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PNC-TN9410-87-206:1.34MB

1. PNC 19410 87 026 2 2 1 gm Gr Bah
2. PNC 19410 87 026 70 9 X D RADIOISOTOPES Vo127 p 367 1978 2 7 1980 3 01013070083 0128 p 658 1979 4 RM 101 1982 D 1985 6 Exi ERRE gt 2 1985 T Ge Li 7 PNC N941 84 71 1984 16 18 18 19 19 20 20 21 R H 7
3. 1 1 BE 0 5anOU xU Q 3 Z R 13 41 2
4. R 10 R R 4 3 Am 241 Cs 137 Co 60 1 MeV 18 2 cm 3 1 2 81 026 5 5 A E X 1 x H 10 20 30 45 60 80mm R 700 70mm 10mm 7
5. 5 7 7
6. PNC 19410 87 026 4 4 1 RM 101 0 3mm 10mw 70mm 0 5 15 30 50 80mm 90 M MASTER2 W MASTBR3 J 1 2 W MASTER4 11 12 4 1 1
7. 1 2 2 8 WA EURIBOR DRE S k 4 10 10 11 12 13 13 13 14 15 16 PNC 19410 76 2 1 dm 2 2 F 3 1 3 2 3 3 4 1 4 2 4 3 5 1 5 2 5 3 3 1 d 3 ci 6 T PNC 19410 87 026 1 r
8. TN Z Z DHR Z R Z R 4 3mm 2 6mm 4 2 2 MASTER4 PNC 19410 87 026 BOZHOC Sg 159 73 USES nisu sf EL 1061 R 2 6 17
9. 0 4 1 h dal 5 h dx 5 3 0 8 p 1 205 mg cm p 1 53 g cm 7 o 0 72 g cm p 0 40 g cm 2 UB K k L7 E 29 32 RI p 0 72 0 40 g cm 33 34 7 1 47 4 PNC 19410 87 020 6 Ge Li
10. A B 7 5 3 8 PNC 19410 6 33 3 31 7 9 O rh tx 7 RODBOT 7
11. 2 2 P Er hii E r h 2 h r 7 Tr R R amp E h f 2z r B r h dr zR 2 5 r PNC 19410 87 026 3 3 1 3
12. PLATB PIT1 10 Q0 7 PNC 19410 87 026 2 3 Gauss Xmax 3
13. 1 V x y z2 E 7 e x y z E 1 g B f x y z E dv 2 1 V amp E E 7 RD 1 2 H R an g RH f f f r E r 2 drdh 2 2 V 0 0 0 RHE R H E 7 7 Er 0 h A r h 1 H R g R H E f f 2z r E r h drdh 2 3 SH 0 0 l m 808 H 0 PNC 19410 1 6 6 R h f 2 f Er nm dh 2 4 S 0
14. 7 H Y 7 A exp Aso X 5 2 2 7 3 PNC 19410 5 x PNC 19410 6 ORK R h 5mm 5mm 1
15. RM I01 4 1 1 YHP 200 16S 9816S 6P 18 768kB 3 5 2 260kBx2 Ge Li 7 2 Ge Li CANBERRA 7229 7500 CLOSED B ND COAXIAL Wa 19 63 cW 20
16. 4096ch 7 7 7 3 LMRI 7 4 7 50 2000keV 7 7 7 432 7 ANAL
17. Nal T1 7 7 7
18. R H 19 Gauss 19 Am 241 59 9keVW Gauss 1 mm Ganuss Y C i C exp Ca R C4 5 1 5 1 3 25cm 3 25cm 21
19. 32 32 1 4 PNC 19410 87 026 8
20. 4 A acos asin 0 sinf Cos sinf sina cos cosa COS sin sina cosa 0 0 m 1 n Z Zn X X a Qo cos l A n sin GAEREHUCUDTZEBEZG6OnE s ABOHB T l ag A A LN A s AA s 5 A MT 0 S 0 9 1 0 0 0 1 0 0 0 0 0 i C2 2 0 2a2 S2 C2 0 S202 0 0 0 0 0 0 1 Ca 5 0 sas 93 s 0 Ssas 0 0 1 0 0 0 0 1 2 A Ce s T S 6 m D C cC m Ba py Pz 1 4 Se 8 0 Si 0 0 0 0 0 0 S s 0 Cs 1 0 0 0 Ses Cs 0 0 1 0 0 Us d x ay 0 az 0 0 050 n sin n 6 Ci Casa Cs Cs Sos S C234 Cs Cg S234 Se Sg S234 Cs Cg C234 Ss C Cn Sn TT T n x n Os s Se Sie C
