はじめに - WiZ 専門学校 国際情報工科大学校
Contents
1.2.
3. 25 2 14 15 2
4. 3 52 I 24 11 20 6
5. 100
6. I 4 a 5 1
7. 50cm 1m 23 8 26 23 452 1 Sv 50cm 1m 1 p Sv h
8. NPO 20
9. 2
10. 124 1943 1954 3 3 1 19S0 60 196S KC
11. 2 24 4 2 20
12. IN 6 ASEAN
13. 34 Www es RN
14. EC 5 EMH 31 I
15. I
16. SNS 27 I
17. 5 6
18. 9 7 I 11 3 182 AR 4 CK 12 11 14 17 30 38 I 24 10 25 4 Ri 24 10 25 17 30 WiZ 204
19. ND 36 I 0V GM
20. SO 6 143 1 eS 2 Dy Cs WD 1 Ds OI
21. 1 2 61 I 28 2 18 3 5 gt
22. 1 1 2 3 25 JA
23. 1 99 50 50 8 4 5 1 1 60 2700
24. X 2
25. Web Ba Web
26. 1 6 17 6 18 NaI TD 6 19
27. 9 49 I 134 137 y 8
28. 1 2 3 5 2 59 I 1 1 25 2
29. 1 1 Nalt Nai 2 5 5 1 148 2 1
30. 2 3 1 2 2 2 2 1 15 10 15mm 141 2 2 2 No 7
31. ServeyMonky 1 GA 1024X768 pixel Windows Windows XP Windows7 Internet Explorer 8 9 Mac MacO0S 10 68 2 Safar16 0 2 1Pad iPhone 10S6 0 1 Safari 180 IV
32. Q2 Q2 Q7 2 1000 25 2 8 2 22 FAX
33. 1 1 2011 1 13 gO0Bg 1 1 1 1 5 200Pq 3 131 Td x 10 200Bq x TA x TO Dg he 1 5 x TO te
34. 3 11 1 42 I 24 11 6 Ri 5 24 11 6 17 30 lt WiZ 204
35. 5 6 1 2 10 1 29 6 2 12 2 14 15 gt le 75 I 25 1 29 10 EN 25 1 29 17 30 WiZ 204
36. 164 Cs 137 662keV K 40 1 462keV
37. 1 2 1 0 1 0 2Sy 2012 Pt es ee
38. 166 4 10Bq kg Ge 1 1 1Bq kg
39. 2 1
40. 2 1 19 I
41. PC 128 Ge 1 AkWin Start 3600 Stop AkWin Backgsround Control 0 K NG 2
42. 1 6 24 50 3 xX 5 15 WHO ICRP I 3 X2 6
43. JA 4 I 1 2 1 3 3 cps cpm eV DI 131 2 Cs 134 3 Cs 187 4 Sr DK I S v Bo 1 1 2 Bq Sv 3 1 2 3 4
44. 158 1 a b GM ec I NR he rod BR
45. 1 C D 2 1 GM GM NaI Na
46. a OE TO EE 125 2 25 2 15
47. 2 000mSv 0 15 0 2mSv 6 8uSv h 4 19 1mSv 20mSv 100mSv 1000mSv 2000mSv
48. 152 Nalt Na GM GM 1 2
49. 3 11 20 Q amp A
50. GM 90 0 40 50 2 0 1 Sv h GM
51. 2 30kg 1 4 7 NaITD BGO PIN CsITD BGO
52. CN 5 4 lt gt 4 6 2 14 15 FAX 2 14 15 JA 2 2
53. 3 Ge 2 13 1 WEB 2 14 2
54. 2 ATOMTEX Nal TI 23 7600 44 I 2 11 19 20 21
55. 2 1 14 3 Ge 24 3 Nal 2 2 100Bq kg 100Bq kg 100Bq kg 100Bq kg 2 3 30 O
56. JA 1 500 600 2 4 23
57. I 2 py 3 NPO 4 gt
58. Q7 1 0 0 1 6 0 0 0 7 0 1 0 6 1 174 oN Q8 1 0 0 28 6 57 1 14 3
59. I I 1 I
60. 1 2 5 2 5
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62. 8 7 rnd NN 1 pg ppp hh J Jcss EE 5 tyWA137 IE BOTTOT ver 3 201 V lt
63. 0 CO CO DO MD 172 Oo OO 4 gt Q4 28 6 2 0 0 0 28 6 2 57 1 4 14 3 1 14 3 1 0 0 0 42 9 3 0 0 0 7 0 57 1 Q5
64. 1 ee 2 3 5 Xs 10 20 4 54 I 5 A4 2 4
65. 151 C D 3
66. 4 1 25Bq kg 3 3 99 7 99 7
67. 1 150 2 Nal 1cm 50cm 1m Nal 10 1cm 30
68. 1 1 2 3 4 5 6 5 64 I 1 1 gt 2 1 2 JA 3 1 2 2 14 15 4
69. 50mm 76mmX X 76mm 3 X3 NaITD 1 000 4 6Bq kg 167 1 1
70. 1 I
71. 0 5 162 4 3 30
72. 99 100 1 25 2 14 15 10 00 16 00 1 sV Bq Bq sV 5
73. 1 2 5 4 gt 4 6 2 14 15 FAX Fg J 77 I 1000
74. 4 6 62 I 10 10 2 1 8 1 8 5 1 15 9 1 22 10 1 29 63 I 25 1 8 8 25 1 8 17 30 WiZ 204
75. 1 3 2 Cs 184 Cs 137 Na TD CsI TD CsI TD OE A Cs 137 662ekv Cs 134 569keV 605keV 796keV
76. Ge Nal AKP Atom Komplex Prylad LB2045 7Y 7 1Bq kg 10 0 1Bq kg 30 10Bq kg 0 4 FWHM 7 5 FWHM 127 4
77. JA 2 1 2 9 1 22 10 1 29 6 2 12 2 14 15 2 26 28 2 18 ls 70 II
78. 5 500 600
79. 1 2 5 4 lt gt 4 6 2 14 15 FAX 5 250X 2 18 80 74 I
80. 18 I 2 20 2
81. Se 1 2 F AX 3 uchida akira nsg grJD FAX 024 941 3 8 3 3 2 4 15 TEL 024 941 0010 FAX 024 941 3833 72 I 25 1 22 9 25 1 22 17 30 lt WiZ 204
82. ER 3 5 6 17 8 1 102 lt gt 5 5 1
