原子力人材育成プログラム事業 （原子力総合技術
Contents
1. an Sb w Us Ss 2 1 222. 21 5 3 3 C
3. 1 1 a 22 v AS hb 7 wy UFe K UFe ld
4. 3 NS
5. pc BN ke T a
6. a Bio Rad 4 AG1X8 AG1X8 4 1 1 4 1 AG1X8 O Q
7. 2 1 1 2
8. 24 J 3812 lt 49 3380533 3 r F 1 32 3 E kW 2011 02 0 5 5079 0 3 3036 0 10 1352 69 5476 7 BiLERi6 2 9 343
9. gt 5 1 UO22 E Cs Sr Ba J
10. 00Sr90Y gt f e as CN
11. RA
12. 4 1
13. ppm 1 HETP 8
14. go La zmjk5 78 CZ lt Wy OO hhi A ei L 2 3 EE ONS os nsn l
15. s 10 1 1 1 1
16. Z zs 2 1 3
17. 3 MI ki a EE WE lt gt 10 HH HI
18. 360 180 14 4 1 2 2011 2 14 15 k 16 3 17
19. 5 1 A 8 9 Z 1 22 2 22
20. Eg Nal Ge X E 35 1 2 1 2
21. SEN 8 o an Was IC U C jin uh H 9
22. 10 R A
23. 4 1 4 E UO02 4 4
24. VE BE E gt 5 1 UO22 E Cs Sr Ba
25. H 4 3 1 GE 4 3 3
26. 1M 18 4 5 1 2 3 4 5 6 7 8 1 2 1 H X 25 8 4 5 6 e s 7 8 1 2 3 4 5 6 7 8 9 2ml
27. E 1 3 1
28. 30 T g 1000ppm 0 5 1 2 3 5ppm 100mL 99 996g 50 z L 100gL 200 L 300uL 500AE 100 000g 0 4M 4ppm 666 100mL 90mL 150 WL
29. Ya 2 1 3 2 1 2 1 22
30. UOz29 NasUzO0 NH42zUzO UO4 2HzO UOs NO NV LL 13
31. E 1 eh S os 6 E 1H
32. d 20 30
33. 3 10 4A l I
34. 1 1
35. GM re I GM V t min N counts n cpm o o N GM 2 GM
36. SS 17 4 3 4 3 1 1 0 3 5 1 8 4 3 1 2011 1 27 GE
37. gt 26 2 2 1
38. fF 10 A
39. 4 H 1 3 2
40. 10 Ju HE 28 4 E B 23 2 14 1 23 2 14 13 30 14 30 17 2 1895 X 1896 U 1898
41. 1 1 00006 1 0002 3 1 001 Super ee 1 3 3
42. 1
43. X X m Fi Intencity cpm U mg L EE wo w E wo w x100 D Vo Vw Cs o s Cs w
44. gt c
45. b 2 0 5 1 2 3 4 ANA 182 5ppm
46. Fi 6 EE PUREX TBP H 10
47. S0Co en 1 2 3 4
48. X ON 3 X
49. 1 13 30 14 30 15 00 18 10 A B 2 9 00 12 10 A B 13 20 16 30 A B 3 9 00 12 10 A B 13 20 16 30 A B 16 30 17 30 1 2 2
50. A B X Y 2 AX BY 2 BX AY 1 Q KK 1 g K 1 g o 0 01 0 06 6 0 00002 2 2 Taylor Urey
51. t z ax by a o b2o2 2 z axy z x y 2 2 2 x c lt a 3 K x y 29 2 22 23 1 ol gt OO DD ol gt D AA RD MO BY suni 3 8 1 s s s s s s 9 st 5 9 s 9 5 s s s s s s s 9 s s
52. Q1 Q7 P2 5 2 2 1 2 2 E
53. 2 2 11 M1 1 2 3 4 5 12 2 24 13 00 15 00 20 2 2 24 2314 1 1F 2 23 2 24 1 30 3 30 3 2 2 4