21. PNC 19410 87 020 1 1ER 0 5mm D O R 2Z 14 4 2 4 2 1 15 5
22. DIR IE TM fruc TARDE IIIIII 0 edt 7 1 Z d OO Zr Fi 1 j BREA DATININ CD ov a Maa amni P 3 3 a s NI REE RSNA TT RM HI NS SSRN 3 d 206 PNC 19410 87 026 JM a R y F 2 8 7 Ge S C ed to 4 49 Muramatsu Tokai mura Naka gun Ibaraki 319 1184 REYA Japan Nuclear Cycle Development Institute aco SS edi 2 T T 319 1184 ye yi puspa AEEA EAS Inquiries about copyright and reproduction should be address Technical Cooperation Section Technology Management Division fapan Nuclear Cycle Development Institute Japan JE OR Z 0 7 Ge Hi gs OE w d HERB H LEX BE 5 UC h TBA RE Fi 7 7
23. PNC 19410 87 026 1 2 3 4 5 5 PNC 19410 87 026 1 B H E jE E 240 A120 1 7515 18 75 M ROLY BASIC Eh E BH 75 45 Assembly 75 B ES A 100 gt 8 60W 2nm 500g 7cm E 2 PNC I9410 87 026 3 4 7 Bq keV 4 I 271 77 om oe 122 0614 85 68 Co 57 3 906 x 10 136 4743 10 67 1173 208 Co 60 9 191 9 004 x 104 1332 464 898 021 1 88 106 62d 4 619x 10 1836 014 NOTE Reference time Am 9Cd 139Ce 57C0 6 29 01 1985 at 12 00 SANES 3 Mn i 6n 557n Co 03 01 1985 at 12 00 08 01 1985 at 12 00 9 PNC 19410 87 026 5 6 960 8 1 90 7 2 e 0 40 keV 122 1 136 5 165 8 320 0 1
24. R Z START A 7 R MCA um z Za 9 r 3 PNC 13410 87 026 ab S 5 START auss auss 10 3 M MASTER2 E 1 260 250 240 230 220 210 200 190 180 170 160 150 140 10 120 110 0 210 PNC 9410 87 026 wN R 70 R60 R 50 R40 R 30 R 20 RHO R 10 R 20 R 30 8 40 R 50 R 60 R 70 a e s lt w re 960 48 1 4 100 10 80 90 30 15 ci 120 2 N wW 7 S 2 M _ A N i N N N
25. 70 60 50 40 O 8 8 8 di o u 8 8 Ou G o m 8 P 0 e o o a 3 e On O m 6 o o Ong og o au ov g o a o 20 10 0 10 20 30 16 16 30 40 50 50 10 960 48 1709 B 17 8 960 248 1 98 9 Cs 137 86 O Am 241 59 5kel D Co 60 1332 7 Ge Detector j p ec ec E p 0 1 3 4 9 6 7 4006 5 A4 DISTANCE OF THE DETECTOR cm 18 EFFICIENCY OF THE DETECTOR PEAK PNC 19410 87 026 Am 241 59 5keV PERK EFFICIENCY OF THE DETECTOR DISTRNCE OF THE DETECTOR CENTER cm 19 Gauss Am 241 Cd 109 88 0keV PERK EFFICIENCY OF THE DETECTOR DISTRNCE OF THE DETECTOR CENTER cm B 200 Gauss PNC 19410 87 026 Co 57 122 1keV PERK EFFICIENCY OF THE DETECTO