83. 2 3 1 7 U Pu 2 y 1 eV 2 Bq 3 m2 J m 4 Gy 5 C kg 6 Gy 7 1cm SV 109 4 7 1
84. 8 2 U 8 U 8 100mL Cs 137 4 Ba kg 100mL 50O0 2000mL Cs 137 0 4Bq kg 2000mL 5000 8 3 K 40 1461keV b Cs 134 Cs 137 K 40 y 8 4 y F el prt _ IN iN i HH NM 1 HH 10 7 MeV A9 7 MeV y 3 p21
85. 193 IV 1 es 1 1 2011 DP802i 3 1 11 6
86. nn hhp A 8i X W X Es 160 As Bq cm2 n s1 cpm min1 60 np s1 cpm min 60 sj W cm 2 gs ng 100cpm m 1 100cpm amp 0 4 es 0 5 W 20cm2 1 000cpm 60 17 s 40 s 1
87. 3 6 2 10 16 1 7 3 0 20 I 24 9 25 2 EN 24 9 25 18 30 WiZ 204 _ 1 2 3 4 5 21 II 1
88. CRP Pub 60 p 438 445 1 2002 2003 3 ICRU 1g cm3 30cm RS 3 ON 6 x KN 1 ICRU ee pa O TICRU D9 d P P H d 1 ICRU ICP falMliialim 0 ICRU 14cm 1cm 1cm 1cm 0 07mm 0 07mm
89. FAX JA 10 2 12 4 17 30 I 24 12 4 7 24 12 4 17 30 lt WiZ 204 _ 1 2 8 G MY 4 2 56 II 1 1 1
90. gt 1 7 I 8 1 21 3 10 4 2 2
91. 2 11 11 26 1 10 1 21 3 JA 10 2 gt I 1 1 2 2 3 3
92. pe 2 153 RE
93. ee Er Tr a LN 21 7 35 I 11 1 10 20 lt gt
94. 1 2 3 39 I 1 gt 1 2
95. 2 3 cps cpm eV Bq Sv GM Ge GM 1cm 50cm 100cm 2 7H Nal Ge
96. 5 6 ch 7 8 9 10 177 TV 178 IV 1000
97. 2 X24 365 MS
98. 10 00 16 00 1 Ge Nal
99. Nt NalTD Ge IO 2 126 1 Cs134 Cs137 2
100. 20 24 I NO 20
101. Sv NaITD GM NaI TD 154 Cs 137 1 0 X 1 0 1 0
102. 28 I A B 134 137 a y
103. I 7 a a EE EE EE EE LE 8 Fr gt 9 9 9 4 8 8 9 PE lt a LE LE EE CE PE
104. DN SPEEDI TICRP WHO 32 I 24 10 16 2 24 10 16 17 30 lt WiZ 204 NPO
105. Co Q11 2 2 1 4 176 x 1 CR 2 Sv 3 8 1 2 4 1 8 4
106. A Sv h 100z Sv h NaITD 2 1 8 0 05p Svh Svh Gyyh JIS Z 4325 7 Svh
107. 10 00 16 00 1 Bq sV cps cp m eV Ge Nal 20 2 2 2 2 1 9 3
108. 500cpm 8 146 U 8 eT U 8 h 6 i Ls Ge 147 23 8 26
109. JA 2 gt 3 4 S
110. 5 WHO 16 I
111. 2012 4 23 6 21 poe i em 20 000 80 000 OO sOO 000 ON ION ON ON 40 OW CON 70 ON ON 00 om er es mo mm xm 115 siom Wm so om 15cm 19 670Bq kg Sahg 1Scm R 6 mo 2000 OO 000 mI CN ON OW 3OW a0 SOW SON OWN aw 90 100 EE sn nr Mn sm son 42 sem ine 15cm 10 0408q kg oisor ear 1Som 8 mo mo 30000 soo 50000 ON 30 3M JO 40 OW GON ON mw wow 100 a i Sm 1 _ 21 mm x siocm Wn saom 3035ow io 30 35m in 15cm 9 890Bq kg 12 1
112. NaI TD 0 1x Sv h GM Si GM 0 1SV h 100mSv h S8i GM SvVh
113. CN 2 EM 7
114. 2
115. 2 6 1 13 I 24 9 18 1 24 9 18 17 30 WiZ 204
116. 2 3 135 5 1 2 12 I
117. 2 lt gt 15 1 30 3 2 1 2 2 2 3 4 24 24 18 24
118. ELY 25L1 3 1 list 9w 13L Ea 134 PH Hp 137 2D Ha EE 1 SB 134 19 OSSWB E00 Bq x 22 x WO SH 200 Bq x 15 x 16 SyBq B XX 13 10 SB 20 roy GLY 5 LT 137 2 32 32 1000 Bg 137 LL 1 3 x 8 5WY 4 Tr kEm REI m x sw 1TTRB m 1 jirg rh Pawmh yy EB ms Eo i Ft Qo a
119. OmSy 0 1mSy lt 2012 4 29 0 0 5 20 100mSv 1 gt 0Sv 1mSy lmSv ii te gi 1 SmSv A
120. cm 163 1 100Bq kg 2 1 50Bq kg 50Bq kg
121. 2 gt 1 20 2 4 1 2 144 3 4 1 Er 4 FI RL
122. gt gt 23 I gt 5 10m 10 11 10
123. S S 4 1 21 2 2 7 I 11 29 30 2 Sv Bq keVl Ch l
124. 4 3 10 9 1 20 34 I 2 2 3
125. ss i 5 30cm 106 0 scm 5 10cm 10 15Scm 15 20cm 14 23 7 6 RI Me IMII 60 3 TEES gt ET Te 137 EE Er Ra moo NL Tkg MD 354Ww 7 19 8
126. 4 2 6 LZ 2 30 I
127. 10 00 lt 16 00 1 sV Bq Bq sV cps cp m eV Ge Nal 20 2
128. 1 es 1 4 145
129. 42 9 3 57 1 4 4 7 0 ml 173 Q6 1 28 6 2 28 6 2 42 9 3 3 7 0 1
130. 2 a b 3 lt JIS 2 4504 gt 400keV 0 5 150kekV 400keV 0 25
131. 2 2 10 168 3 1 Q1 2 Q2 1 EO A 1 Q3
132. 18 36 1 9 6 A B C 2 C 2 B 500 9 5 A 1 gt gt 2011
