JNC-TJ4410-2000-001:15.92MB
Contents
1. J 2 3 4 2 3 5 2 a E E 35 43 24 35 447 297 135 58 43 136 007 03 35 44 29 35 457 33 136 00 43 136 027 03 m 32. s 1 5 E DRE EE D O 10 ET RN 1 Y2 100 1008 RREAN E k H i LES ar a ___ 703 52 1703 A B D
3. 1 0 25 6 2 5 5 REMY m s 00 BR 5 6 1 Bq 3 000962 n3 h 6400000 w
4. 24 3 5 1997 1 3 8 3 6 1997 4 11 H 188 MS 5 4 SIERRA 2 V 3 5 3 8
5. GPV GPV GPV RELUX2 for RELUX2 MILUCR PCR1 MILUOR DATNMLfor IDATNML 00 00 01 24 00 00 DATCHK f
6. IWGPV1 _ GPV GPV ETaD or WEIT3D EARMEN EEIZ Inai aPV MILUCR MILUCR 00 00 01 24 00 00 172
7. wae 0 SIERRA 2 PAGE WI 1 2 2 3 3 4 5 5 6 6 1 7 2 8 3 9 4 10 5 11 1 HEH 17 15 uni 69721 3 p MERRE x s w 652 s u 192 lt 01 91 02 20 0002 gt 0Tv H y LEE UAL JIE CESA
8. 2 1 1 2 2 2 AMeDAS GPY IAN 2 1 2 1 Fortran 2 GU C VB 77 ete 3 0
9. 0 HEIA ER y MR Se es DIR RAJLON D OK 0597 3Y 2 0 6 2 4 4
10. 2 1 2 DFSN G GPYPRCAL INPUT RAND IDE03 OURCE ALNPG ATNML ERCEL DDATA ETCO IDE NIL RANP IVIDL CKNG BCDS STOUT CCNST INTVL ETMSH EVEL1 RISE EINT EINT2 ALNPG IFFU REF DEN DEM DEW ATNML TCNVLN MSHCHK DATCHK 2 1 13 GPV 2 1 23 2 1 9 RE DEY DFSN_G ETARGUMEN AET ARGUMEN _ GUI Q GRANDfor GRAND r
11. ss 27 3 2 S TERRA 2 1 A SSB 1997 10 12 07 00 3 8 STERRA 2 S IERRA 2
12. O e g 30 2 Sv Gy 7 Sv y
13. ON x xx x xx x 0 0 15 10 or 130m
14. gg QO 7 km X 6 5 km EIH DAA AU T FEL to ZE OT Y y OK HE p 7 2 7 2483892 O p lt ZTT p EES lt
15. EXPRESS KDE Kernel Densit y Estimator K DE O SIERRA O O
16. GPV GPV qPV MILUCR MILUCR WINDNST for DPWIND for CLOSE Gfor A 00 00 01 i i IDATCHK for IDATCHK _
17. NR 2 WEEE EE UT AEN 52 2 2 5 6 2 15 15 3Y 2 0K 3y 9 6 3 GPV
18. 1 0 012 1 2 1 2 444 10 141 10 4 484 11 1 41E 11 4 44 5 12 ERE REZ O DEVEREKE mo Elis CAB
19. TARARE RTA E 4 2 1 1 2 E 452 i 3 b 3Y c
20. 5 O Im 5 3 9 2 1 1 5 0
21. k 2211 OAF sEGEGEEZ Si a r E ea e GEVE ROE H EE 7 4W E I semone Driana IHR mm auran _ _8 RELATOR HEEF KERA 5 13 FEKE E Bi BEE EE 5 FNE wetge HER wel Be 2 r FIS N B ATT GIFT CITE HEH E ord vend 00962 1 1 528 SAH Q 14 gsi lt Hey FEI P af 9 oa BHEL IRERE 09
22. 0 5 3 2 5 3 3 gt 3 REENE 1 msv 7 5 3 TT MOTE HETI IT IAEE E CYA CE IRE ms InGy h 7 0 7 84108 msv h nGy h CRASE Bam 7 mSv n InGy hl 7 FRAG Ad REE msv 54 APAE
23. D 7 7 7 9 7 Y y 37 2 524
24. 2 F JEE DY EER SRE TORS YE 0 JERU RER ION 9 7
25. 7 O T 7 27 12
26. ERI I T 8 0 ER IT ICRP1990 2 EE P dt munas 2 4 SIBRRA 2 2 4 1 2 4 2 2 4 1 2 4 1 m 57 F NAR 18022 WEE m50 srt FE TT m BHARR GHA XEETREFEFE TTT m boo _____ ___ j RARE C C p 8 C T p a aa OO HEHE 9 HARE mh 540000 707000 lol
27. AN SIERRA 2 5 10 mSvy h nGy h Bq m3 Bd mg 10 a GPV
28. lt 97 1 6 1 9 10 ADP ME a In BE PEDE Im P0O Jyh D 1 K Jy D 02797 O S e
29. 10 a c GPV G P V ANEMOS a 9 mSv mSv
30. 2 6 3 15 15 y 5 6 3Y 2 00 3Y 27 A HELET 6 4 3 pt D ARE ISNI prap 8F maraa FF af 1590 1030 Jenn jis 22122 7
31. 0 2 2 6 1 12 19 D K yl O 5 1 13 6 2
32. ES 7 JAHR 3Y 25 6 5 6 RES K5 Kr85m K Kss o Kk 77 Deok yy 1 2 3 4 0 20
33. 14 LAFE HEBEL Ke Keg keso 0O E 9 100000 __ 40 keam ke5 Me85m kea Kss o Ke L kd 90 27 2
34. GPV D 0079 ON 10 1 x x x x x 00 CERDA
35. 9 o 00 3Y 6 5 3 2 1 EFF E3 9 24 ETT YT FL lt lt gt gt gt REP ET he ERS OIT OF 8 af
36. h 30 2 G 7 SGy 7 Sv y Sv y Sv Bq DRAN Sy Bo
37. 3 AG _ 1 7 h D MILUCR O A G 4 2 5 1 5 a x m n 9 ab 7 Mev photon 1 8 7 F 3724 6 0 003 7 73 b 7 100
38. GU I Graphical User Interface S IERRA 2 SIERRA SPEED I EWS SIERRA PCO SPEEDTI EXPRESS S IERRA
39. 7 7 2 12 RATE l an Mn Ril 0 BEHRE mn D
40. lt ONT 7 D 5 4 POR AFA a _ pv BR SIERRA2 TERIO JNO yhy 2019 EUT FEL to 2 ONT DLE y e ITP Fah E Q NO CO ya f 8 5 4 3 2 gt 0770899630 WM 6
41. 9 GPY GPV TARS 4 gt O e t 7 e
42. 30 5 5 4 AUDI 3Y 21 77 REHET 6 OREI Cm FAA 081 08 Y 80 Owy 2 TK gm Bq om37 Pu99 04 Tk ss 214 58 sb e o14 1 15E 04 5 88E 05 Cs137 BI FI OPE FAA ROE 12065 207 09 BEH _ 414 09 REPS CARRE SAE Sv Bg m3 d 40 OK D JY
43. DE 3c 75m 1000m 1 2 2 3 2 3 3 1 50km 2 2 3 2 4
44. 9 8 TERRA 2 29 b B 3 19 8 20 BB SIERRA 2 S IERRA 2 EYE 686m 764m 200m 3 3 2000 3 28 10 00 3 21 22
45. SBq 7 6 d ERI V T CRP1990 2 2 5000 10000 s _ 120 30 1 5 0 0 2 3 3 2 3 2 FY 1 d or RU
46. 5 40 20 11 15 No 76 80 No 65 70 7 2 cps 0 00962 0 0121 mh 540000 101000 KE 2 3 1 Bh 1 0 1 0 DHA 022276189 WD UD 4 G E AD
47. LAN 2 S IERRA 2 STERRA 2 GP V ANEMO S 48 D 3 50km O
48. S TERRA 2 2 1 2 1 SIERRA 2 2 2 1 SIERRA 2 STIERRA 2 5 a 10 A mSvy h nGy h Bq m Bq m
49. 3y 22 9 6 2 11 11 HESAP sv oy L171 KS ST SEP Sy Barom 04 MET 00 BRE SK sN MES 560E 10 aoe 1 70E SAN 807E 09 870E 09 1 7OE 04NN 4145 09 _ 5 FA EAA m3 d 230 80 m x Dive 97 77 05