54. GM 4 1 GM q nl GM GM 2 cpm om Tl EI counts per minute cps counts per secon
55. s PT 122 Sg I gt eA tie Lb gt l lt S Sa 2 4 i ICRP International Commission on Radiological Protection IAEA International Atomic Energy Agency os
56. A B X Y 2 AX BY 2 BX AY 1 KK 1 g K 1 g o 0 01 0 06 6 0 00002 2 2 Taylor Urey
57. 1 HETP l u 12 3 3 1 3 2 TBP
58. 2pg 2 1 8A 2 11 20 Li LT 2 6
59. 2 2 1 3 UO 3 UFe UTFe UO UOz29
60. Q1 Q7 lt Z 5 3 3 1 3 2 E JD Ea
61. H 7 GM 8 AS 3 W 2 Eip2 100ml E 9 100 ml 8 3 FE 4
62. X X m Fi Intencity cpm U mg L EE wo w E wo w x100 D Vo Vw Cs o s Cs w s D Cs o Cs w wo Vo w wo Vw
63. Pd U VD V ZN ZU E E p 82 C V Von V Vo V l 25 5 2 BH HE
64. 4 3 2 2 19 4 4 2 1 22 11 22 JU 6 2 2 11 22 10 00 12 00 5 1
65. 2 1 B 2ml 2 2ml B1 1 B1 2 2 B1 1 28 0 9 0 5ml 3 B1 2 30 1 1 0 5ml 4 B2 1 B2 2 5 B B2 1 B2 2 50ul X
66. 1 1 1 13 2 3 GQ NN 1 3 1 2 3 2 14 16 2 3 1 2 1 7 Z k K 1 24 28 1 2 2 3 ID
67. f 2 1
68. 25 1000ppm 0 5 1 2 83 5ppm 100mL 99 996g 50 100uL 200A 100 000g 4ppm 300uL 500 L L HH x I T H 1 0 2M 333 100mL
69. 2pg 3 2 1 8A 15 3 2 20 LT Li 3 6 Q
70. 100 150C 10g i 1 10 2 30 60 MAT261
71. B B2 1 B2 2 6 XX i Q5 BB Q6 Q7 U B 7 Q5
72. 0 2M TOPO TTA 1M 1000ppm 0 5M 1000ppm 3ml lt 13 TOPO TTA 3ml 2ml X 1m1l 1M 3ml 7 2 WWW b Z F u 1 U AYSWE Z 1 5ml TOPO
73. c 10 6
74. 235 238 ee 235 8 5 235 UO2 UO 1 235
75. EE Pd 5 1 H OODATION NO ADS no adsorption 0 1 MHCI 12 HEb SLADS slight adsorption 12 MHCI 0 3S D 1 ud STR ADS Strong adsorption D 1 LH P L as ET EE IL TL FM HH E NO Nm TZ TU m as ass BE s HH 4 1 1 2 Max 0 2 Effluent volume R 4 2 43 4 8 1 1 U VD
76. MAT261 2 5 3 a 10mm X1000mm AG MP 50 100mL b
77. 0 30 150 50mL
78. 4 L Scm 6M 9M b 2 0 1 1 6 2 1
79. 1939 Clusius Dickel Cl 35 Cl 37 99 1 1938 Taylor Urey O 1 E 14 6
80. 2 2 2 3 2 BE
81. b c
82. Ro M87825 10 14A H
83. P Se 2 2 g a
84. i gt HETP NM 16 4 4 1 4 2 TBP UOs UO8 UsOs UO
85. mo 5 A1 2 30 1 1 0 5ml Q3 Q1 GmoD xl 6 A2 1 7 A2 1 50ul A2 1 8 A2 2 9 A2 2 50H
86. t z ax by a o b2o2 2 z axy z x y 2 2 2 x c lt a 3 K x y 33 H gt 3 GM ee 1 hE 1 2 ee 5 Hp Ge ee 9 Sr B37Cs 22 A CS GM 1 GM