133. E 1 3 5 2 73 I 1 1 gt 2 1 2 JA 3 1 2 2 14 15 4 lt gt
134. N PO NPO 1 2 3 4 5 6 14 I 1 4
135. 4 ABC A4 A4 4 160 2606
136. 1 76 6 111 22 1 32 0 7 1 0 7 1 145 3 1 1 0 1 1 Q10 1 69 0 100 30 3 44 0 7 1 145 31 1 1 191 WV Q11 1 31 9 46 18 1 26 47 9 69 2 1 3 144
137. 569keV 605keV 662keV 100Bq kg Cs 134 Cs 137 Bq cps Cs 187 COs 134 Cs 187 2 Cs 134 Osa194 Cs 187
138. 0 3 gt 300Sv h 8 HV DO OV 3 4 Bq cm 50 0 5 19 6cm Cs GM 0 022 60 270 FH ER EH ey RL et LE RN lt OX 240 AN 19 120 ee NCCE ITE SS 210 so GM TGS 131 137 3 8
139. 2 1 3 2 J 1 2 60 I 3 2 10 00 16 00 1 2 2 7 8 2 14 15 1 5
140. 50 70 1 50 6 4 Sr 90 29 49 18 1 131 8 120 8 Cs 134 2 200 157H Cs 137 30 70 70 Ra 226 160O 15 4 Pu 239 24000 100 100 6 5 tt PM Bo RAW I 129 1570 1 1x107 3 6x10 131 8 04 2 2x10 7 4x10 133 20 8 4 3x10 1 5x10 Cs 134 2 06 1 9x10 2 0x10 Cs 136 13 1 3 0x10 2 8x10 Cs 137 30 0 1 3x10 3 9X10 Sr 89 50 5 2 6x10 7 9x10 Sr 90 29 1 2 8X10 1 6x107
141. DVD 20 I 3 1 6 2 0 0
142. 3 1m 50cm 3 10 380
143. GM Na 1cm 1cm 50cm 1m Na GM 2 1 2 3 1 GM GM 3 3cm 10 1cm
144. 50cm 1m 3 50cm 1m Nal 3 50cm 10 50cm 1m
145. 3 Q7 1 i ODO D oO oO oO 170 4 Q8 1 NRN Q9 1 IO Q10 Q11 171 Q2 1
146. 4 11 2 5 6 2 12 2 14 15 3 5 79 I 25 2 5 11 EN 5 2 5 17 30 lt WiZ 204 i
147. 5 10 156 GM ee ee I ed nde ht id
148. Sv Bq 2 4 FAX 2 4 12 14 17 30 58 I 24 12 14 4 24 12 14 17 30 lt WiZ 204 NPO
149. 34Cs y 139 0 3 1 5 4 24 3 15 24 3 15 0315 1 4 4 140 1 Cs 134 Cs 137 2 2 1 24 1
150. 1 Sv h 1Sv h HV 3 5 Imn 50cm O 1 D 6 b Cs ABS ABS ICS 323C 138 Nal TI x1C 1 5 CS 3 5 4 1 0 05 0 100 200 300 400 500 a Ge b NaI T Ge Li NaICTD
151. 155 cpm Sv h GM 6 NyY
152. No 7 X O 2 2 3 ND Cs 134 Cs 137 1 5 Cs 134 Xi34 Cs 137 Xi3 X Xi34 Xi3 75 125 X jz gt 10
153. 34 370 1 A 5 2 1 2 10g 30 90 C 60 40
154. 7 8 5 7 3 XX mSv Gy GM GM X y y Sv cpm Nal TI y X Sv Ba cpm lt ZnS Ag a cpm BFs He cpm zSv GM o 125 GM GM 7 9 7 2 1 1 2 2 1 N
155. 1411 3 aa 1 3 2 4 1 Y 104 3 15 NOAA HYSPLUIT MODEL Forward tralectories starting at 1200 UTC 14 Mar 11 GDAS Meleoroloowcal Dala i 37 42 N 141 03 E 15 12 15 9 15 6 21 35 3 Meters AGL Th tat F742139 in 14103911 Meoht 3 m AGL Orecson fore Durasen 20 nm Cakeukaeon thoses vemce eeeny Os Mar 3011 GDa31 ls 0001001 02002 03003 04 04 050050560050700 08008 09W09 10 D1015s 15 20 N2025025 90 W3035 835 4084045845 5085 hp FB i SN micrcSohoy 10 http JAwww nnistar comfgmap fukushima htrm
156. 25 I 24 10 9 3 24 10 9 17 30 WiZ 204 lt 1 2 26 I 1 geo WHO ICRP
157. GM GM 2 TI 204 764keV CI 36 709keV Cs 184 658keV Cs 137 514keV C 14 156keV Pm 147 147 224keV H 3 18 6
158. 2 3 46 I 1 4 0 25 1 2 3 1 2 3 2 20 1 A4 4C
159. 7 2 26 We 1108 4 1 s a es Iie RE EE OE 2 97 I
160. cps cpm eV DI 131 2 Cs 134 3 Cs 137 4 Sr 5 K 48 I II Sv Bq 1 2 2 Bq Sv 3 1 2 3 4 oh 1 2 Gy Sv
161. DVD 2 3 20 29 I 2 3 B 18 3 16 4
162. 5 4 6 gt 4 lt gt Ql 02 1 2 Q3 Q4 Q4 Q3 82 I
163. ee Sv AN A GM
164. 134 137 Vs 50 I 10Bq lmmSv 1 100 K
165. 2 ND 20Bq kg 142 3
166. 61 II 1 2 IV 1 2 1 3 1 2 3 4 5 4
167. 2 1 aGM b eSi 2 GM GM 3
168. 3 1 131 160PBq 1 6 x 1017Baqg 500 1 5 x 10 19 8 04 131 H23 6 6 3 2 Bi 214 Y Cs 134 131 Ra 226 Ss 3 3 Cs 134 Cs 137 1 0E 03 Cs 134 3 19 1 0E 04 Cs 137 3 19 Cs 134 10 1 1 0E 03 Cs 137 10 4 E 1 0E 02 1 0E 01 se we 1 0E 00 0 2 6 cm 3 4 Cs 134 Cs 137 1 03 Cs 134 Cs 137 3 15 6 14 9 13 12 13 3 13 0 12 9 11 119