50. GPY GPV UL 9 LAT EWES is Ca 6 C Mev photon 7 Mev dis 1 ERE m s Pom D s BARRE FRORA 1829 FTOHTE um E 20 TOES K 100 00 Lmh MO kg m 9300 kg m3 B ses OK Divu 2 27 JY 4 F 5 7 7 2
51. _ OK 2 bog 1 2 0 Lemas uum R 4 AT HERE 1 o Eo EE BP E BOS ARR BL E Ru d Bie a 7 Fa 10 TAMERS EATER E 30 42480 11809 424864 y 65137 239 vi icis ng 25 lt lt 77 OK 0 JY
52. 1 1 CASE10 HARES 50 2 5 3 4 1 Q
53. 7 32 7 D
54. PR GPV 2 2 3 Vo u vo wo V E f a o vv ww 2 dxdydz 2 8 Lagrange uu y w 2 8 4 u u 4 8 x 2 a 1 2 9 v 9 4 9 9 2 10 w wo 2 92 2 11 V 0 2 12 4 924 9x2 824 924 222 VO 2 13 0 2 14 94 2n 0 2 15 Lagrange
55. Sy Bq ETI I T ICRP1990 2 e 5000 10000 s 120 30 1 5 0 0 2 3 3 GP V TY 1 i SUI bU d or
56. VES LIE PASIAN No 3 2 D amp T 797 WSIERRA2NFUGENWREALO SIERRAZ MONJU REALO 7200003811200 200003211300 INPT0001 D amp T FL SET SRR 1 MA FIIR ETA E BEHE AZ LO 2 712000031 220 1200003211920 1200003211250 200003211250 1200003211240 7200005211240 20000321 1280 200003211290
57. 0S 8 Windows 1 7 7 0 1
58. INILfor INIL TRANPfor rane IGREFfor GREE KDE Aam NiET ACORDER KDEN for KDEN PEE IRECPfor REC DTT0Sf
59. C 14 2 2 2 1 3 2 2 1 w Cuo wo 2 w us vo 3
60. 3Y 1 13728 27 1 PBU 218 3Y O 180 10 E TE i i N aj BA j 2000 03 21 1310 y e i G 5 1300 0 E 432 m s 865 m s NNE 8 038 km ac JY Fm 9 D Y A yayse R K
61. 2 RD RE ER V V 0 2 3 2 3 1 STERRA P 1 CE C 8 2 9 2 2 Dieb1 k Wi AXi u 24 0 5 0 5 2 16 AYi v At 24 KAt 0 5 0 5 2 17 AZi At Ky At At 2 18 AXi AYi 21 2 m s m s 2 3 4 K m s
62. 4 1 50kmX50kmX1500m 21 1250mX1250mX100m 2 20kmX20kmX1000m 250mX 250mX 50m 3 2kmX1000m 50mX 50mX 50m 2 4 2kmX 2kmX1000m 50mX 50OmX 50m 1 2 2 G PV 1 2 4 2 5 2 6 1 1
63. 77 ATR FBR O ER E EEE UE 8 5 4 ART gt m 0 1 BF 3883055231 Fig C 150 OTA K D JY 27 Y
64. _ 2 1 6 2 1 11 gt PRR gt PFE REED gt HR FEET gt PR AE gt PR HI HARE 029 LEREN TELA 224 lt gt gt 14554 NJ gt FETES G E ku ER LE gt PUS 974 CHL EYEE FH La OS Z GL 4 gt HEKE OF LEE HELEKE gt 914024 HAN GEF gt anRO1N09 201 SYONY amp HI ENHE 501 C r 2 177 K HERH Ad9 HREH EE 222432552 ERY TPR EH SVO9WY EP 9 El 10109 HEE EE 8001802 Ad9 EFE J SL Add GLF 33
65. 2 ep TT SE d 7 rea10 6 1 2 PE 3 s A EE imir EE ea 3Y DHE YR IY 2
66. e eee E e E ES III HHHH E REHME PS PQ W B q 5 bq sd Pq Pq PS P 2 1 2 2 2 3 2 4 2 5 2 6 3 1 1 3 1 2 3 2 1 3 2 2 3 3 1 3 3 2 3 4 1 3 4 2 3 5 1 3 5 2 3 6 1 3 6 2 3 7 01 3 7 2 3 8 1 3 8 2 3 9 1 3 9 2 3 10 D 3 10 2 3 11 1 3 11 2 SIERRA 2 21 OO ee 22 errr 23 rr 24 25 25 1997 01 03 08 00 40 1997 01 03 08 00 40 1997 01 03 08 00 41 1997 01 03 08 00 41 1997 01 03 08 00 42
67. 8 4 DMIF E 36 550 m 2TR x 3 4439eg 35 5 33 1 136 0 93 13g nz 03 eee 4 ACB 10 OK D 3Y Jy ATR SFA FBR 1 MIE DEERE E EAR D MM
68. Sv y Sv Bq Sv Bq 24 265 ECD 7 ERZ 8 0 ERI I T ICRP1990 2 2 3 13 aw sana Q 2 3 5 2 1 10
69. 10 78 HEHE m s 21 55 m s x ESE 24 00 E 3 20 1997 01 03 08 00 SAA 3 20 1997 01 03 08 00 8 3 T 1 m H S Ti Ek ER I 7 69 FL m s 21 55 m s 24 00 km 3 1997 01 03 08 00 3 3 1 REKE DEES E 3 5 2 1997 01 03 08 00 REALO 1997 01 03 08 00 7 69 m s 21 55 m s x ESE 25 89 km 3400
70. 12yb t OK 5 JNC GOT 078 6 05 Af lt is HEZ EA Er 2 NNEl a TI 5 FRI PARR La BALSA ERED Wl s esel Diaa RRR EMIR 2 EKE 1 0 5 3 9 10 0 JNC GOT D7
71. REE 2 35 43 24 35 44 29 135 58 43 136 00 03 35 44 29 35 45 337 136 00 43 136 027 03 GHD m 0 3 CC 3 A lt G a 8 h O MILUCR
72. D O 5 O m 5 3 4 1 ESILE EE AEE SEE 2000 02 24 11 26 14 EBT FUGENYRECALOYCASE9 2000 02 24 11 26 14 FUGENYRECALCYCASE9 2000 02 24 11 26 14 FUGENYRECALCYCASE7 2000 02 24 11 26 14 3 j FUGENWRECALOWCASE6 2000 02 24 11 26 14 547 1 FUGENWMRECGALOYGASES 2000 02 24 11 26 14 3822 j 52 FUGEN REOALO OASE4 2000 02 24 11 26 14 EBT ARETE 4 FUGEN RECALO OASES 2000 02 24 11 26 14 857 E FUGENYRECALCyYCASE2 2000 02 24 11 26 14 FUGENERECALOYCASEI GUI
73. 2 1 DAT DAT O 5 3 5 3 3
74. OK 2 ATR STA FBR A Wot T 9993666 6 2 8 8 ool 4 C 150 3Y OK 9 3Y
75. BLOCK DTTOS A B X A B Y RRAND 0 lt 1 212 0 lt lt lt gt gt gt RRAND for 2 1 24 DOSE P GET_ARGUMENT READ DATA STS OUT MESH READ _ RESULT DATA ICALINF_STS_OUT INIT_TBL INIT READ TBL CTL OUT FDATE CTL CALC DUMP_MAIN DUMP_2 DATNML SEPARATE_YMD SEPARATE_HMS 018 DET_START_TIME 2 1 14 2 1 25 2 1 10 Main Pfor DOSEP get argumentforIGET_ARGUMENT ICALINF_STS_OUT 5 NE DArA TBL READ SEPARATE_YM
76. m s 5 40 20 71 75 No 76 80 No 65 70 Bq h 1 0 2 9 9 WD UD
77. 6 Jahr BEAD 3 10 B sl 2 WW HEEE HE ta 15 6 RESLO gt IRR D 3Y KIA Jy 3Y I gt gt gt 22
78. 5 5 0 kmX 5 0 km 7 km 6 5 km D BPO 1 GIRE OK 5 3 9 6 2 31 OD 17 17
79. J RARE C APIA BFF LRA TAREK O REME EAL ERL ET ar 00 8 e Tae 9 9 2 6 3 5 5 REK c 150 m s Bo 5 18 JJA BRAT SEK
