.2 G .00 91 11 29 20 1.3 207. 99.9- 5.7 204. 99.9 . 16.8 188. 99.9 - 51.5 43.1 7.4G 8.7F .00 91112921 2.3 331. 99.9- 5.9 207. 99.9 - 16.1 182. L99.9 - 53.0 42.8 6.6G 7.9 F .00-91 11 29 22 .8 - 204. 99.9 - 2.8 234. 99.9 - 11.2 179. 99.9 - 49,81 43.2 8.1G 9.4F .00 91 11 29 23 1.0 22. 99.9- 6.8 195. 99.9 .13.8 187. 99.9 - 49.1 42.4- B.2G110.8G .00-91112924 1.4 99. 99.9- 2.8 4. 99.9 - 11.1' 171. 99.9-- 49.1 42.4 - -6.2G 9.9F .00 91 11 30 1- 2.0 54, 99.9- 3.1 117. 99.9 - 13.6- 166. 99.9 - 49.1 42.3- 8.1 G -9.7 F .00 91 11 30 2 1.1 43, 99.9r 2.2 96, 99.9 - 12.3 171. 99.9 - 48.9. 42.1- 8.26 8.7I .00 911130 3 2.7 336 99.9- 5.1 192. -99.9 - 17.0 174. 99.9 - 57.4 41.0 1.9F 1.4I .00 911130 4- 2.3 220. 99.9- 4.9 177. 99.9 - 15.2 170. 99.9 - 60.0 42.3 .3 t .5 t .00 91 12 30 5 2.2 31, 99.9- 3.8 158. 99.9--11.1 169. 99.9 - 58.9 43.1 1.4 F . .3I ,00-91 11 30 6 2.8 347, 99.9- 2.7 125.' 99.9 - 13.4 173. 99.9 - 59.1 43.5 .7 I .1 I .00 91 11 30 7 10.0 210. -99.9 -- 13.6 W8. 99.9 - 22.8 203. 99.9 - 66.0 46,7 .1I .9I .00 911130 --S.6 :210. 99.9 - -9.3- 222, 99.9 - 18.8 -- 206. 99.9 - 61.9- 52.3 '0I
. .7I .03 91 11 30 9 4.9 205. 99.9- 7.3 '217. 99.9 - 16.0 204. 99.9 - 61.8 53.2- .2 I ~ 5 I .01
HALLIBURt0EN0500D0EA710N AIR /lADl0LOGICALPROGRAMSDEPARTKtlf? PAGI 3 P90GRM: LIST VIRSION:PC1,1 LISflNG iOR EIAVII VALLET BOUILY httt0R0 LOGICAL LAfA 500-Ft LIVIL BAfCH EILIASIS FOR fill FOURTH QUAkt!R 1991
....... 35 FT --- ------- 150 11 - -- ----500 FT--------
MB. 0W WlD VID STD VIND WIND STD WIND WIND STD ttMP P0! lit IILTA t Illta f LAIN SPID DIR DIY SittD D!l DIY SPID Dit LEV 35F 35F 150 35 500-35 TALL TRB0DYHR (MPH) (CEG) (DIG) SC (MPH) (ttG) (DIG)SC(MPH) (LIG) (IIG) SC (F) (f) (F) SC(F) SC(!N) 91 11 30 10 9.7 214. 99.9 - 13.2 213. 99.9 - 20.5 208. 99.9 - 66.2 52.2 .0 1 -1.3 D .00 91113011 10.6 232. 99.9 - 13.7 229. 99.9 - 20.6 213. 99.9 68,2 53.1 .2 I -1.7 D .00