169. 50 La V 95 II EE ET 1 2 0 tem GOH rm pn GO ns ee VI 7 a 1 1 4i 0 0 6H I DD
170. 4 es 0 oO oO powo oO oO oO oO 2 169 Q4 O Q5 Q6 1
171. 6
172. Ge Ge 190 2 Ge 15 T 1831 Cs 137 1 1Bq kg Ge
173. cps cp m eV Ge Nal 20 2 2 2 2 1 9 3 1 2 101 1 25 2 14
174. gt 10 189 NY Q7 1 1 10 3 15 1 1 26 2 38 1 9 0 13 1 29 0 42 1 8 3 12 17 2 25 0 0 0 145 31 1 1 0 11 17 Q8 1 79 2 114 20 8 30 0 0 0 144 32 1 0 190 WV Q9
175. 1 2 3 33 I 1 2 9 25 1 10 11 12 1 2 2 3 20
176. 3 AkWin Properties Processing Measurement Line Sample Geometry Comment Analyzer Properties AkWin Start 4 AkWin Activity Protocol AkWin Printer 129 Nal 1 Measurement Total 3600 Start PC J
177. Nal Ge 1 2 68 WE Te TO Bq x 13 x Ot Bg 1 3 x WY 5 OT mY Tom Y lt lt
178. I ed Cs 137 Cs 134 1 1 Cs 134 Cs 137 796keV Cs 137 1 1 Cs 134 Cs 137 165 569 796keV 80keV 540 830keV K 40 K 40 1461keV
179. 2 GM 3
180. 2 8 1980 55 10 2012 4 1 JAEA y X 8 196 V
181. i 1 3 4 5 2 3 4 76 I 1 1 gt 2 1 2 JA 3 1 2 2 14 15 4 lt gt
182. 7 Nal BG 30g Sv h HV EE 3 4 Cs 0 1 TS pl 0 gt G 1 SIG EE Se peliy Nal T TOS 172B Im 50cm 136 2 OW A 8 7y
183. lt 10h 230h RI PC Excel 8 88 X
184. 1 BG O Cs 137 Cs 134 Cs 137 Ge 80 1 gt 3 Cs 134 Cs 137 I 8 10 20 We 19 2 15 gt 1 Nal 2 Cs 137 1 3 gt 1 2 Ge 3 BG
185. 24 25 AAAfdAa 3 I Im 10 1 11 1 kk 14 2 21 3
186. 9 Oo im 2 s a 25 2T9T16T23 30 6Ti3 20T271 4 11 8 15 22 29 5T12 19 26 5 112 le ld tell j ie I ESE DE 10 11 12 1 2 2
187. N PO 1 FIR 6 2 3 4 85 I 1 1 25 2
188. gt 3 4 2 18 13 00 15 00 gt 4 1 3 4 I i 2 5 3 5 14 00 16 00 4 95 I 25 3 5 25 3 5 14 00
189. Cs 137 662keV cpm Svh Cs 137 GM 3 I 24 KN 0 A te ie
190. 160 100 11 2 DVD 12 1 3 11 1 47 I 5 11 9 1
191. 22 I SNS 2 gt 3 2 11 4 i gt gt
192. 5 2 J 2 3 4 5 6 X 8 53 1 eV 2 Bq 00 4 Gy 5 C kg 6 Gy 8 1cm Sv 7 1 2 3 2 1 2 3 4 5 1 8 8 1 y 8 2 103 1 Tr
193. Type F M S 6 6 1 131 Cs 131 Cs 137 _ 3 18x 10 2 6x 10 2 1 x 10 1 18x10 1 6x10 1 2x10 5 10x10 1 3x10 0 96x10 10 5 2x 10 1 4x10 1 0x10 15 3 4x10 1 9x10 1 3x10 2 2x103 1 9x10s 1 3x10 ICRP Pub 72 1996 http www remnetjp lecture b05_01 4_lLhtml 121 8 2011 11 18 WG 1 2 pe ee 5 Gy
194. 25 2 8 2 22 FAX Web 6 1000 179 WV 2 22 1 Web URL httpS Www SurveVymonkey com s SFRKY77 ID 2 FAX FAX 024 956 0013 Web 4 URL TD ID ServeyMonky ceo ose 1 ma 8 gn 1 gt i
195. a Bq Sv AES
196. 1 2 86 I 1 1 11 12 2 3 3 14 15 15 16 SN lt gt 2 1 Cs134 Cs137 2 gt 3 4 gt 5 gt Ge
197. 2 6 wet 4 8 sc 19 2805 538 4 7 50Bq kg 12 96507 11565 2 7 22000 23 2012 7 sa 2 48Bq kg 2 8 25Bq kg 3g x
198. a a 7 5 2 2 2 AN 2 7 6 110 2 A 7 7 7 2 weD ca 2nS Ag 53 54 30 83 g cms 3 67 4 51 4 09 7 13 X y X y X y
199. I 3 1 NG
200. 100 17 I 4 6 NHK 20
201. 4 Ge Nal Nal TD GM 20 2 j 205 24 SD 25 3 WIZ T9623 8811 2 4 15 W 0120 454 443 http www wiz ac jp E mail wiz nsg gr jp
202. 2 3 4 24 8 15 25 8 15 5 DVD 2
203. 25 2 1 2 22 FAX Web FAX Web Q1 gt Q4 Q6 1 2 3 4 MNO Q6 Q9 1 2
204. Cs 134 Cs 137 9 8 14 0 Cs Cs2CO3 TG DTA Cs Cs2CO3 SiO2 AI2O3 CsAISiO4 Cs 106 1 3 5 2 2 Ed FA 133 134 137 10 m 5 OS CS 5 OS es gt 6 77 0 w 204 NN gt we Ey gt Ss a 55 y 78 133
205. IEA 8 0 OOOBoy 6 U8 Cs 134 Cs 137 2 12 1 3000 118 2 12 2 NPO
206. 3 4 Q10 1 2 3 Q12 78 I 1 2 3 3 Q11 3 2 3 3 2 18 13 00 15 00 9 3 0wIz gt 6 7
207. WG 20 35 20 40 21 8 100 uno aa oe oe 1 02 1 03 1 22 1 29 1 15 1 19 1 11 1 15 2 14 La 1 6 lt 3 1 6 200 500 2000