87. B 6 B X 27 B A b YW B 2 kr 4 28 5 5 1
88. 2 1 1 1 3 4 3 9 2 2 a 2
89. oe X w 288 235 gw 1 N 1
90. Metal U Org Intensity Aqua Intensity 5 2 5 X 21 7 5 1ml 8 ml 3 ml 1 2 8 7 TOPO TTA 2ml 1ml Metal U Org Intensity Aqua Intensity 22 TOPO TTA 23
91. B2 1 B2 2 6 X Q5 B Q6 Q7 U B Q5
92. 22 d 1 LOD 3 1 2 2 2 2 22 11 II ww RR RR DS RR DS Sp SD ET a ST yU NS qr uk Y
93. A2 2 10 XX X A XX A2 1 XX A2 2 XX 50keV X X s HA 11 A2 1 a Q4 Q2 Q3 2 E
94. JU _ 4 11
95. u sec 2 no z 2 s 21 l 1 nz _ nr lt 1 nm n 1 nzr n n 2 nj ja 5 6 956 2 2 2 3 o 1 72
96. Lee Begun Drury Dowex 50 g g fi Ri R QR 1 R Q R feed Li Ri Li Slope k 1 HETP HETP k 1 k2L g k R 8 1 lt Migration distance L cm r r feed k mx Log r ro 3 1 k 8 4
97. pj 235 1 238 E 1 2 1 A CY ee ee
98. b 20g 500mL 1N NaOH 10mL min 1N NaOH 40 400mL 5 12N 40mL 500mL 1NHC1 10mL min 1N HCI 40 400mL 5 2 3 1000mL 10mL min 40 60 400 600mL pH pH T c H H d
99. 4 U VD BPD H d 4 E 5 2 V D V Vo V FE 3 29 HE E
100. 4 95g 150mL 8mL min 15 120mL 0 2M 19 6g 1000mL 6 4 9mL min E 0 2M AG MP 50 700mL f 1 1003 1 20 PP 100 PP
101. 908r 137Cs 908r GM 187Cs Nal Hp Ge y Hp Ge 3 2 16 2 A B 2 GM x L 1 Hp Ge 15 2 He 3 Hp Ge 137Cs
102. 2 1 3 1 1 A 2ml 2 2ml A1 1 A1 2 A 50ul A 3 o 7 200 b 2 Q1 50 2ml mol o U 238 4 A1 1 28 0 9 0 5ml Q 2 Q1
103. 4 E pH 7 0 1 moll U 238 0289 UsOs 842 0819 HNO 63 0128 60 d 1 838 16 3 X XX x X X X X Cs Sr Eu 1 2 200 ml 2 0 1 5 ml 1 2 1
104. 20g 500mL 1N NaOH 10mL min 1N NaOH 40 400mL 5 12N 40mL 500mL 1NHC1 10mL min 1N HCI 40 400mL 5 2 3 1000mL 10mL min 40 60 400 600mL pH pH c H H d 0 5M
105. S 2 HV 0V 3 4 GM 5 6 1 7 V GM No
106. Ao A Bo B Sr Cs PP Sr lml RI Sr 0 1ml Cs lmD RI Cs 0 1ml 2 2ml 1ml A Z B 22 23 7Cs RI Cs 0 1ml Bo Sr RI Sr 0 1ml Aoi PP Sr 0 253ml RI Sr 0 025ml IM NazCO 0 25ml Ao I ESE F lt LC Ai A
107. z 1 3 rms tA ca hl h W 1 counts 1 MYN N N t 2 4 8 Yg2 o z z AXB 4 AxB AxB z we ED B B A 61 O O gt GpG 1 3 1 3 gt N gt N 33 31 N au cm os _N N Noa N t N o N N No N _ 2 N5 N N N N Ni N NN N J TB N N N Ns x B 2 2 2 N _ N t 2 2 2 2 IAT CU Y oa Tarz Y Of O O OG 20 Mo No N N Na Noo Op 7p A 1 2 2 2 On Vos O12 O13 x Du aw ee