80. S TERRA 2 1 1997 1 3 4 11 7 18 10 12 RO 24 1997 GPY
81. 3 14 1 5 1 4 15m s B S TERRA 2 NNW 1997 4 11 18 00 3 6 A S TERRA 2 3 6 1 A 7 0m s 2 3 9 SIERRA 2
82. x E lt lt lt OK 3Y 77 27 2 HREJ REZ C 9 ERARE T TY FOIE 8 Bl 84 7
83. HENTER s 200 m 00 m 20 27 2 2 a KAIT O OK j Diven 6 2 13 13 REE 5 C Xe135 2 D 77 O IN 2
84. T 2 AETA m tara 9 JF 5y JIR AY IR DY JR 3y D 5 3 1 1 AEE HA amp 44 29 35 45 33 0 LT w 21 136 D Fa 102530378 F L w GE 80 RIIETE m B0 ERR eeo 500km 15km OK
85. 0 3 Stokes 80zm 4 Stokes 2X10 r EZ 2 25 Vs ms r ka m p kg m g 9 8m s2 1 5X103m s Az At 2 26 5 1
86. GPY 1 2 3 O 1 6 8 1 0 1 5 3 9 8 as ana O
87. x His T lt lt lt Da 2 OK Divu D 27 3Y 5 2 0 6 1
88. 1 b 10 10 d e real0
89. lt a GU I Graphical User Interfaco 4 2 IDFA 4 7 RF B II 1 2 2 SIERRA 2 1 CER DI RE VRE e a 2 2 REE 4 2 3 24 444 4 844 9 3 STERRA 2
90. 2 j 5 D 10 i x _ O 00 8 2300 230 239 ye 1000 _____1000 1000 221883 7 4 80 _ 0200 850000 CU kt _ gt T 2224 G 2 OK Diver 2
91. 1 5 DIR EE D MEDE D 6 1 7 8 LAJIT ERE ETT TET 0100 1 _ rn PE G OK RAEN MILUCR OK O O ERAN 90 9 6 1 8 9 lt y
92. 1 0 8 1 6 9 2 5 1 6 1 2 1 7 2 1 8 2 1 9 2 1 10 2 1 11 2 1 12 2 1 13 GP V 2 1 14 2 1 15 FORTR AN 2 1 4 2 1 5 2 1 6 2 1 7 2 1 8 2 1 9 GP V 2 1 10 2
93. 2 2 1 2 i 8 100m 1984 10 15 1985 11 25 3
94. 1997 01 03 08 00 42 1997 01 03 08 00 43 1997 01 03 08 00 ee 43 1997 04 11 18 00 44 1997 04 11 18 00 44 1997 04 11 18 00 r 45 1997 04 11 18 00 45 1997 04 11 18 00 46 SUA 1997 04 11 18 00 46 1997 04 11 18 00 ce 47 1997 04 11 18 00 PP 47 1997 07 18 21 00 48 1997 07 18 21 00 48 1997 07 18 21 00 ee em 49 1997 07 18 21 00 49 1997 07 18 21 00 50 3 12 1 3 19 2
95. 2 u j Z u u Wi j j u vk k Wk 5 Wk WH WY h WT hb r OAR WHERE h hb VO uy vo Y Qvw S at 0 0 a wm A V V dxdydz 3 Min Lagrange u U 19 x 2 og Y 8 4 09 w W 1904 92 24 0 TT A 0 4 4 22 2 2 2 7 V0 0 9A 2n 0 M ILUCR g w l 0 5
96. 1997 10 12 07 00 RERE ME 3 16 2 HALET 1997 10 12 07 00 9 03 176 1997 10 12 10 00 SFG 1 000Er10 Bq h 2 00E 00 Bq m3 6 32E 01 2 00E 01 1 98E 00 Bq m3 6 32E 02 2 00E 02 NNW 1 67 km No wl 1 sw 127 000 2 amp ssw 355 00000 _ 3 SIERRA 2 y SF6 0 1 gt EEN TTT x 1521 ppb 18450 11630m r 3900m THLE 83750 ppb AKE 0632 04 08 km 3 18
97. 4 5 2 Windows SIBRRA2 3 PC Windows SIBERRA2 4 1 1 4 2 27
98. OTe Yri EL 9 PARES EOS 5v0 1 17 990 6 4 1 1 lt lt gt ASTE 4 27 BEHET 9 o _ 2 gas7 F s et 54 64 2 An 896547 ase 8202 09 roan S EA EAL Sv Ba R 11940 RAR ma Ito 1 1445 3 lt lt lt gt gt gt 52 28 ex wisa lt lt lt gt gt gt B gt E SAR 00D 2414002 DES 0 2 F RELE
99. 3 6 OK Ke 9 7Y E Mev photon Y Mev dis m s OO3 l z 600 05 5211488258 EPERE ml ATORES ba 10000 myh 0000 kg m3 9300 ha OK 2 0 3y 3Y ATE F 7 7 7
100. CHR 1997 10 12 07 00 7 REALO 1997 10 12 07 00 T 3 76 m s 4 IR GAA lt 12 34 m s x ESE 24 00 km 3154 PILE 1997 10 12 07 00 ME pa er a a 3 15 2 1997 10 12 07 00 7 REALO 1997 10 12 07 00 1 1 I 5 11 7 i 0 d 5 NN i 376 m s 2 ue 12 34 m s f x f ESE 25 89 3 16 1
101. S IERRA C 14 A 2 4 HD 2 4 2 2 3 7 1 EY OME TANAR O gt I s FH BE Co RS H s 3 lt HRN E 442 52 XERA 12229 EE EHO 3 1 HRN 8 T lal HF BERE EK A HEE o 138 B TH O KEF lt O ET lal f AT f 3 lt 2 HR E Ecg ATHEA HORELA Z L 9 EHO 2 EH TH T gt amp
102. HF JY D SHER TF JAF JY ESERIES NT RHF TORS U Y 2 Y 3Y s 222 D 7 2
103. 5 2 GPV D lt lt DIR 3Y GU 1
104. PC PC 22 PC PC ON PC ON 1925 PC PC Windows 0FF 1 4 PC ASYNC 4 3 2 Z EES ETE R EE 1 SIERRA2 2
105. PRISE CIDE y gt gt 79 EINT y INIL for INIL Gap EI ARB HI FTE E E E 138 2 1 DIFFU IPCKNGfor PCKNG _G for DATA fo
106. TAIT PALAA seeman Ta RR iwo TAD abr MESELE 6 3 1 7 DT SEM EE maor ILD FIR ha Hatne 8 OS DD FE RAARD BO TT g _ m 10 LM 7 2 5 _ EE saxe HEI 7 RO T n 6 RETI MEET DERE MEE 42 15 E 8 s lt gt if MES 5 j RNEER 20 atan F f 99 9 JI TENET FE G HEB ELE TRAER TTT TORILT
107. s m s 0 5 0 5 0 5 0 5 2 o d go dz Pasqui11 Gifford 60 0 K K Z 25 20 2 19 1 2 GA t KHA KO z zk 2 A J MEE z IC 35 m2 s Ki z mW s z m s 2 3 2 3 2 KDE Kernel Density Estimation
108. CONTOUR 4 2 3 2 3 1 1 2 a GHD 3 3 A G NRT 8 7 7 O 7 h MILUCR A G
109. D c AY d y b JY b 4 2 3 3 Windows Windows Windows 4 2 4 4 3 P C 4 3 PC PC PC PX PC
110. LE 5 ARTE BFE h sA 6 Sv Gy T De FRIE ayo 18 Ei 11600 04 Te Jak Ra ox y UREE Ben 72 Pu cu kego AHR 914 rin 2250 LSEC4 388203 S Ba _ An asea GoE Q9 INEN 201609 7 RT RE RE OE FARSI 53 54 iyne Yri 2 a5 T TUREI 5 07 19 2 HGF 74 SRA P najo Aryeh 1 ERT lt lt lt gt gt gt NN lt lt lt gt gt gt 2 57 GPv