26. 1 3 4 5 6 7 8 DISTRNCE OF THE DETECTOR SURFRCE cm 21 PNC 19410 87 026 PNC 19410 87 026 Co 57 1221161 Y R1IWEXP R2uX Rl1 1 4913E 91 R2212 9183E 81 e PERK EFFICIENCY OF THE DETECTOR 1 2 3 4 5 6 7 8 DISTRNCE OF THE DETECTOR SURFRCE cm 21 Co 57 136 C R23X Al 1 3759E 81 A2 2 BB94E 91 L PERK EFFICIENCY OF THE BETECTOR 8 1 e 3 4 5 B 8 DISTRNCE OF THE DETECTOR SURFRCE cm 21 48 Ce 139 828 Ri 1 4335E 81 R2 2 39572E 01 Ba PERK EFFICIENCY OF THE DETECTOR 0 1 e 3 4 3 amp 7 8 DISTANCE OF THE DETECTOR SURFACE cm 21 Hg 203 61 Y B13EXP R2 X R1 8 3572E 2 R2 2 93868 91 PERK EFFICIENCY OF THE DETECTOR d 9 1 2 3 4 5 5 7 8 BISTRNCE OF THE DETECTOR SURFACE cm Bl 216 40 PNC 19410 87 026 50 1183 61 Ys LSEXP 823 81 9 B82bE 02 R2212 95880 81 B 1 2 3 4 5 6 7 8 BISTRNCE OF THE DETECTOR SURFRCE cm E 210 Sr 85 514 0 Y R1XEX
27. 2cm 22 4 9 Ge Li Am 241 59 5keY Gauss 23 lt 25 10 20 30 40mm 10 20 mm 22 1 53 g cm 0 72 g cm 0 40 g cm 3 Gauss Ge Li f amp HHR O ru b ng y CES ned oun 26 28 3 25cm 3 e 93 1 5 2 x 0 4 x h
28. IBBEE 81 PEAK EFFICIENCY OF THE DETECTOR 8 1 c 3 4 3 B 0 DISTRNCE OF THE DETECTOR SURFRCE cm 26 7 5 5 PNC 19410 87 026 Am 241 YeRIXEXPC R23X R1 t5 4295E 82 12 3 4642 01 i PEAK EFFICIENCY OF THE DETECTOR o B 1 uJ 8 1 2 3 4 5 8 7 8 DISTANCE OF THE DETECTOR SURFACE cm 27 79 fm 241 59 5keV Y R1 EXP R2 X R1 5 1813E B2 R2 3 1873 1 gt PERK EFFICIENCY OF THE DETECTOR 9 1 e 3 4 5 5 7 8 DISTRNCE OF THE DETECTOR SURFRCE cm 28 t 2 H E 29 ENERGY MeV 1 0 0 1 N I 4 80 38180 JHL AO 1 XVdd 5 8 10 PNC 19410 87 026 3 1 205 mg cm g 7 4 x A El 30 ENERGY Mey 1 0 0 1 eT Q wq 801318130 FHL HD 00110 1 5 9 1002 PNC 19410 6 1 53 p 960 0 1 4 p 0 72 g cm 1 0 MeV 0 1 ENERGY i 10 1077 PEA
29. 834 8 898 0 1332 5 1836 1 ggg a a afin fen fes ke jen ee he pen en Ten o Da e Fa Jem on ASIE AR BE Sa 2 BR 8 n xi 24 24 29 20 21 21 28 20 30 31 32 33 94 39 36 3T 38 39 40 40 47 04 99 96 96 E BH se RM 101 7 M MASTER2 M MASTER3 5auss Am 241 enn PNC 9410 87 026 p 1 2 x 3 4 5 6 T 8 Ed 9 Bj 10 11 E 12 E 13 B 14 E 15 16 17 B 18
30. E OF THE DETECTOR SURFRCE cm 214 8 88 1835 0ke9 4EXPC R23X R12 1 25B8E 82 Re 2 233E 81 i PERK EFFICIENCY OF THE DETECTOR 9 1 e 3 4 5 5 7 g DISTRNCE OF THE DETECTOR SURFRCE cm 21 2 Ek 2 2Z BHS PNC 19410 87 026 0 1 0 1 LLL SS SSS SS SN Z PNC 19410 87 026 Z LLL 7 lt 7 ZZ NS NN Z A Ge Detector i 04 Qo 22 PNC I9410 87 026 Am 24 59 5keV PEAK EFFICIENCY OF THE DETECTOR DISTRNCE OF THE DETECTOR CENTER cm 23 Gauss Yl 25 1 Am 24 59 5keV PERK EFFICIENCY OF THE DETECTOR DISTRNCE OF THE DETECTOR CENTER cm 6auss BIER Z 4 gt Z v Z 3n 24 5 pb PNC 19410 6 Am 241 59 5keV PERK EFFICIENCY OF THE DETECTOR Ge Detector DISTANCE OF THE DETECTOR CENTER cm El 25 Gauss Am 241 59 5ksV YsRLuEXP C R23X 2 5 2685 81 R2 5