208. 0 gt gt gt C kg Gy Sv Bq cm Bq cm JIS Z 4511 2005 197 V 9 9 2 a 2 9 2 b a b
209. gt gt gt P000 37 137 1 3S jmSYyh 1 0 5 nSv h SmSyh http www irm or jp moushikomi html EXCEL 319 1106 2 4
210. tt 26 2 kk 33 4 39 5 2 43 3 46 6 kk 53 7 56 4 lk 59 8 tt 64 5 kk 67 9 73 10 76 11 80 6 tt 85 7 kk 94 96 i 100 101 1 102 A 126 OO 134 nn 136 2 EKERKRTI IE T 1 10555 5 5 5 5 5 168 3 169 IM ERN NNW NT OTN A 9 55 5 ee 178 V 195 196 VI nn 203 I I 1 1
211. 9 2 co gt 2 6 6 1 b Cs 137 Co 60 6 6 2 b Cs 137 Co 60 20 RR a Ps En 198 V JIS Z 4511 JCSS 0 5m lt 2 0m 1cm 6mx4mx 3 2m N N 199 V gt JIS Z 4329 2004 5 5 1 25 5 2
212. ONal Ge x Xx x Nal Ge 65 I
213. 0 08 0U 10 Sv b 50 Nal 1 EI O 08 0 2 4 100 100Bq kg 8 1 100Bq k 1 g 1 1 50Bq kg 1 2 50Bq kg 2 Ge 100Bq kg 117 2 5 RI amp dd2s 6 2 Mans a i
214. ed A pa AR am lt Bs 01 WXH3XA ty gt DfFUys a Eoyk po i Oar KE urwm0 at dt D 7nm 2 Ag e Ag0 Ae hP04 Ae 53x lt Oe OSL 0SL Optically Stimulated Luminescence 9 Ww 1 gt er ce LN Mm g
215. gt gt gt gt gt 1 4 2 2 14 15 10 00 16 00 2 18 10 00 7 2 26 17 930 3 5 14 00 93
216. 1000 25 2 8 2 22 FAX Web 6 1000 2 8 https www surveymonkey com s SFRKY77 92 I 3 2 NM8 S001 5 00 10 00 WIZ WIZ IC SA IC 18 00 WIZ 2 http rphpwww jaea go jp senryo senryo images frs_pamf pdf gt
217. 2 7 2 1 4 4 4 1 I 10 I 1 24 9 11 18 30 lt WiZ 204 5 BW 1 11 b 24 9 11 I 1 lt gt
218. 25 5 3 0 25 1 Gy h 4 8 5 5 50 5 6 9 7 5 8 Ax0 1 s A cm 5 9 0 2 JIS IEC gt JIS Z 4504 2008 JIS Z 4329 2004 CL Enax 0 71MeV 5mm N c XA N s cm A cm 200 V
219. 1 2 Q3 4 MN OO M 4 8 1 bllmu wx 0 0 0 1 1 3 5
220. 2 1 19g7 p gr CUI ED RR 1cm ENSvR 114 GM Rs GM 100 0 oe 6 2 EE M N o N
221. 7 2 830 40 1 1 100bq 25bq 1bg 10 1 1kg mmSv ND va a 8
222. 131 4 6 11 50 1 2012 11 18 21 34 1 18 18 1 2 16 18 1 2
223. WIZ IC SA IC 18 00 WIZ 2 http rphpwww jaea go jp senryo senryo images frs_pamf pdf
224. 0SL c o Al203 C Conduction band F Vslence band Exposure Stimulation EPD es PDM 122 gt 7 KO p gt 40keV 14Sv 10Sv ORT Rs 10 10 7 Sv 10Sv CR245 700 116 6 1 2 3 4 1 1 1 1 Se ee 10Bq kg LD s 24 4 1 1 1 1rnSy 2
225. StCs 4 4x10 4 Cs Cs n y Cs Cs 5 134 134Cs 134Cs 137Cs 134Cs M 5 falLout y y 9 6 235 50kg 800g 235 570m
226. gt title oage4 1 RATE SCALER 3 1 lt 91 I 5 2
227. N yYN N YN N VN 68 3 BG N BG Nb BG t tb BG A o B on A B Y04 01 7 5 A o B on A Byor oF 7 6 7 g4Y 4 g X B gn AXB AXB Alt B 7 4 1 a Atg Biop A B tA D 4 oa 111 3 x V YA pg VN _ Te a BG it A6 VN 7 EE ne 0 le nx en NW 4 6 ea 0 get Ja hn i 1 S k 3 W Pr AN de EG Ni ts VA RJAL UTI np E yp 4 a am
228. 2 3 ICRP WHO 2 1 2 B5 2 160 100 11 DVD 41 I 12 1
229. 4 NPO 13 40 14 00 14 10 14 35 EV 15 00
230. 80Bq As 4Bq cm2 nne HH09 109 exWxe 0 4x20x0 5 4 161 1 5mm 5mm 10mm 3 2 2
231. 23 24 15
232. 32 1 2 Q12 1 76 4 110 21 5 31 2 1 3 144 32 1 2 192 NY Q13 1 2 8 4 53 8 77 43 4 62 143 33 1 3 43 Q14 22 amp 22 154
233. 1 7 3 1 1 GM 2 7 GN 2 1 2 3 4 4 GM 5 112 5 1 MCA mnie MT Iml 8 1 MCA
234. 10 00 16 00 2 4 15 10 500 aa FAX 25 1 31 EELS 16 FAX 024 941 3833 JR 3 714 1 Nal Ge GM 2 1 hE SKI0120 454 443 Ps WW WIZ aC ID E mail Wiz nsg gr jp 7 1 I
235. Harvard Center for Camcar Prevention Harvard Report on Cancer Prevention vol 1 1996 122 Cardis et al JNCI 97 724 2005 3 24 30 10 20 16 200 400 600 800 1000 1500 3000 1250 2000 mSv 131 12 a 10 OQ s 6 ee lt p i mw p A tJ a 198619871988198919901991199219931994199519961997 3 4 10 10 11 UNSCEAR 2000 p 557 4 6 2013 1 12 0 01 1