$1113012 8.0 229. 99.9 - 10.6 231. 99.9 - 16.7 213. 99.9 - 65.5 $6.1 .2 I 1.4 0 .02 91113013 11.7 224. 99.9 - 16.0 229. 99.9 - 21.3 217, 99.9 - 68.3 55.3 .3 1 1.9 0 .00 91 11 30 14 13.7 224. 99.9 - 16.8 224, 99.9 24.3 209. 99,9 - 67.0 56.8 .4D 2.0D .00 91113015 9.1 225. 99.9 - 11.9 225. 99.9 - 19.0 213. 99.9 - 66.7 57.1 .3I 1.8D .00 91 11 30 16 8.3 227, 99.9 - 10.4 22?. 99.9 - 15.3 215. 99.9 - 67.0 57.2 .3 I 1.7 0 .00 91 11 30 17 6.9 229. 99.9- 8.8 231. 99.9 - 15.2 219. 99.9 - 67.0 57.3 .1 I 1.5 D .00 91113018 9.5 232. 99.9 - 13.1 242. 99.9 - 19.9 229. 99.9 - 67.4 57.4 .2 1 -1.7 D .00 91 11 30 19 5.9 287. 99.9 12.1 289, 99.9 - 17.4 275. 99.9 - 65.7 56.0 .0 I -1.4 D .00 91113020 5.5 298, 99.9 - 11.3 299. 99.9 - 16.1 299. 99.9 - 62.4 44.6 .1 I -1,8 D .00 91113021 4.4 317. 99.9- 6.3 308. 99.9- 9.8 308. 99.9 55.6 44.6 4 0 -2.3 D .00 91 11 30 22 6.0 332, 99.9- 8.6 319. 99.9 - 13.9 312. 99.9 - 51.7 40.7 .6 0 -2.5 0 .00 91 11 30 23 4.2 322. 99.9- 7.4 310. 99.9 - 11.9 294. 99.9 - 48.9 38.7 4D 2.1D .00 el113024 4.0 359. 99.9- 6.0 1. 99.9- 6.2 333, 99.9 - 47.1 37.2 .6 D -2.4 0 .00 91 12 1 1 5,0 319. 99.9- 7.6 315. 99.9 - 10.2 321. 99.9 - 44.6 36.0 .5 D -2.5 D .00 9112 1 2 3.0 286. 99.9- 4.6 297. 99.9- 5.9 315, 99.9 - 43.4 34.8 .50 2.4D .00 el 12 1 3 3.9 323. 99.9- 5.8 319. 99.9- 8.0 328, 99.9 - 42.5 34.7 .5 D -2.4 D .00 91 12 1 4 1.7 20. 99.9- 2.5 14, 99.9- 4.7 347, 99.9 - 41.9 33.9 5 0 -2.4 D .00 9112 1 5 2.8 356, 99.9- 4.2 357. 99.9- 5.6 347. 99.9 - 41.6 33.3 5 D -2,4 D .00 91 12 1 6 1.4 354. 99.9- 1.7 273. 99.9- .9 202. 99.9 - 41.3 33.0 .5 D -2,3 0 .00 9112 1 7 2.7 21. 99.9- 4.8 8. 99.9- 6.7 351. 99.9 - 40.8 32.9 .5 0 -2.1 D .00 91 12 1 8 2.6 351, 99.9- 3.9 347, 99.9 - 5.1 2. 99.9 - 40.7 33.0 5 D -2.3 D .00 9112 1 9 1.9 38 99.9- 4.0 30. 99.9- 6.5 24. 99.9 - 41.2 33.2 .6 D -2.5 D .00 el 12 1 10 2.9 24. 99.9- 5.1 24, 99.9- 5.9 2. 99.9 - 41.8 33.0 .7 0 -2.6 D .00 91 12 1 11 3.1 85. 59.9- 4.2 94. 99.9- 8.1 88. 99.9 - 43.1 32.8 .9 D -2.9 D .00 91 12 1 12 1.9 27, 99.9- 2.9 78. 99.9- 4.2 70. 99.9 - 43.3 33.5 .6 D -2.7 D .00 91 12 1 13 1.8 353. 