111. SEE YES TESTE gt la gt 1 oo ITE SEE 4 i i i NERVEN ZA al X O D X 1 wl PX 5039 w w o PX IDF E 2 822 2 2 202 1 f 7 9 222 1 X iz X 1 X 22 40 2 1 10 cm b8 HEHE HEREZA 010 P bg IIH ETR 19 HERRY 171 ZV Vp3A 43 1 XDI K X wp DF G HEDAR aX 2 71 Jdxax 12 1 043039 wd Y mV DEERE oV amp A A te GAO 2 1 189 50 17 Q V 1 02 99 ZHE Im d 26 08 RIKE 270750 37 7490 BAR CA 1V ON FEE D ON EFE 1 CIO GERS EOS NE WHEE FEO SKEW YAR 191 wb IV SA 4 6 05 0 n VY P 1V A 1V HAV XV 6 SAAE FEAST REE REHT RENE OLR YF BIMIN PEREO Y DIKE E M A 99022921 2P
112. 1360 1997 04 11 18 00 x REALO 1997 04 11 18 00 7 54 m s 14 89 m s x SW 412 km 3 71 1997 04 11 18 00 REE 370 1997 04 11 18 00 7 REALO 1997 04 11 18 00 7 45 m s 14 89 m s x S 1 87 km 3 80 1997 04 11 18 00 REKA y
113. 3 100 1997 07 18 21 00 REALO 1997 07 18 21 00 4 24 m s 8 47 m s x NNE 0 38 km 3 10 1997 07 18 21 00 HEB 3 1997 07 18 21 00 F REALO 1997 07 18 21 00 IK F E KH p KES m KO A W 1997 07 18 21 3 12 1 00 R lt R 8 2
114. 2 1 2 2 1 3 2 1 2 7 7 9 I 2 1 8 2 2 1 4 3 6PV 12 1 5 GPY 4 2 1 6 BET
115. 5 2 FART WS we WN HUB yy F RFR 9 REMF JIR JY FF SHER CDRS YEY y 6 5 2 2 EEF 3Y 5 Ar DIF 2 0 7 7
116. GPV ANEMOS a mSy mSv mSvy nSvy HA RUG P V GU I Graphical User Tnter
117. lt wiir ie 380 BESSANADMESY HLEA 1997 04 11 18 00 N 2 REALO 1997 07 18 21 00 2 45 m s 8 47 m s x NNE 0 38 km 0 0 10 0 20 0 300 40 0 ioa g 3 9 1 REBENA 1997 07 18 21 00 km MVE Im 40 0 10 0 500 km 3 90 1997 07 18 21 00 0 0 10 0 20 0 300 400 48 2 REALO 1997 07 18 21 00 ki 2 3 61 m s 8 47 m s x NNE 0 38 km 3 10 1 1997 07 18 21 00
118. 2 2 1 4 mM m 3 m A G a 8 7 7 amp hi MILUCR A G 4 Sv Gy 7 6 Bq cm9 Sy Bq 5 FRR m3 d
119. 2 2 6 2 14 lt 14 HARRES EEE gt F KO _____ Kay K kg ____ _ D z w OK J AH ERE REED EERE 100000 RE E BM BHR a E k 00 kI sl gt b D a ET
120. 26 1 oe 26 3 2 ee 28 re 30 gt 60 61 G BETE reee 62 7 SIERRA 2 II 2 1 2 2 2 3 2 4 3 1 3 2 3 3 3 4 3 5 S IERRA 2 TO 1997 01 03 08 00 1997 04 11 18 00 1997 07 18 21 00 TOT 1997 10 12 01 00 1997 01 03 08 00 EER GR e 956 1997 04 11 18 00 1997 07 18 91 00 E T 1997 10 12 07 00 SIERRA 2
121. i KDE y 1 S IERRA 3 SIERRA 2 EXPRESS KDE ZERRA KD EBE GE Y 2 z xz 2 x Q 5 D 27 X 1 2 o 2 1 2 1 20 2 2 7 20 2 z 1 22 2 20 No Q 1 0 ze m m x 2 n x Di X 0 0 x y _ 2 21 QO 1
122. ON ON EE ___ j 5 34 E REXE Wasa 1 TTITE El C C ETIR BERTE C OK ye 5 3 9 4 0 JNC GOT 078 6 7 Tr sa Grau 1 57 22 F
123. ____________________ SER EHMED amp J PPOINOLLYH HURRAOZQE NH 3ePINOLLVH EF LEER LEE 4 lt GEESE OBE ORR 38P 0LOLSAY BF A EYEE RL G 3 0150 001050 14 JPP TOSQV 00980 ORE PFOA 1EP0ONOO EY EE OEP ONOO GEE __ ONYX 6 J 3no NX3 Z norAX n AYR ED BHT ERE NLSNM 20 WNLSNM WISNA EIYE BERE BIE 19PNDQNIA 29 1PPWNDONIM QED BEE PP MDONIM 55 VENTION IG 20 3PP ANGNIA 1 PP WAONIM ED MONIM 2 3PP JNLLSQ gt 57 8P ANILSM EH EH HELEKE OOUUOONNAAAA amp 4 amp amp PPI LdNidQ ED CESET N1dNidA 96 69 PD ED 6 29 CEBE PD
124. 58 REALO 2000 03 28 10 00 922 m s 18 45 m s SE 27 77 2000 03 28 10 00 REALO 2000 03 28 10 00 1 003E 09 4 2 2 94E 00 Bq m3 9 30E 01 2 94E 01 5 03E 00 Bq m3 9 30E 02 2 94E 02 SSW 0 44 km E 1 0 98 0 00 00 2 ss 218 0 00 00 2000 03 28 10 00 7 2 REALO 2000 03 28 10 00 1 003E 09 Bo h 5 03E 00 Bq m3 1 59E 00 5 03E 01 5 03E 00 Bq m3 1 59E 01
125. 1 U 2 o 2 7 0 2 0 0 2 41 2 7 h n n be nm 0 2 a g p DeMarrais 2 7 U z 1 5U hh h S U z 1 5U 2 U 2Z k y ERD eg B y 8 y
126. 10 35 0 4 0 1 20 80 1 0 9 0 5 2 7 10 4 4 1 O Windows 1 2 3
127. SEPARATE_HM 018 DET_START_TIME DUMP MAIN CALC_RATIO DUMP 2 2 20 a FA ComSub for calc1 for dump_1 for MJD for dump_2 for T g gt gt 2 1 26 DOSE ARGUMENT 2 1 15 READ DATA ICALINF_STS_OUT CAL MESH READ_RESULT_CALINF_DATA ICALINF_STS_OUT JNIT_TBL INIT_READ_TBL CTL OUT FDATE CALC DUMP_MAIN 2 DATNML SEPARATE_HMS DET_START_TIME 2 1 21 2 1 11 in F DosEF argument forlIGET_ARGUMENT Read for READ_DATA ComSubfor _ 575 007 GAL MESH READ_RESULT_CA DI ES 213 s LINF DATA IINITTBL
128. T KDE SOURC TINTVL TONVLN NCCNST for NCCNST CALNPG for CALNPG gt Nm gt n Rt e s P ERE MEEAIT s p DATNML IDATCHKfor DATCHK EZDI IS E METCO_Gfor METCO IMETMSHfor IMETMSH 2 __ 524 IBLfor BL 3 LEVEL1
129. lt lt lt 10 GPY FE 1 0 0 D
130. 2 2 1 6 d g h Sv Gy 7 Sv y Bq cm9 Sv y Sv Bq 5 13 4 2 2 5 2 2 2 1 BERZET I
131. _ e gw 8 0 1 2 3 5 2X101 1 05X10 O STIERRA GPV 3 GPV GPV BET 1000m S 1000m 2 3 0
132. 3 Qa XANL gt t FREE G P V 1 6 7 9 10 15 1 12 13 44 15 20 Dya 3 1 12 13 44 15 20 Dya 2 2 2 EID L DACHI 2 4 4 2 2 1
133. CPU 11 1 2 2 5 180 5000 2 6 1 0 1 5000 120 30 ORR 7 5 2 3 4 S I ERRA 1 2 5
134. QER 9111 VEE HEE ER EE 6 8 26406765 LEOTE HEE BEYE VJ SAL f BIY gt HIDE EE EEE 2 1 12 WIND_R KESSON WIND_WR 242 1 8 WINDAD WIND2D WINDNST DPWIND FCLOSE WINDAD WIND2D LWINDNST LDPWIND FCLOSE 2 1 13 2 1 4 5 U V GPV
135. 1 1 1 5 1 1 0 KIRKE VRE NT 1 12 ye re 2 3 5 1 Y 2 1 x y At 64 0 9 0 Ry 1 exp VgW At A2 Az 2 27 nm Ba m2
136. 5 03E 02 SSW 0 44 km VAR Ne E s 0 0069 km 3 23 2000 03 28 10 00 97 7 REALO 2000 03 28 10 00 1 003E 09 4 5 03E 00 Bq m3 1 59E 00 5 03E 01 5 03 00 Bq m3 1 59E 01 5 03 02 SSW 0 44 km E 1 ge og sse ze 000 00 3 23 2 2000 03 28 10 00 59 4 1 2 b d e EWS SIERRA P CK SPEED I EXPRE S S
137. ER u a a 2 w SERRA SRE 9 PEE A G 1 00 00 0 80 80 0 50 E he CAC 0 50 0 05 0 02 2 01 GP e g 2 2
138. Q 2 1 5 2 1 3 HA8000 D140 ICPU Peniium 600MHz 512KB 0S WindowsNT4 0 7 268 1868 5 RAIDS YF 7 1 GG TOIT DHCP PentiumIE GOOMHZ Fry a512KB __ G 100Base TX 10Base 1024X768 3SGRAM16MB q lpar tgn 6 0 ARCseryel6 61 8 lscsI 18 Q 44 A nn WEFAN gt a 1 FLORA270SX e CPU Pentium 366MHz 2 128MB HDD 4 868 14 1TFT 1024X76
139. 00 81 11 90 1680 OE LEY TE FF EB EFE E 9 z HH Bl EEE EY ozsoy o szr EERE HE EE 5 ef EE SW SMN HINE RE was 056565 09887 A X 00 81 66 amp x IE E 65100268 0 0 A F i 0 5 HIR 1 91 Fm pm Eer gE 511244 MENEE ES 00 azio 66l 6 26 PH HIY ERE lt th YI HEE 00 10 Z1 01 L66 AN 0016 3615 8 3 9 SIERRA 2 A 5 2 4 15m s YA 3 6 DAR 7 0 m s SFe SF 1 0 1079 Bq h 131m
140. 76 9 D RTE SSII 15 52 FEREN 5 63 Z YE O LA k FY 4 4 LM IERRA KE YY E WE 2 09 93 X P m U LA S 4 6 5 01 72 1 bg AS 6 00 RH A YE FF 3E LMA sh YS PJ H ASW EHEZ HE HET u A EB SF FAHEY X FX OIX 9 BTC sz 2 3 z 5861 EOD B F3 KY EYE HHS TAA E GG gt 4 OD rh BE BF m bg HAREM X gO A m ASm YE HHH 4 01 994 8 1 mo bg 4 AS 4 64 v te Y gt f 2 4 E Z lt amp O 28 g O W A J 5 EHEH gt 01 994 8 1 J TAY KH m bg HAREM h SS EH X afm T U LA S A 9 1 AS AST EY EE HYH 09 bg AS HWY HEE THE 3 u ASu 626 E T u A FAHEY x J gt S SSqgdXg Z 15 Si O HEEE SH S gt gt 18
141. SHE 1 u unu 0 6 59 2102 E 0 000Z HE EE eo H 3T1dNVS 048 LEF HIY 10 EEE 4 00 300 0 10 3872 E SM SA ec SA S 01 00 E1 1 50 6218760 00 308 1 FHF bA Eel dW HIYF 8 0 5 E RFE BA El El e dW 00 000 06 d HAYE 9 00 000 OLL 1 94 5 00 000 06 IHERB SMOSA 00 000 021 dW 00 000 01 amp 23239 Ju SENE SW z 00 300 0 00 TEP l 4 494 HEHE AD ON 45005191 02 50350005 E EE YLE TEHERI LEE YEH HIVE ANR AEE E E BESE Haa eE J s j F e O ao EE EE EE 22227 ss 2 Jj s 5 s s A 3686 em 1104 T Pse IL KIYE nz ELEH asw IYE
142. 00 8 5 1 2661 K LE 1 970 A 0927 970 61 c ik rr 00 80 20 10 1661 LY t 31 C 09261 T 7 MN MM L II Ss os sn 05255 T 8 0 B II al SNA Ol 1 9 a 20 MANN 3 j ASW orl 1 E S 1 S 100 __ 1 DO amp I 5 S CCT TM 0 1 I oo FE 00 81 11 9 2661 00 81 11 70 2661 lt 2 6 T gt HE RE i r N C I 7 r 7 7 P r oq Bag SSE C P mi z L rC C sr CAVE 3 C 1 0 l C 1 8 suro eweg W t 10 EE TAA E
143. 2 J41 x AN 0 003 lt Cs 0 AJ166312 lt 7 0 lt 9 a RE m h t EN a b 11 lt gt lt lt 0 1 0 lt F 1 9 7 Sv Gy F RAMES 0 8 7 Sv y Bo cm 2 8 2 Sv Ba 7
144. 9 0N B SIERRA2 BACKUP 5 8 4 8 4 255 8 TPy7 ARCseyvalP7 2 a O gt 8 ARCseryalp22 7 59 5 57 6 WindowsNT 7 k WAQ WindowsNT 5 3 5 7 29 3
145. O 0 5 3 9 7 3 GOT GU FDS kawana 5 lt Ba h 2000 03 A24 13 08 5 2 2000203 22312005 2000403 A23 1343009 f Km ma 8 D 3Y 3Y D 94
146. o Orve 2 OKI 27 gt 1 1 EIN UKy 2
147. 2 3 W r exp ar 2 3 r 2 m w 0 1 W h 2 4 W h exp 8 h Z h 2 4 h 2 h m h m 8 4 2 5 W h exp
148. 5000 10000 5 120 30 1 5 m 0 m 0 2 2 2 3 2 2 1 5 2 4 w 2 Mey 7 photon 1 3 F VME 4 m s 5 1 S a x mm h t a b lt ANT 4 5 amp ER lt 7 74 1 amp F T h p 100 7 74 1 0 7 1 0 EEI
149. URE 2 2 2 1 3 or C m s 5 40 20 Bq m h Bq h shi Bm e o GP EA ER 3 default 3
150. 5v Gy J 1 7A7 J j Pu239 ecen m Surg ETN e FRITA Sv In3 d 230 pa 118 fa 9 OK Prev 97 0 2 METS EI RENE lt 4 7
151. 1 0 5 3 1 1 lt lt lt gt gt gt ZN s REALO 42 lt lt lt BEEFY gt gt gt 4 y 8852 1242 lt lt lt BEATY gt gt gt SPE rZ lt lt lt EEY gt gt gt ESN Mi REALO ON CEE 1300 m gt ORT ARATE ADT EL 5 lt lt lt gt gt gt EEE PC w C C 7 KE RE 2 EDEA Y 6 b GPYV
152. 152 8m m s 5 40 20 71 75 No 76 80 No 65 70 7 F M cm cps 0 00962 0 0121 m h 540000 707000 FRE 1 0
153. O 3 EXPRESS 3 6 S TERRA S OR S OR EXPRESS M 1 UCR 3 S TERRA PRWDA CTDB C
154. RE I RIDER TTT hm W 17772 Mwol _____________ _____ GRRE ATI Mev onoton a O E u lL uewds JBM CTT Meds AFET us PIE Ta 0 PRESS EXPRESS RES 1 ExPRESS E 22 7 pipu 1 un j TTT w TTT ui o BE we ln ms lo0 gem KEE 1000 EE Ha kgm 3 REKE 1 ECE Been no Mj G MM 8 6800 1 BPI N MEEKER y OO Y1 71 _ __ 46 _____ 6 1 hI 85000 HILUCR
155. 26 10 ELOT 3 5 3 3 8 4
156. 3Y d 27 2 77 b 7 b a a 2 42 CEST j d b
157. 1 AIF ERIE lt lt lt gt gt gt Ce 7 REST RODS THRE TEI lt lt lt gt gt gt O EE EEA TEOSE TEE DATES EER RES IESG 0 5 3 1 1 O 3Y REFEN 97 REMF 27 7 HEIR 7 2
158. ISEPARATE HMS IHHMMSS IGENDIG 2 IDET_START TIME calol for dump_1 for MJD for CALC RATIO dump_2 for DUMP 2 2 5 T 34 40 J 4 NY ZA FET EY IIS 0011 12 HY lt ZE HY 1093 Z TC Y HULL GRY gt 9 4 3500 Y lt ZE CU gt axsd 2500 NSJQ axe ANIM xd NSO ONIA NSA EMAL f sx9 ONIM TEH 1 W31SAS Z 1754205 IND DTZYHN3IS y Z C 7 S 11 J f14 Z C IB dD jurada lt Z C 4999 Z lt Z 1 gt TALUL IND axerZVHHHIS LEE exerO vO H
159. 11 AHINA 1ePd LIS MOMM Pd LEAMANd LI3MOINd 11 AOAd 25 ANLE 35 1 504 5 TvyoAdS vozy LRE gt A y Z C 0342424127 C 9001 79 2 1 31 auudQQWWAAAA PHNTTOJg RIENE gt ERARA lt FP ANION HIHEEEEORE GE Y 38P OINO LLVY HUEEHOE GE PPINOULYH Ll O GEESE aE 1PPOLO1SQV G lt 2 OEE 1ePLO1SQV HL OHRA 3 001050 07057 YEME E EH OEE PP Od Q KIPA OH RYE 3ep DONOO th EEE OEE 1eP ONOO LILHE HEE EERE morNX CELIM LEBE HEEE QED UL 4 LEBE EO SERT 2 ANLSNM 40 NISNA WISNM 377 ED BEE HE 3P INDONIM 19PNOGNIA REECE BETH HEE WD QET BI SEE HESE 2 07209 AYR FFB 3epJNONIA 3 3PP WNONIM 1PP NUNIA HEETE
160. ELALI 1997 07 18 21 00 3 12 2 9 2 REALO 1997 10 12 07 00 400 617 HEHE m s 12 34 m s x ESE 24 00 km 5 PEER ka i 8 2 313 1997 10 12 07 00 km 500 5 INE 400 30 0 2 200 10 0 00 8 0 0 10 0 20 0 30 0 40 0 500 g 3 13 2 1997 10 12 07 00 9835 81 REALO 1997 10 12 07 00 6 17 m s 12 34 m s x ESE 24 00 3 14 1997 10 12 07 00 3140
161. 2 fi E 9 0 m 00 f u 2 exp u r 4 BE r 09 221 dzdy dz 2 23 PEE IEE IAA TA RAIN LAR samanan EET GAT NTT CR SIFT EN a TOT Or reser OTTO ar Nas Dr 4 n nGy h f 8 7 R Es y MeV E y Mev 10 semen NA ITE ree K RARER OP dis m u R MeV Ba h 5 1 m u BRACHT D y 1 m r y 2 x 2 y x 2 n Dr W Dr x y z 2 R P E 0 sin 0 8 2 24 DER Doi sin9 777 uR dis a h sin 0 Z 2 r 250m
162. PC S PEEDI EXPRESS NN S IERRA 2 2 5 a 10 O 10 440 lt O GP V ANEMOS 48 lt a D
163. 5 2 5 3 AD HAW MWD MAO CET 2 SES RE ETO TNT BRR 7 2000 03 21 1320 7 KTE gt AIR A 3 ___ o sam ERE 4478 10 RTM nGy h 447 11 RNIB 4 47 10 31E jnGy h SE FE 009 km 2000 93 24 11 35 lt gt LAHI LAAF t
164. 70 2001 60 3001 56 90 3001 10 9001 24 4 4 4 4 lt 80 2001 T gt 02 23 maru 3 5 4 OAR ERY RA EET 08 59 cc 7 686 S i SC DC cc REE E STO lt h N y SEP awa astasqa 59 08 8 YI gt GEEH JEDET 400 350 300 250 150 100 50 30 300 250 50 2000 4000 6000 6 30 10 6 20E 10 6 10E 10 6 00E 10 5 90E 10 Bq m3 5 80E 10 5 70E 10 5 60E 10 5 50E 10 5 40E 10 8000 10000 12000 2 5 2 6 6 40E 10 6 20E 10 6 00E 10 5 80E 10 Bq m3 5 60E 10 5 40E 10 5 20E 10 2 5 1 1 5 N 25 3 STIERRA 2 3 1
165. O A G G 9 4 2 4 GF DER 5 7 Me HSF BMHS BR lt lt 0 003 0 x 5 ab lt F 9 1 F 2 G 1 F 7 lt 7 Jah 1 0 AIRAA 1 3 2 3 11 9 y Sv Gy F 4 0 8
166. 3 x OK EST 3Y gt 0 6 4 3 4 1 AJ335885 1o AF n s 2 ia 7 E HET CLT T o a AFF ERRE 424802 EG 424804 19485 5137 2 9 614 gt J KIK 77 D ty
167. 24 25 SIERRA2 259 1 12 35 7 2 4 2 37 38 39 40 1 2 2 1 2 1 1 2 1 1
168. 3 23 S IERRA 2 30 Bussa 001115 SI 100 lae eas 0 ANA 0926 1 51 100 BIE 506 ____ 66 5 7 i LI gt r E ASS 09200 1 8 ST 100 I EY FE SWE e gt lt FE PUTO HECE SWE YY S sr 100 2 r OO SS s HRES HEHIV _ WM MO ASA 05 T 9 1 100 ll EO EEE SCE FA 5 00025 1 SI 100 SE EL SAUE ROEE 00 FEE SWC HERE EE j ph RE 9 100 50 r BS e EER WE 8 EL 1 ll AM Or 1 1 sS IOO
169. 80kmX80kmX1500m 1250m 1250m 100m 9 PRACY 90km x 20km X 1000m 250mX 250mX 50m 3 2km X1000m 50mX 50mX 50m 4 2kmX 2kmX 1000m 50mX 50 50 2 4 2 4 GP 2 2 1 3
170. gt gt ELH EE gt 3ep 0QDISONi EREB EEE HEHE gt FIRB HOR 3P OOISONI gt FEE I ORTH RY 1eP 03SOQNI WE gt dO SSE PISONI LEGAL FERHAT 2 gt OHRA 39p 01O1S0X3 4 G S 2 10160 3 y GE Z SEBSLS E gt YER JPP0DSOSQX REH HE LN GE Z SEE SSES OBE PP OSOSQX gt 1PP 0NBSSQX gt 3ep NSSSQX3 G gt aep oquosaxa HERES HLN GE gt 1eP 0 1OSQX HAN G 7 gt OBESE 9 gt PRE Pd JdNISQ Z 4 Bsvov amp DESPRE TEY ZVJS AAU LLL FET EYL 9001 19 2 2 GPY 2 3
171. gt gt 9 B o lt m Dg HH RIE YER P m MIMO U bg AS 4 04 NEVO FE YY E W OMAR OT 1 5 P 4SW OT X 70 1 H ASm 9 Z 2 4 4 YH E T D YH 4 LA sb f TAY Kl VUIS X 5 01 73 1 2 m Da HRB X tm 1 u A A TY 9 45 HY BE EF H 1 AS AST KIARA 09 U AST se O Y g E T FF AHH YM OBA a PART 5 09 25 m ba X 8 5 LA bk 185 GUT u EAN E 66970 HY E HEYRA 75 p EE 771 6 0 J gU T S UIT gD KAERA 916 MIHO LA 8 Dd A9W 45 8 5 01X9 1 HY EYEE TY u 269 0 75 J YA Fy PG 5 5 9 Z eE Krae gt 19 gt
172. kE DRR 2 4 Bq m3 EA A K 20 Gy ES GPV 20km BERF 22202 Me11or Yamada 2222226725 EEE AMeDAS BREEZE 3 pisii 1 y gt e 32 25 78 SN SS 2 saai 2 ES 1250m 250m
173. SF STERRA 2 1 3 28 276 stof z 2 2 2 20 2 2 c ee 5 Sar 2 m m x y z x y 2 m X Y 2 mws 1 m s 1 He m1 Gy m oy G Pasquill Gifford 1 1 82 3600 180
174. 2000 03 28 10 00 2000 03 28 10 00 2000 03 28 10 00 1 7 SPEEDTD EWS EWS SIERRA Simulation system for Emergency Release of Radio Active substance S IERRA S PEED I EXPRE SS2
175. 7 5 3 10 000 2 6 1 2 6 1 17 18 1129 UIA 3222 19 1131 20 1132 1133 1134 1135 JIMDL Jh Y91 Mn54 30 2195 VIZIA 62 Co60 95 17 63 Pu239 INb95m JN Nt T 225 1 2 3 4 3 1 100V 10 BRE 60 1 Hz 2KVA D 2
176. 7 J 44 f E sxe yoSQd 9503 SUNET f x siutq TELLERS 99HO 4 LER 3295 89 Ed0 1y H gt NRE eVOSQd dD 3eqYOAd9 PAdD KA ENV 2241514 gt 384 1 0504 amp 1 ACL f 3eqasiurq ELVI ZE 4549 AL TEY ea O BAVEL 8 4 4 FET LEX 90 12 4 AIVE EDS 1 EPAI J Z LEE HEE BBE PROT Z C MIYE 2 LF SHEN amp A 3 9 6 EALLA E EN C MEIA 1 amp 0 lt E lt ER X Bl f RIYE
177. FN 01 51 1 4 o uw Saa ats gt SSO HEH 75994466 Loye see ms Ce ye MSS HEL 50 3867 x 20 9871 IM ADH 10 9287 20 388 10 3871 U ADU RIE WXE 10 388 HIER PEE SE u bg 80 2092 1 ERARA 05 91 08 50 0008 E L HERTEN 42E 3 E l 42 HERP SE 4 1060 E 35 N HEH FAKEN Bs EI EH ij le OS 151 B FEE usni 800 10 802 8 SHERE 0 9 1 50 305 8 Z0 3089 EO 9 1 0 305 5 MEN PELE EY BPE HE EF u b 80 3092 1 05 91 02 50 0002 E OVI y 4 4 24 E HH EF gt o geyser HE 01 15 60 NSS HEL 20 3894 F HEE HAE x 10 3685 00 887 BYE 10 9984 00 65 00 99 gt 2 l 5 5 Y 00938
178. JIR YY 6 4 5 k 6 REBBI SERE Sv Gy 1 0 55 EGER LD SR o 11007 0Odl AEE ERRESEINA ER Gy Bq cm37 FAD 29507 idse o4 588E8 05 RAE BIRER 8 9 e J 820E 09 13094 560E 10 AAA 5 96 90 595 2075 09 E E nir lt BERE swBq s ABTS x m3 d F 30 0 OK D yy 0001 27 ut 3 D
179. 0 6 MOE MEAP FH MMM A B MN __ 10 50 GPY D o J 1050 0 08 E _ 1005 _____ 2 2 2 lt A 2 2 2 l 2 1_ 39 s 2 JO _ HENIN KA T 5 0 E __ _ _ sns n j T al o mt o i y lt 050 ICRP1990 CRP1990
180. 2 OK 3Y 3y Y 2 2 23 2 6 3 11 11 AIEEE Sv qy 3 0537 ps R s 08 Boma Pu239 E es_ 00 suxa ORN TAA FAA soE 09 1K SOE LAR Fae TEM 207E 03 LAL I ODETTE 44559 FRAIR CKO RARE BABEREN Sv FIAJ AA m3 d 230 80 0 es OK OKI 77 77
181. 2 1 u Y 2 1 2 k 1 Z u D W k N W 2 2 Wk W r W h W h 2 2 W r 2 W h 2 h W h 2 4 2 1 3 2 1 Q Wr 2 MacCrackenn 2
182. RAT HRE imya SAP 12472 RETF REF oE ERT FO FOTO 12 D FE RE lt lt lt EA gt gt gt s tili EE E Sa lt lt lt HEFTY gt gt gt ES ERDE VSO E lt lt lt RERET Y gt gt gt FREI TT TT FRE FRE FET k ESE JY F ARER yy JF FF SEFER JAEK JY
183. 1997 01 03 08 00 HEA ME 340 Bia sls 1997 01 03 08 00 i 7 REALO 1997 04 11 18 00 632 m s 14 89 m s x SW 4 12 km gt 3 50 1997 04 11 18 00 HA RERA MA ME 3 50 1997 04 18 00 a 4 REALO 1997 04 11 18 00 7 44 m s 14 89 m s x SW 412 km 3 60 2 1997 04 11 18 00
184. 24 2H HEE HEUER 41868 a oT IEE HE ULI LHR TYEE 234 HEHE D 3832 2 71 gt 2 2 1 0 1 OL VMNHIS HY TUT EVAS A 9X9 2VHHHIS EVANS EE ALTE 1 6 FRE HHO TREY 27 L I EY WES OHI 0201 4 2 YEE LE Q 21 OEY YERE Ar 4 VO Blim RE RAE ZEHE RASRA HEEE YERL ZLM RLA IE Et ERUN LILYREN ERALA TYEE AH VIRENS O A SEALE E4 A ELAR 3E E8 IE 7 ORE 1 E lt C lt ee eee e mm eee o ein ere n 41 9 51 71 6 a MA YEE NLU REE ER 06 KESDI UAC 22E H ARL BHM ARAL 21 6 2 BHT 2
185. 4 _ NA MESHA D 2 _ 52 GP V GP VFR ERNI 21 G P VTRIIKIKEPE a G P V 231
186. lt 8 7 b 7 2 1 6 GPYV 9 GPY 2 1 1 6 AMeDAS GPV 7
187. 005 I BD GPV CPY GPV or 130m 152 8m O or 7 GPV
188. 2 2 1 2 2 1 1 G P 3 1 2 1 0 3 2 4 2 2 1 2
189. 2 5 4 5 2 6 1 2km 20km 80km 50km 3 1500m 1000m 1 80kmX80km 1500m 50kmX50km X1500m 19500 12501 100m 20kmX20kmX 1000m 250mX 250mX 50m 8 2kmX 1000m 50mX 50mX 50m 4 2kmX 2kmX 1000m 50mX 50mX 500 2 Xe 133 Xe 131 KKr 85 1 3 1
190. 7 Sv y Gy Bq Sv Bq 4 ICRP1990 2 e 5000 10000 s 1820 30 1 5 0 0 2 3 4 OR
191. COREE EET EADE gt GH 15 52 SSdHdX AVIS 5 HYMAN AEMEEH SMA 1767 9 FB 4 4 21 p 2 1 4 S sh HOHE ELLORR L EA 5 2 S C Plasa ml o 2 09 IRA 2 EMRO L A b bg AS 4 FEY EH u LA EB 015 95 1 d ASW HIE L 1 a Xo A 01X y TEY GH VWWdIS q m bq X UIm 1 1 4 A 58 45 ORMER 79 1 UIT gW AST HEA EHH 09 1 450 O YH MEZ MEDU gt OB sm bg BS 8 51 HA 4 1 0 zul M MARORA 69 0 P U 76 D Hf ORY 1 0 O AUR 1 1 Surm sD YEY 91 tIm 1 U L A S DI A9W ASm S sSID G 01 X9 12 YEE 1 z E O Y 8 HIG u L A AEBS FAHEY 269 0 95 ggz 62 OZEK 889 PZY 1 7870 09 Poy 4401 rE AFH E HEE gt
192. CUES 188 3P 3SYOV 8 4 voAd5 SVOY BEPP PBBB 5 TEY t E GNEC gt A Z C 21 FET LY A IIS 90 19 FRAZA gt REE WE EBE HEEE gt E POdOISQNI gt FREH OE 3ep QOISQNI EE gt MORES 35P 03SOQNI PISONI SERE ORAS 010150 3 gt 32 0130 3 BLEH ELY G S ZY JPP ODOSQX LH 4 3ep 939SQX3 LEGAL EHEEEHHES gt 3ep0N9SSOX3 gt gt PPR IR 3PP W8BSS0X3 EE LEKE gt ORES OHRADE HELAN GE 2 gt 2 001950 3 B1 G lt gt 6 2 gt 3P3 IdNISO UJ 4 3ePJNDY9 E 3SYDOY Spy gt 7 9 93 c
193. OK Dey O yy 5 3Y 27 l a D 7 y7 O 6 3 13 13 3 C 8 ww OK 3Y 9 2N X 220777702 IN 2 Z
194. S q 7 19 09 EY BE ETR 0i0IX2 E GIPA HACE TEYE Pg mojoqd A9M GIDD GM I9 M7 HS GM 3 4 gt Br zk W EYE O21 2 890 213 E14 gt PF 21 8861 194204 q BHA EY 1 47 VALAIS Co 5 4 p 1 4 Th X 1 XW 55914 4 15 gt 1 57 9 K 4 3 1 54 X P U MRO U LA A 4 5 5 01 75 1 Da AS 4 MEY OU LN EHS I W ASU Y MET 52 TT H gW9 AS HEINE 9 01X 99 8 1 sm9 b AS 6 12 1 54 HBH X 010 1 L A 1 AS UIT AST EY EYEE 09 5 HY HEHEHE PF GASI ZEHK O Wigi L A berag 2 f BIO BE 4 4 1 4 AH AB RE W WE gt H TR 2 C2 gt Wer J 8861 194207 W ASH 3 F BEE gt 4 q 4
195. n N z 2 20 s x Q Za 8 2 22 h GX y Y 22 2 22b Z Z Z z z 2 22 2 224 2 y S IERRA 3 y S IERRA 2 EXPRESS KDE 2 20 2 Lk HF i i x 2 O
196. r 2 Gl 8 _ 2 SE 22 56 ZZ 596 zz 32 E H LS ZE 951 LS 25 951 25 28 El 8 26 52 5 BEL RR x p x L x SZ __ II 6 921 0 921 4 821 91 98L ___05 0 E u ti 001 2 O DA ___ 108 O oo 08 00 01 0 Zx 1 x 2 12 18 18 9LxG9xG9 0Zx0 X0 02 08 08 SIXO XO oo 0071 001 001 OGL CEELEN A FE 5 _ DRH EHRE CFE ER EYE 2 2 15 8661 198 d EHLE LT H acuta E 80 H 6 s 19 LKAN FHO tt E 2 2495 Ei W AS GER 49 AS 8 0 21 EA K9 AS 8 0 4 A o rT x 2 102 W AS 01 01 FRE HIE O BE WE BE OF 21 HH 9
197. 503 lt t ICRP1990 RS 2 2 1 SIERRA 2 21 NIS 420 HEHEHE EERO 4 2 23 ET E NEREYE ZPAPXPAL ZA w X GOHAN wl PX 059 wA wD PX oo10 20 z 920 242 Z0 2 1 dx 2 2 222 1 dxa x Ds 6192 1 X7 1 1 Z x 1 X
198. A 56 RECALO3_19B 1997 04 11 21 00 3 19 STERRA 2 57 SF6 1 000E 10 Bq h 6 32E 00 2 sw 35 2 00E 01 Bq m3 2 00E 00 1 92E 01 Bq m3 6 32E 01 2 00E 01 SSE 1 27 B SF6 HIESS 0 M A 1 ERSZ 2 8 09 1 7340 9125m 13600m 9375m 0 ppb 08 RAE 08 28 02 02 3 B 3 21 20 0 200 15 0 54 3 22
199. BLE ILEVEL1for LEVELI SDE y Si 7 SEE 2 1 1 IDIFFU for IDIFFU IDIVIDLfor IDIMIDL IGREFfor GREF EN ROEN TA
200. GP V 3 2 2 u S 475 3 E ERT lt lt lt gt gt gt Ds BE ER REER gt J 4 OHE 7 OF OF HF TEC AMT 805 1 lt 5 13 KATT SH QE TIVES T EIYE TA FOIN TREE 9 Beroa 7 REEDER _ gt lt 2424
201. neurpfr DPMAP_for DPMAP 22 KDE omeoafo 01008 hoowsrsr nconsr 7 ET EE S HEE EROS RODATAPf RDDATA __ IMETMSHfor IMETMSH MSHCHK for MSHCHK 3 PRISE AFIR TE
202. 0 ICRP1990 9 ICRP1990 Ja ICRP1990 ICRP1990 ICRP1990 ICRP1990 TCRP1990 ICRP1990 ICRP1990 L 1CRP1990 ICRP1990 ICRP1990 ICRP1990 ICRP1990 ICRP1990 CRP1990 29 0 ICRP1990 23 8
203. 0 05 2 5 1 2 5 2 i AXi AZ1 AXi u 24 0 5 0 5 AYi v At 24 0 5 0 5 Ali w Vs At 2KOAH KIAD 7 7 uv K 0 5 0 5 Vs 2 5 3 KDE Kernel Density Estimation Method KDE yi x y z2 1 Qx 1 x expl 1 20 y x X 9 Y 3 x expf 1 20 2 2 7 2 1 2 241 288 2 i xik y D 1 m9 2 X Y 2 1 25 g 2 709 2 5 BTMX x i x y 2 0149 i Bxposure rate due 07 expCgr 4zr BE Cy 2 dedydz 2 010 xd i BefW Eav K ua _ Building up Eef
204. 1 OHS 22 3 G a ARF ERE RRA lJ ER EW ERE lm 50000 6 j 7 J KREE WIF ORES OMINI 56 3Y 3Y Wty JY D 2 3 OK Ku 6 1 5 6 EADP ARIE m s 00 18 BU 5 C DEY Bq em3 6 00962 m3 h 400000
205. 1997 37 23 136 54 3 1 1 3 8 3 2 4 11 18 3 3 7 18 21 3 4 10 12 7 2 3 3 1 1 3 4 2 1997 1 3 8 3 5 1 E 3 8 2 1997 4 11 18 B 3 9 1 3 12 2 1997 7 18 21 3 13 1 3 16 2 1997 10 12 7 1 2
206. 57 1 28 3 27 32 1080 1086 1990 62 A lt gt 1 2 2 1 2 2 2 2 1 2 2 2 2 3 2 4 2 5 2 5 1 2 5 2 70 2 5 3 KDE 2 5 4 2 6 3 4 e e mege e 2 4 2 4 3 4 3 1 PC 4 3 5 2 3 3 1 2 3 4 5 6 1 8 5 1 5 5 8 3 9 HARREN 6 RAE eoe KIRE co lt 6 2 BRF SIRE oes 6 3 GPY 6 4
207. 6 1 6 EDIE HR 9 a E i 7 Y Mev photon Mev dis HEB m s oo BRAE i s BOOEOS um 10 x 100 00 myh po 000 e TOBE ka ja O e 2 OK D D 0K 3y 3Y O TERME FY EMELET TET FA 7 I AEE ste O
208. INPUT for INPUT GUI GRANDfor GRAND DPMAP for DPMAP s 7 NooNsrfor 2088 7 eueesr canpa TRAHOM NPG IDATCHK for DATCHK RDDATAfor RDDATA IMETCOfor _ IMETMSH for METMSH MSHOHKfor _
209. TJ4410 2000 001 2000 3 319 1194 4 484 9 Inquires about copyright and reproduction should be addressed to Technical Cooperation Section Technology Management Division Japan Nuclear Cycle Development Institute 4 49 Muramatu Naka gun Ibaraki 319 1194 Japan apan Nuclear Cycle Development Instilute 2000 JNC TJ4410 2000 001 2000 3 S IERRA 2 1 SPEED 1 BWS STERRA
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231. 61 1 2 3 4 5 6 7 8 9 10 SPEEDT 84 050 1984 BER 32 799 802 1990 Chino M Manual of a Suite of Computer Codes EXPRESS Japan Atomic Energy Research Institute JAERI M 92 082 1992 Yamada and Bunker S Development of a Nested Grid Second Moment Turbulence Closure Model and Application to the 1982 ASCOT Brush Creek Data Simulation J Appl Meteor 27 562 578 1988 Diehl S R et al Random Walk Simulation of Gradient Transfer Process Applied to Dispersion of Stack Emission from Coal Fired Power Plant J Appl Meteor 21 69 1982 AVF Y 41 777 785 1999 51 9 28 3 27 Kocher Dose Rate Conversion Factors for External Exposure to Photons and Electrons Health Physics 45 665 686 1983
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