236. 2 lt gt NEWS NPO NPO 3 lt gt
237. 4 Q10 1 1 2 3 Q11 1 1 2 3 4 Q12 1 1 2 3 Q13 1 1 2 3 Q14 184 NY Q1 100 0 176 100 0 176 98 3 173 100 0 176 99 4 175 100 0 176 95 5 168 176
238. Nal O II Measuremen 11ne Search 1 Spectrum file name Date of measuring Library dat LIBRAB Group 0 Deiita 0 13 EB NE EA LL 4 C AKWIN GAMMA SPA BUFFERO SPA OES 293 14 47 Keep back backqround of sl Energy calibration from LE GD EE I I I I I I I I I I I I I I OS HS I Os I ms ms as AN N Locat Energy Intens Error Nuclide Activity Peak keV Bq kg Ci kg 1 0 51 83 17 09 4 54E 02 5 6 2 0 284 04 92 79 5 68E 03 22 1 HI 5_ 3 0 569 74 185 93 4 95E 03 23 4 4 fv 731 64 238 72 4655 03 2 8 5 0 904 86 295 20 1 31E 03 52 4 6 0 1079 07 352 00 3 45E 03 25 9 7 0 1567 06 511 13 1 62E 02 7 8 8 0 1745 60 569 36 9 32E 04 55 0 CS 134 2 60E 00 7 03E 11 9 0 1788 02 583 19 1 94E 03 29 7 10 1 1854 17 604 77 7 54E 03 11 5 CS 134 3 47E 00 9 39E 11 11 2 1868 09 609 31 2 41E 03 28 1 12 0 2028 80 661 72 1 23E 02 7 5 CS 137 6 94E 00 1 88E 10 13 0 2440 11 795 88 5 39E 03 13 4 CS 134 3 47E 00 9 39E 11 14 0 2793 54 911 17 1 05E 03 44 2 15 0 4478 10 1460 81 2 83E 02 3 7 K 40 1 89E 02 5 12E 09 16 0 5408 49 1764 48 1 03E 03 30 1 17 0 8016 90 2616 23 3 02E 03 13 8 el Eee 1 Td
239. 0B Nat La O 45 I 24 11 14 3 24 11 14 17 30 lt WiZ 204 NPO _ 1
240. 2 5 1 15 17 30 2 28 2 18 22 LR 66 I 24 1 15 5 25 1 15 17 30 lt WiZ 204 NPO 1 2 3
241. 2 2 3 2 2 3 X oq X ay 10 1 5 X or No 7 2 2 4 2 2 2 3
242. 0 396 Kg 2013 02 15 12 09 42 1800 2013 02 14 18 41 KeV CPS Ba 796 802 7 16 2 92 a 22 08 5 59 ND Cs134 Cs137 73 84 Bq kg SR FH 0 10 CDS a cn EFT ru ide be ml 0 200 400 600 800 NT CTL Berthold Technologies LB2045 Bq Kg Bq Kg 18 07 7 37 55 77 14 11 LU LU LU L 1 II 1 1 1 1 1 1 1 1 LL 1 1 Il 1 1 HL Ll 1 1 N D S 1 1 MM 1000 1200 1400 1600 1800 2000 Channe 133 4 4 Ge 4 Nal 4 U 8 A Wg gt A 4 Nal 134 U 8 ND 135 1 Nal
243. GM 1 159 lt gt lt gt 2
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245. 1 H24 1 20 30 2 194 V 195 V 2 18 13 00 lt 15 00 1 6 10 00 WIZ
246. 2 1m 50cm 50cm 1m 3 4 5 10 30 Sv h 1 1 6 1m 50cm 3 1m 50cm 3
247. 3
248. ee 5 2 20
249. 120 II SV 5 5 ICRP1990 mma wn nme uw 1cm 70 um 1 2 H 7cm 1 70 70 1 70 70 7 Z 3
250. 1 3 4 5 2 3 4 80 I 1 1 gt 2 2 2 G 1 JAQ 2 3 1 2 4 2 14 15 4
251. 100
252. 21 30 10 m 134 137 10km 5 3 Ba Ba 5 4 http www fdcnet ac jD dazou textbook housyaSeryindex html 3 5 5 5 5 2 137CS 30 01y g He bB 94 4 137mBa 0662 IT 2 551m 137Ba b WCs 107 6 5 3 a He hi X X 2 7 X mm mmm
253. 7 D xXQ d2 1cm uSvxm2XxMBq 1Xxh 1 Cs 137 0 0927 Cs 134 0 249 Q MBq 40 Cs 137 100MBq 30 1 Cs 134 100MBq lcm Sv h m 5 18 Bq Sv IAEA TECDOC 1162 Generic procedures for assessment and response during a adiological emergency pdf file 99 1 Bq m 1m 134Cs 1 Bq m 5 4X10 yu Sv h 137Cs 1 Bq m 2 2 1X106 Sv h 25 3 11 134Cs 5 5X104 Bq m2 5 4X10 9 x 5X104 uSv h 0 27 uSv h 137Cs 10 105 Bq m 2 1X10 x105 unSv h 0 21uSV h 0 48 Sv h 1
254. Ri 24 11 20 17 30 WiZ 204 1 1 2 3 4 5 53 I 1 i 3 2 3 4 4 1
255. 7 1 GM TLD OSL BFs 3He 1 _ GM 7 2 1 a 5MeV ty a 1MeV GM 7 3 2 7 4 3
256. 15 25 15 50 16 00 96 II Bg tC nt a 24 4 2 24 4 WiZ H24 aa ll 2 6 10 16 2 13
257. 963 8811 2 4 15 0120 454 443 FAX O024 956 00183 E mail Wiz nsg gr jp 181 IV FAX Q1 me EE Q2 1 5 Q3 1 1 50O EEOCION SMOON9X 4 200 299 SS 6 400 499 9 8 600 699 SO 10 800 899 RS ORN 12 1000 2 Q4 1 2 182 IV Q5 EE 3