99.9- 2.8 4. 99.9- 2.5 345. 99.9 - 43.3 33.5 .6 D -2.5 0 .00 91 12 1 14 3.2 101, 99.9- 6.6 116. 99.9- 8.2 115. 99.9 - 44.2 33.9 -1.0 C -3.0 D .00 91 12 1 15 3.0 5. 99.9- 4.7 18, 99.9- 4.8 6. 99.9 - 43.9 34.5 .7 D -2.5 D .00 91 12 1 16 1.1 223. 99.9- 1.3 204. 99.9- 2.7 342, 99.9 - 41.3 38.7 .5 D -2.1 D .01 91 12 1 17 2.4 331, 99.9- 4.4 321. 99.9- 6.9 334. 99.9 - 40.7 39.1 .5 0 -2.2 D .01 91 12 1 18 1.3 139. 99.9- 1.3 141, 99.9- 2.4 321. 99.9 - 40.1 39.5 .4 D -2.0 D .03 el 12 1 19 .8 135. 99.9- 1.4 175. 99.9- .6 310. 99.9 - 40.4 39.6 2 1 -1.9 D .00 31 12 1 20 2.3 324. 99.9- 5.3 306. 99.9- 7.4 309. 09.9 - 40.8 39.5 ,3 I -1.9 D .00 91 12 1 21 1.6 295. 99.9- (.7 306. 99.9- 5.6 285. 9).9 - 41.0 39.1 .4 D -1.9 D .00 9112 122 2.6 313. 99.9- 4.5 300, 99.9- 8.7 304. 54 9 - 41.1 38.9 .4 D 1.5 D .00 91 12 1 23 1.1 155. 99.9- 2.4 185. 99.9 - 2.5 250, 99.9 - 41.1 39.0 .3 I -2.0 D .00 91 12 1 24 .9 160. 99.9- 1.2 206, 99.9- 1.4 219. 99.9 - 41.2 39.0 .1 I -1.9 D .00 91 12 2 1 2.0 309. 99.9- 4.7 306. 99.9- 8.7 308, 99.9 - 41.4 38.5 .4 D -2.0 D .00 91 12 2 2 3.0 310. 99.9 - 4.1 301, 99.9 - 5.5 298. 90.9 - 41.4 37.4 .4 D -2.2 0 .00 9112 2 3 3.5 330. 99.9- 5.5 336. 99.9- 7.9 324. 99.9 - 40.8 36.5 4 D -2.2 0 .00 91 12 2 4 3.1 329. 99.9 - 4.2 334, 99.9- 7.7 338. 99.9 - 40.0 34.7 .4 b -2.2 D .00 9112 2 5- 1.9 339. 99.9- 3.1 360. 99.9- 6.1 358, 99.9 - 39.6 33.6 .( D -2.3 D .00 91 12 2 6 . 3.4 19. 99.9- 5.9 18, 99.9- 8.8 1. 99.9 - 39.1 32.6 .4 0 -2.2 D .00 91 12 2 7 2.7 22. 99.9- 4.1 60. 99.9 - 7.7 47. 99.9 - 34.8 33.1 .5 D -2.2 D .00
.n '2 2 8 2.1 42. 99.9- 4.5 64. 99.9 - 7.2 51. 99.9 - 38.8 32.5 5 D -2.3 D .00 91 12 2 9 3.4 59. 99.9- 9.8 65. 99.9 - 11.7 46. 99.9 - 39.1 30.1 .6 D -2.4 0 .00
MLLIDURTON ICS C0itP0RA?!01 A!R/RADIOLOGICALPRCGLAMSttPAtthit? PAGI 4 l
PROCEAM:!.157 VER$106:PC-1.1 listing FOR EIAVII VALLif B0HLT Mitt 0ROLOGICAL tAta 500-M LIVIL BATCH RELIASES FOR THE FOURTH QUARTER 1991
....... 3s n.. .... ....... 1so n....... ........s00 n........