31. Ed 19 BEl 20D 5auss 210 0 Gauss TISYA Gauss TIIA con 6awss 2 7b ttt t t t t n E 22 Bd 23 24 25 E 26 7 SEL 38 99 60 61 62 MA eee 7 792 IIM e 2 0 0 4 2 93 PNC 19410 87 026 B 27 Ed 28 210 ij 30 31 32 Ed 33 PNC 19410 87 026 V Sample Volume R Sample Radius S Sample Cr
32. F THE DETECTOR CENTER cm N 20 5auss 1 88 898 keV PERK EFFICIENCY OF THE DETECTOR Ge Detector DISTRNCE OF THE DETECTOR CENTER cm 20 6auss Zn 65 1115 5keV tt er em pes a PERK EFFICIENCY OF THE DETECTOR pe Detector DISTRNCE OF THE DETECTOR CENTER cm 20 Gauss 5 4 PNC 19410 87 026 PNC 19410 87 026 Co 60 1332 5keV PEAK EFFICIENCY OF THE DETECTOR Ge Detector DISTRNCE OF THE DETECTOR CENTER cm N 20 6auss Y 88 PERK EFFICIENCY OF THE DETECTOR DISTRNCE OF THE DETECTOR CENTER cm 20 Gauss 46 fm 24 59 5keV Y RI EXP R2xX Hte 5 7539E 62 R2 2 4477E 81 PERK EFFICIENCY OF THE BETECTOR g l 2 3 4 5 6 7 B DISTRNCE OF THE DETECTOR SURFRCE cm X 210 Cd 109 7 8 Y RLSEXP 828 Hle 1 351cE 81 R2 t2 BB 4E 01 PERK EFFICIENCY OF THE DETECTOR
33. K EFFICIENCY OF THE DETECTOR 0 9 960 18 1089 e 0 40 g cm MMS x h 1 Te h 3 h 4 5cm 107 0 1 1 0 MeV ENERGY B 32 2UT PEAK EFFICIENCY OF TIE DETECTOR p 0 4 33 ENERGY MeV 1 0 1 2 80104180 AHL dO 0 88131843 100 PNC 19410 87 026 64 64 65 65 Y 7 PNC 19410 6 1 2 3 4 PNC 19410 87 0206 MC 0 A mi 3 7 7 65 PNC 19410 87 026
34. ME d 5 be N s N m m lt s Dn lt a 4 B 77 e e N pem Dai 40 o D ae ku D Bc n iM Ce mara B ap arme 33 _ as m ce Re BN E n qem m EST o _ e PREND s a S as i a n R 70 60 8 50 8 40 8 30 8 20 10 R 10 R 20 R 30 R 40 R 50 R 60 8 130 270 2800 250 240 230 220 210 200 190 180 170 160 150 140 B 12 M MASTER2 E PNC 19410 87 026 E 13 PNC 19410 87 026 LLL 14 35 PNC 19410 87 026 D M MASTER2 Q M MASTER3 M MASTERA QD M MASTERA MA 15 3 6 960 46 1 0 EAS J 8 8 4 Y F 80 60 45 30 20
35. PC R2X 81 727 R22 2 93527E 81 6 1 e 3 4 5 5 7 8 DISTRNCE OF THE DETECTOR SURFRCE cm E 21 iB SR RO C 2 ERIE Bh lt B8 06 1 ra PERK EFFICIENCY OF THE DETECTOR i PERK EFFICIENCY OF THE DETECTOR PNC 19410 87 026 Cs 137 0 LEXP 620 4548 02 81 3 R2 2 8253E 81 18 2 PERK EFFICIENCY OF THE DETECTOR tw B l 3 4 5 B 8 DISTANCE OF THE DETECTOR SURFACE cm B 219 Hn 54 8384 8keV f Y R18EXP R2 X Alat 8124E 02 82 2 84336 8 1d 2 B 1 e 3 4 5 B 8 DISTRNCE OF THE DETECTOR SURFRCE cm 2140 5 1 PERK EFFICIENCY OF THE DETECTOR PNC 19410 87 026 PNC 19410 81 026 Y 88 8 1 Y R1IsEXP ff2 X R1 2 4182E 92 2 8852 1 2 8 8 2 PERK EFFICIENCY OF THE DETECTOR i Br l 2 3 4 5 6 7 8 DISTRNCE OF THE DETECTOR SURFRCE cm 21 Zn 65 1115 Y2R 1 4EXP C R23X 8 2 8962 42 R2212 84 4E 01 PERK EFFICIENCY OF THE DETECTOR 8 1 2 3 4 5 6 8 DISTRNCE OF THE DETECTOR SURFRCE cm E 219 5 2 Co 60 8 YeRLIEXP 825 81 2 R2 2 S543E 01 PERK EFFICIENCY OF THE DETECTOR 0 1 e 3 4 J 5 8 DISTRNC
36. R DISTRNCE OF THE DETECTOR CENTER cm 20 Gauss Co 5 136 5keV PERK EFFICIENCY OF THE DETECTOR HISTHNCE OF THE DETECTOR CENTER cm Bl 209 Gauss 4 PNC 19410 87 026 Ce 139 1 PERK EFFICIENCY Of THE DETECTOR DISTRNCE OF THE DETECTOR CENTER cm 20 Gauss Hg 203 2617 PERK EFFICIENCY OF THE DETECTOR DISTRNCE OF THE DETECTOR CENTER cm 20 6auss 2 PNC 1410 87 026 Sn 113 391 TkeV PERK EFFICIENCY OF THE DETECTOR Ge Detector DISTRNCE OF THE DETECTOR CENTER cm 20 Gauss Sr 65 9514 0ke9 PERK EFFICIENCY OF THE DETECTOR Ge Detector DISTRNCE OF THE DETECTOR CENTER cm 20 Gauss 4 3 E PNC 19410 6 Cs 137 65611 PERK EFFICIENCY OF THE DETECTOR ge Detector DISTRNCE OF THE DETECTOR CENTER cm 20 auss fn 54 834 8keV PERK EFFICIENCY OF THE DETECTOR DISTRNCE O
37. a S1 Ss 0 S C234 Cs Se Sas Cc Si Ss pz 2 5234 Cs Se C234 Ce Ci C234 Ss S Cs S C234 Ss Ci Cs 234 95 C Cosa aa C23 as Ca az 1 LC234 aq C23 as C2 ag 6 y PNC 19410 87 026 PNC 19410 87 026 fe 234 84 S23 t 2 CE Cos4 c COSCO E OF Oa Saaa Sin O s 0 4 a 240 mm mm 200 aa 150 6 P RY 4 0 Trans Px P Pa cos sing sin sin cos coso cos cos sinf cos sind sing PX sin cos sinQ sin O sing cos cos sing Sin cose cos cosi Py Sin cos sino cos O cos o P 2 0 0 l z ZVFOy 875 8 O il FE x Px Py Pz X P RY 0 9 Y rans Px P Pe Ts 3 1 0 Px Py P 09 9 3 2 2 My lv FD
38. oss Section Ge Detector 1 Ge Point Source Ge Detector 2 960 248 1 1 Micro Robot 9816S RM 101 MC 68000 lt GP IB Memory L H Source 168kB GP IB IF 8 oj o pM H dw Floppy Diskx2 Display Lu Contoroler metes GP 1B z 39 RENEZ gt BE e G 6 PNC 19410 87 020 170 200 5 y 100 204 Power Switch B A PNC 19410 87 026 5 6 E 7 PNC 19410 87 026 PNC 19410 87 026 A J Eu p eh E S 45 S 2 2 Z a s P 2 Q 2 Je im ge 8 RM 101 2 PNC 19410 87 026

PNC-TN9410-87-206:1.34MB

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