258. Web 6 1000 https Www Surveymonkey com s SFRKY77 83 I 2 18 13 00 15 00 0 10 00 WIZ WI1Z IC SA IC 18 00 WIZ 2 8 4 6 2 18 2 14 15 3 5 7 2 26 LAE 84 I 24 2 18 6 25 2 13 17 30 WiZ 204
259. 0 176 22 Q2 11 9 21 8 5 15 47 2 83 31 3 55 0 0 0 1 1 2 176 FE 0 83 1 i 0 20 40 60 80 100 185 NY Q3 1 50 19 9 35 51 99 19 3 34 100 199 26 1 46 200 299 9 1 16 300 399 8 0 14 400 499 8 0 14 500 599 5 7 10 600 699 2 8 5 700 799 0 6 1 800 899 0 6 1 900 999 0 0 0 1000 0 0 0 176 0 1 1000 900 999 800 899 700 799 600 699 50022599 400 499 800 399 200 299 100 199 5 9 50 186 NY Q4 1 84 1
260. 1 Q9 1 57 1 42 9 0 0 0 0 7 amp 1 0 0 175 Q10 57 1 4 42 9 3 3 7 0 10 4
261. 2 2 7 3 4 5 4 WHO WHO
262. i 1 3 0 HH fH Kr 85 0 3 H A HN sc 89 4 8 HOG wsr 90 5 89 Zr 93 6 396 iE i HH HH Zr 95 _ 6 2 Te 99 6 1 s HH re T HH cc 9 131 3 1 HH res 1 Wxe 133 6 696 HE J nA tb 1 35Xe 135 6 3 LI incs 133 6 8 Cs 137 6 1 44Cs 144 6 0 pm 147 2 3 137 2 5 min 23s 3 9 min _ gt 137Te 1 137xe 0 39 GO y 2 6 Total fiSsion yield 6 2 3 2 0 06 2 Cs 4 133 134 Stable 2 5 min 55 min 12 4 min 21 h 5 3 9 gt 133Sb gt 133mTe gt 133Te 133 gt 133Xe 2 3 gt 133mTe 133Te gt 133 133Xe Total fission yield 6 79
263. 5 7 2 67 I 1 1 gt 2 1 2 JA 3 1 2 4 gt ONal Ge x Xx X
264. A eS ER 7 ibis wichas hsstid 0 100 200 300 mSv 3 1 Ver1 1 4 100mSv 100mSv 100mSv e ICRP IAEA WHO 100mSv 0 5 A 50 10 5 4 1 100mSv 0 5 i
265. KI TEDA 50mnwn x 1 12kg TEDA Cs 6s1 Cesium 4d105s25p5 lodine 132 9 133Cs 134Cs 135Cs 137Cs 28 44 i671C 1 88 1 93g cm3 126 9 127 129 131 113 7C 184 3C 4 93g cm3 JAEA Research 2011 026 Cs 15 700 C 600 C 1 cm 300 C 5 cm 50 60 C 600 800 1000 1300 C 4 5 10 30 60
266. 1 2 11 11 26 1 10 1 21 83 JA 10 43 I 1 gt gt lt 2012 3
267. BR ann PE nes nxtas 3 be ee Tu wu PT rooo 1
268. W lt 3l 4 5 a 4 gt 4 6 2 14 15 FAX 300 500 69 I
269. 2 1 2 2 2 3 2 20 15 I 1 1
270. 4 QS 1 2 3 4 1 2 3 4 SN PASS RAD 6 6 183 IV 2 Q7 1 1 1 2 1 1 3 1 4 1 a EE 6 7 QS 1 EAA S 2 3 2 QOS 1 i ED CG 2 Oe DN CN 3
271. eg au UE ETT eS FT 137 HP kEg 7m 1u90W NB mM 0314 Se ih Eq T psw rh Dam 7 b d 218 RE tt EE Ty Me ed hE Bq x pwr BT lt lt 1 Sr t 1 A 50 7 1 i te Tk EE 2
272. kg Geometry 00 NANT UU5 Raw weight 1 CS 134 1 2aE4 00 3 36E 11 2 CS 137 1 36E 00 3 69E 11 3 K 40 4 32E 01 1 17E 09 MDA Nuclide T 1 2 Act ontr Re 1 K 40 gt 999years 8 100 0 Intensity 2 0 imp sec Calculation minimal detectable activity rat err 50 p 0 95 Nuclide Act Bq kg GLERG Buffer0 spa SEG 63 PC MCB 129 Dev 0 Max 17 000 Rate cps 0 00 0 00 Live time 3597 Te Real time 3599 1 K 40 2673 39 Enerqy keV Right 8192 131 II Nal 0 449 Kg 2013 02 15 12 06 18 1801 2013 02 14 18 41 CPS Bq 17 86 4 11 Nal TL Berthold Technologies LB2045 Bq Kg Bq Kg 39 78 9 14 6 96 39 56 7 19 N D Cs134 Cs137 127 89 Bq Kg 5 62 86 65 88 11 16 01 N D CDS 800 1000 1200 1800 2000 Channe 132 II
273. 1 Sv h 2 0 2 Sv h 4 5 200 1 uSv h x 2h B 0 2uSv h x 4 5h x 200 580puSv 0 58mSv I 1 149
274. 11 18 WG 16 123 x PP
275. Ge Nal 100000 C137 Ge 10000 600 800 1000 1200 1400 1600 keV 113 Bi 214 Y Cs 134 131 Ra 226 2 FR 7 Mal TR 2 ec oc th Sede dd TMANT AGE EN ELDAR FIRS ROR A RS TT7 1 10 10 A
276. Gyyh 157 g Sv h Svyh Gyh Cs 187 662 keV 1 2 100keV 1 7 Gy h Svyh Sv Sv i
277. ee pa A ee 500 0 131 2011 3 15 3 5X10 4Bq cm3 2 6 10 4bq cm3 43 9 4mazimin x 5 47miimin 175kg
278. gt 30 x 34 1020 I I i 1 3 02 6 3 1 6 sem 3 EE CAD IT Se 6 ze 6 6 ie 3 204 VI 2 25 2
279. 1 00 Cs 134 Cs 137 Cs 0 50 Sv h 0 25 0 00 0 10 15 20 25 30 5 19 Cs Sv Gy Sv X Sv Gy 5 4 ICRP1990 7 X 1 10keV 5 10keV 100keV 10 100keV 2MeV 20 2MeV 20MeV 10 20MeV 5 2 MeV 5 a
280. II Nal 2012 7 0 262 Kg 2012 12 05 10 30 04 18001 2012 11 30 17 11 1 4 EU e i a dl Me EE UM mm mm mm Ge KeV CPS Bq Bq Kg Bq Kg 364 D N D N D Cs134 796 802 4 75 1 06 18 15 4 05 Cs137 662 21 10 24 2 08 99 08 7 94 K40 1461 34 78 8 07 132 75 30 80 46 42 CS IIIIII IIIII 0 200 400 600 600 1000 1200 1400 1600 1800 2000 Channel 90 dd II 4 28 2 18 3 5
281. N 2T 1 2 0 0 fH 40 0 M cpm pos N cpm os 0 cpm om EE T min 6 6 O Cs 137 3 B ain GM ECS om se 137mBa 2ss2m B 105 Yleer 7 P EF 137Ba 10 1 137 624 keV 9 G 4n3 10 SS 102 DE Bas a gt my x 10 3 CS g B 0 cpm 3 P 8 30 1062 12 p56 115 4 FGD A ecm
282. TEL 029 282 5549 FAX 029 283 2158 emell Eouseika irm or jp IRM 20130107 ver 3 202 VI VI 1 2 2 0 2 3 JA OO OO Ww DD lt 1 gt a ETEETEZZ WMml 3 w mo 3 51 3 EE 3 mw s I 1 I a TRUETTEEZTT ERETEEETTEST Toogf ooot iw 6 6 sm s 6 sw 6 an 2
283. mm cm 5 8 7 X gt X 3 a X X http www fdcnet ac jp dazou textbook hassei index html X O b X 5 9 X X X 5 10 X 8
284. 1 NaI Na 30uSvh 0 1uSvh 30uSvh 2 GM GM 3 1 1
285. 148 15 9 28 176 0 1 16 187 NY Q5 1 100 0 139 1 95 7 133 2 20 1 28 2 17 3 24 3 5 0 7 3 5 0 7 4 1 4 2 4 1 4 2 139 37 vv 2 q HORIBA P A 1000 _ TCS 172B NHE 2 CP 100 188 I 7 Q6 1 38 75 15 16 144 2 17 9 2 3 4 2 1 0 7 4 0 2 0 0 2 59 88 18 19 184
286. 3 40 I OC 700bq 1kg 4 3mmSv 1
287. 54 4 3824 2 IT SS ML LEIEH LLS 1 5 LU IE 105 2 p U itt 8 hv me
288. Gamma LB2045 ND 2 3 Measurement Total Start PC J Gamma LB2045 4 130 6 Ge Measurement line 0 Denta 0 13 L Marinelli 1 0 L Search 1 Library dat LIBRAB Group 4 Spectrum file name C AKWIN GAMMA SPA BUFFERO SPRA Date of measuring 2013 2 15 12 19 Keep back background of 2012 11 6 Energy calibration from 2012 11 8 N Locat Energy Intens Error Nuclide Activity peak keV Bq kg Ci kd 9 45E 03 62 8 2 U 3 06E 03 3 0 1 75E 02 34 1 K 40 8 12E 01 2 19E 09 1 olume weight a TQ U 136 1 Cinder 1 00E 0 Denta 0
289. I 24 2 26 7 25 2 26 17 30 lt WiZ 204 N PO 1 2 3 4 5 94 I 1 gt 2 176 22
290. X 3c 2 9 2 10 gt 2 11
291. keV 6 10 GM 0 1mm Sr 90 Y90 Sr 90 Y 90 3
292. si 1 TEE 1 EE 1 me Measurement time 168545 0 sec Volume weight 0 137 kg Geometry 3 08 100 Ashing coefficient multiplier 1 00E 00 Raw weight 1 00E 00 Cinder 1 00E 00 I Nuclide TE Act Bq kg 6 Contr Re error 0 95 1 cs 134 2 1years 3 38E 00 9 15E 11 0 34 4 2 CS 137 30 4years 6 94E 00 1 88E 10 3 5 Ag 3 K 40 gt 999years 1 89E 02 5 12E 09 94 8 9 1 i Tota1 2 00E 02 5 40E 09 Intensity 2 2 imp sec Sm 1 le mel ri eml le sl ll ss ee ss Wa Ratio Cs134 Cs137 0 49 CE 1 1 aes 1 ml tl end 1 1 sy ml el ss sy Calculation minimal detectable activity rat err 50 p 0 95 Nuclide Act Bq kg Ci kg 1 CS_134 3 72E 01 1 00E 11 MDA 2 E17 4 25E 01 1 15E 11 MDA 3 K 40 8 75E 00 2 36E 10 MDA 88 I 130125 spa SEG 63 PC MCB 129 Dev 0 ax 2608686 Live time 171159 Real time 171312 15 24 Rate CDS 11 43 Wi 7 62 3 81 pl a lm Ml lil i IEE 1 INN I EPE ET I Il a WIL WT UMN 1 MM ti 2004 57 2673 39 Energy keV 1336 10 89
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