AG. DEV WiliD WID STD V10 VlD STD VIED V10 STD t!KP P0lWT DILia f DELTA f RAll SPEED DIR MV SPI'.D DIR DIV SittD Dit DEV 35F 35T 150-35 500 35 FALL TRM0DiHR (MPH) (DIG) (DtG) SC (MPH) (DEG) (IIG)SC(MPH) (DEG) (ctg) SC (F) (i) (F) SC(F) SC(III 91 12 2 10 4.7 66. 99.9- 9.6 70. 39.9 - 11.3 56, 99.9 - 39.3 29.3 .6D 2.5D .00 91 12 2 11 4.7 75. 99.9 - 10.4 73. 99.9 - 13.8 59, 99.9 - 39.6 28.4 .7 D -2.7 0 .00 91 12 2 12 3.4 37, 99.9- 9.1 57, 99.9 - 11.5 39, 99.9 - 40.2 29.2 .7D 2.6D .00 91 12 2 13 3.7 55. 99.9- 9.2 63. 99.9 - 11.9 50, 99.9 - 40.4 28.9 7 D -2.7 D .00 91 12 2 14 4.0 73. 99.9- 9.7 72, 99.9 - 13.3 59. 99.9 40.5 28.3 .6 0 -2.5 D .00 91 12 2 15 4.8 70. 99.9 - 12.5 71. 99.9 - 16.7 57, 99.9 40.5 28.3 5 D -2.3 D .00 91 12 2 16 5.9 61. 99.9 - 15,0 61. 99.9 - 20.1 45, 99.9 - 40.9 29.0 4 D -2.2 D .00 91 12 2 17 5.1 60. 99.9 - 12.2 63. 99.9 - 14.8 59, 99.9 - 39.7 30.9 .1 I -2.0 D .01 91 12 2 18 5.6 59. 99.9 - 14.1 63. 99.9 - 16.7 60. 99.9 - 38.2 34.4 .1 1 -1.9 D .06 91 12 2 19 6.0 56. 99.9 - 1(.0 63. 99.9 - 17.8 69. 99.9 - 38.2 35.9 999.9 - -1.9 D .13 91 12 2 20 4.B 62. 99.9 - 11.2 76. 99.9 - 17.9 B0, 99.9 - 38.7 36.9 999.9 - -1.8 D .12 91 12 2 21 3.6 58. 99.3 - 9.2 73. 99.9 - 15.6 85. 99.9 - 39.4 38.1 .9 D -1.8 D .24 91 12 2 22 4.3 58. 99.9- 9.3 82, 99.9 - 15.3 92, 99.9 - 40.4 39.0 .9 D -1.8 D .24 91 12 2 23 4,9 40, 99.9 10.7 74. 99.9 - 14.8 102, 99.9 - 42.0 40.4 .9 D -1.7 0 .13 91 12 2 24 4.5 40. 99.9- 8.4 68. 99.9 - 10.0 101. 99.9 - 43.5 42.2 .9 0 -1.7 0 .11 9112 3 1 5.6 47. 99.9- 9.8 86. 99.9 - 14.9 115. 99.9 - 45.2 43.9 .9 D -1,6 D .07 91 12 3 2 3.6 36, 99.9 - 5.1 117, 99.9 - 15.7 130, 99.9 - 46.6 45.2 -1,1 B -1.9 D .11 9112 3 3 2.5 15. 99.9- 4.3 61. 99.9 - 10.3 135, 99.9 - 46.8 46.0 .6D .9I .26 91 12 3 4 4.1 34. 99.9- 5.2 113, 99.9 - 15.5 148, 99.9 49.6 48.5 .9 D -1.0 t .15 91 12 3 5 3.3 355. 99.9- 3.8 200. 99.9 - 16.4 173. 99.9 - 52.6 51.2 .1 1 ,oE .00 9112 3 6 12.4 243, 99.9 - 16.7 253. 99.9 - 21.3 235, 99.9 - 60.7 51.2 999.9- .9I .00 9112 3 7 13.0 245, 99.9 - 19.4 258. 99.9 - 24.8 245, 99.9 - 56.3 47.7 1 1 -1.4 D .00 91 12 3 8 9.7 260. 99.9 - 18.9 269. 99.9 - 2(.9 256, 99.9 - 50.7 43.0 .4 D -1.8 0 .00 9112 3 9 12.0 247. 99.9 - 17.5 257. 99.9 - 23.5 249, 99.9 - 47.7 39.9 .4 D -1.7 0 .00 91 12 3 10 13.0 248. 99.9 - 20.8 262. 99.9 - 27.4 252. 99.9 - 45.3 38.6 5 D -1.9 D .00 91 12 3 11 8.6 277. 99.9 - 15.3 279. 99.9 - 21.6 271. 99.9 - 43.4 37.6 .6 D -2.6 D .00 91 12 3 12 8.6 262, 99.9 - 14.1 272. 99.9 - 18.7 258. 99.9 - 41.0 36.9 .6 0 -2.4 0 .00 91 12 3 13 8.1 264. 99.9 - 14.4 269. 99.9 - 20.9 260. 99.9 - 41.0 34.9 .5 D -2.2 0 .00 91 12 3 14 6.9 290. 99.9 - 13.1 287. 99.9 - 16.8 274. 99.9 - 39.8 35.2 .7 0 -2.6 D .00
_ . _ - _ _ - _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ - - _ _ _ _ _ _ _ _ _ _ - - _ - _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _