スライド 1
Contents
1.2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.
17.
18.
19.
20. 1cm
21. 1
22. 70
23. 2
24. 112
25. lem
26. 3 2
27. 0
28. 1cm
29. 1000m2 1000mz 1000m2 1000n2 1
30. Rk 82
31. 1cm
32. 3 Er atid
33. 2 2
34. 4 3
35. AS 2
36. DO 1cm 77
37. 5 000Bq ks 5 000Bq ks G9
38. NN
39. 1m 50cm 0 23 Sv
40. 26 5 1 2 5 Sv h
41. 10cm 20cm 2
42. 3 4 3 10mg m3
43. 1cm 86 2
44. 9
45. 5 23 2
46. 1 2cm 73
47. 1cm 63 I 1 a
48. 85
49. b
50. 98 2 1 Sv h 20mxX20mx 1m
51. 1 2
52. o 8 y Cp 8 A EE J WW
53. 30cm
54. 9 1 40Bq cm2 13 000cpm
55. 1cm 75 1 SE
56. 103 4 HE ISI IRIScScd 0 NIS i
57. 1cm 1 2
58. 15MPa 52
59. 47 2 NE NT RM 50cm 0 23 7 Sv
60. 49
61. 67
62. 4 3 22 22
63. CT 65
64. 89
65. D 1m 50cm 0 23 Sv 87
66. Es 2 2 1 1 0 0 1 1 2 14 1 8 131 8 0 134 2 1 137 30 2
67. 92 2 2 3
68. 1m 1cm 0 1mSv h 1m 1cm 0 1mSv h 37
69. 100 3 2 2
70. 41 3
71. 2 4
72. 5mSv 5mSv 2 lt 5 2 1 1
73. 110 2 3
74. 1cm 2 15MPa
75. 2 3 3 2 1 L 5 100mSvy 1 50mSy
76. gt Ey
77. 18 20
78. Q 2
79. Ni 24 1 Vara 1 1 2 CO 2 1 2 3 4 5 6 8 9 10
80. 1 1 1
81. 2 1 1 1
82. 1cm 66 1 15MPa
83. 50 000mSv 1 60 000mSv 50mSy OS 5 mSv eg 10mSv X CT 100mSv 50mSv 1 0 46mSy 10mSv 0 24mSv 0 38mSv 5mSy 1 1 mSv lmSv 1mSv 0 5mSv 0 1mSv X 1 0 6mSy 0 19mSy 1 R 1 0 05 S 9 RS A EE 2
84. 55
85. 4m 60 L
86. 15MPa
87. 1 2 3 4 5 6 ca 8 9 1 1 3 1 3
88. 7 4 IV 2
89. 74
90. FM 1
91. 1cm 91 V L
92. 50cm 1m 1 2cm 58
93. 6 1 2 Or 5 2 3 4 5 1
94. L 113 4 1 Ef 1
95. a 2 5g Sv h 1mSv 2 ICRP 1mSy 15 4 1 3 1 2
96. 1cm 80 2 G
97. 2 Ui
98. 3 2 2 24 3 3 1
99. pi 3 1 5 1 20mSv 3 1 1 3 1 1 1 7mSv 3 1 30 5
100. 10cm 20cm 78
101. 5 100mSv 1 50mSv 3 5mSv 1mSV 1 3 2 5 24 1 1 24 1 1 28
102. R Ze xWHI Ax WH Y Cw WH Sv h Sv h i R z Sv b WHi 1 b WH 1 h 28 5 A Sv h A 2 5 Sv h 1 WH
103. 5 40Bq cm2 21 2 3
104. 5 9 9 6
105. 9 20
106. 1 1 3 1 2 Ph 10 000cpm 3 2 50 50 0 01mSy
107. 79
108. 1 i cm 1
109. 2 76 2 A 1m 50cm lm 0 23 Sv
110. 20m 3 4
111. gSv h X 1 1 Sv 1 50 Bq kg ll fo A EE CR C i WBC 31 1 3 2 50 Bq kg 50 Bq kg NR 3 1 nN a 10mg m
112. 2 3
113. 3 5 121
114. NN 5cm 9
115. DNA DNA 10 3 1 1TCRP ICRP ICRP As Low As Reasonably Achievable ALARA
116. 5 10cm 20cm
117. 2 II 3
118. 2 5r Sv 40 52 5mSvy 0 23 Sv 8 16 1mSy i Svy h X 1 h 1 Sv 2 5 1 i 1mSv 2 5 Sy h 40 52 5mSv
119. 8 18 18 2 9 20 20
120. 94 1m 100 1m 100
121. 2 A
122. 5cm 3cm 9 1
123. 3 1 2 3 4 2 1 1
124. HH
125. 6 11 1 2 47 57 Se
126. 60 4 1 Sv h 50mxX50mx 2m 1 NR
127. 64 2 A 15MPa 1m 50cm 0 23
128. 90
129. 3 EN 2 3
130. 83 IV 1 i eo 84 2 1
131. 2 3 1 4
132. 2
133. 1 1 3 1 10 000cpm 3 2 50 50 0 01mSv
134. 8 1 50 Bq kg 10mg m 9596 10mg m 8096 12m L es km wl 1 36m r om SAS le am 30m PT TI 3 50 Bq kg 80 80
135. UV 2 3 2 3 2 2 A ke 8 109
136. 10mg m3 D5 2 lt 3 cpm
137. CO NINE NO
138. 30 5 4 7 8 7 8 8
139. 1cm 6
140. 100mSvy 100mSv ICRP ICRP
141. 1m 8 GM Na I 9 1000m2 1000m2
142. 50 Bq kg 10mg m 10mg mi
143. 23 3 11 ICRP 1 24 1 1
144. 1 1 GM NaI TI 1m Im 30 5 5
145. 2 10
146. 3 2 36 7 1
147. 59 O
148. 34 Nal1 30x Sv h V5 30 Bq kg 30 Svy h 50 Bq kg 9 1 1 V 128mm X56mmH V5 1 Bq kg 50 Bq kg VS5 1 Bq kg 50 Bq kg 1 V5 A Sv h V5
149. 3 3cm 3
150. 5 1
151. 1 I IV 46 1 1
152. 104 5 8 000Bq kg 6 1 m 100 Svy h
153. 2 3 2
154. 3 5nSy 3 5 6 5 2
155. 3 1 Sv h 100mX100mX 2m EE NN A ON 4m
156. 100 10 100mSv 50mSv ICRP Pub 60 OS 100mSyv
157. 7 16 17 16 2 17
158. m i E 8 10
159. 2 HH
160. 4 3 1 2
161. 2 122
162. 2 3 0 3 1 2 20 4 2 5 Sv h
163. cpm 10 100 m 50 cut 19 cm s 2 mg m3 10mg m3 10mg m3 3 4
164. 39 2
165. I II 8 000Bq kg OE PE a A
166. C kg 3 D Bq kg B Bq C kg B CC pD D 1 Bq kg Hz4 01 H24 04 H24 07 H24 10 H25 01 H25 04 H25 07 H25 10 H26 01 H26 04 H26 07 H26 10 H27 01 w 0E 04 3 1E 04 3 1E 04 3 2E 04 3 3E 04 3 3E 04 3 4E 04 3 4E 04 3 5E 04 3 6E 04 3 6E 04 3 7E 04 3 8E 04 X i 8E 05 7 OE 05 7 1E 05 7 2E 05 7 4E 05 7 5E 05 7 6E 05 7 8E 05 7 9E 05 8 1E 05 8 2E 05 8 3E 05 8 5E 05 6 APD
167. 1 Sv h 20mX20mx 1m 1 Sv h 20mX20mX 1m 1 Sv h 100mX100mX 2m 1 Sv h 50mX50mX 2m 1 1 Sv h 20mX20mX1 5m 4m 30cm 30cm
168. EE 43
169. WH 6 n Bn Sv h RS Bl 8 0 Sv h B2 5 0 Sv h B3 6 0 Sv h n 1 WHi WH1 1 WH2 1 WH3 2 B XWH n B1XWH1 B2XWH2 B3XWH2 8 0x1 5 0x 1 6 0Xx 2 8 0 5 0 12 0 25 0 WHi WH WH WH1 WH2 WH3 6 1 1 2 2 A XA 2X2 5 25 0 5 0 25 0 30 0
170. 90 28 8 4 a 2 b y c 2 2 d X
171. 100 100 97 I 1 CK I CE 1 0 1 2
172. 2 1 000cpm 0 03mSy 10 000cpm 0 3mSy 10 000cpm 3 1 000cpm 10 000cpm 1 000cpm 3 1
173. 4 59 40 19 2
174. 3 cpm GM 13 000cpm 44 10 119
175. 4 a 2 3 5
176. 5 15MPa 61
177. 40Bq cm2 13 000cpm 2
178. 14 15 14 15
179. 1 IL 1 1 2
180. 200 30 5 5 ln
181. WH os WH 30 0 6 5 0 Sv h 5 0 R Sv h 29 2 PD APD 0 4 L APD PR EE 1 1 MMM 2
182. APD 30 1 3 2 a 0 5mSvy A PD 2 5 Sv 40 52 5mSy 0 23 Sv 8 16 1 msv
183. 2 a b c C Bq 1 Bq cm A 4
184. 95 NN DN RS
185. 50cm 1m 1 2cm 10 20cm
186. 2 1 000cpm 0 03mSv 10 000cpm 0 3mSv 10 000cpm 3 1 1 000cpm 10 000cpm 1 000cpm 3 1 OR ON nN dS
187. 6 2 3
188. 5 4 2 2 2 5 2 e gt 8 2 5 Sv 40 52 5mSv
189. B Bq X A gSv h X A X B V5 C kg V5 D Bq kg B Bq C kg B CC D V5 DD 1 Bq kg 50 Bq kg 2 1 Bq kg 1 Bq kg A Sv h 1 B Bq X A Sv h X A Xx X B 2
190. Sv K 1000 1 100 1 mSv Svy 1 cpm 1 2 5
191. 2 5 4 2 5 1000m 5 4 5 1000m
192. 7 8 000Bq kg 8 000Bq kg I
193. kW 8 0 GU 1 45 3 1 2 1
194. 1 A CN SN
195. 100 Bq kg 1m 100 200
196. a 1m 100 Svh 2 1m 100 Sv h 106
197. gt 5 1 2 P 8 000Bq kg 8 000Bqkg 8 000Bq kg 8 000Bqkg 8000Bq kg 100 000Bq kg 100 000Bq kg mm 5 1 gt 51 3
198. 81 15cm 30 cm 15cm 30cm
199. cm 72 3
200. lt 0008q Kg ET lt DR I 1 a Ll 8 000Bqkg 100 000Bq kg 100 000Bq kg
201. 12 31 24 1 1 28 12 31 28 12 31 20 28 12 31 1 1 5 1 24 1 1 24 12 31 23 3 11 24 1 1 3 5
202. 54 3
203. y 4 a 4 PD APD 1 3 EE 0 b 50 Bq kg 50 Bq kg 3 1 10mg m 10mg m 2 5 2 13
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