108. 100mL 50mL 1 ON 2 ON 14 3 ON 4 5 6 5ppm 3 670 8nm 7 30 60 8 9 10 h Rt x 1 100pg 5mL 50zL
109. 2 5 2 5 1 1 ANA 182F MAT261 PAN 2 10mmx1000mm AGMPS0 pg2mm PP 16mm 200 100ml 200ml 11 300ml 0 1 10ul 100 1000Hul 50ml 20 3 2 5 2 a b c HT 10mmx1000mm AG MP 50 H d
110. 12 MAT261 zl 8 3 5 a 10mm X1000mm AG MP 50 100mL
111. 4 1 2 1 6 3 3 1 2 14 2 2 15 GM GM 9 A 4 B 5 2 A B
112. LSVEC Li EU 1 2 E ANA 182F MAT261 2 FL 10mmx1000mm 11 AGMPS0 eo2mm PP el6mm 200 100ml 200ml 1 1 300ml 0 1 10ul 100 1000ul 30ml 20 3 3 5 2 a b c HT 10mmx1000mm AG MP 50 H
113. 25 3 s s s s s s s s s 5 s s t s 9 9 9 9 26 3 1 e s sss t s s t t t t t V 26 Ne 27 29 1 11 1 2 1 3 UO 3 UFe UTFe UO
114. UOs U0O2 UO8 UsOs UOs UsOs UsOs 1 2 TBP
115. nD 1 1 Hi 2 T 2 3 8 1 99Sr 137C s N a I Ge y o
116. L C 1 HH 1 2 234 285 288 1 SO 3
117. 5 2ml 100ml 0 g 100ml 50ml 0 g 4 5 19 2 1 2 GM 3 4 50 5 6
118. 3ml 17 _Ea b EE 1 400ppm B UsOs 1M t 2ml X 1m1l 1M 3ml 7 2 WWW b Z F u 1 U AYSWE Z 1 5ml TOPO 4 4 X
119. MY 13 E 3 360 5 180 1 2
120. Lee Begun Drury Dowex 50 g g Xfi Ri R QR 1 R Q R feed Li Ri Li Slope k k mx 1 HETP r HETP k 1 k9fk E g k 1 lt Migration distance L cm r r feed 1 k 2 4
121. amp mm 4 3 4 2 G Q Z 4 16 8S022321 ElS ZR 6 2318 2 PCI SSS 21 3l14S SSE yf oQsJoOli6 82 1 OSk l FF3UUSoE rh Pg 38561 COBERWMIJY3NC mEmp 4 sE C Gteq4 di G6 1 1 1 41 00IV av S C0B8IZYIDWT8E 4 a 1 x T 4 1 A WihG A s 1 Se bg v E z i se Co 1078388 4 8o7 1 gt T 4 1 O0VOIN s 4 es N EN S 4 sgErhn 8 4 t 1 1 1 H s KA SO 62 C lt Webs se se N FeB812 L 9 7 8HBx amp C 11 pA 43137 SS S14 C02 2 Hx UYKSaBI SNI UYkg 7102 T 84 EJ0824 Peus v 14 E 382 4 Q P C SSrR3f 8SrkV G 2 1 SIE s3S6 hSEC0QQ 22 01 S I 05244 M5 FUE O O P94 aBO6ylay21C0 Tt L C lt OOCISBMSWIHE 2 MS0KT St 5 se wo 9 szO sc IO_ EX Les eo yee seo zo ATLZS Hee Si rs8 29
122. E pH 7 0 1 moll U 238 0289 UsOs 842 0819 HNO 63 0128 60 d 1 838 20 3 X XX x X X X X Cs Sr Eu 1 2 200 ml 2 0 1 5 ml 1 2 1 1 1 ml
123. Sr Eu LI TOPO TTA TOPO TTA Cs TOPO TTA HH H E 1 0 1moll Cs Sr Eu 3 ml TOPO TTA 0 2 moll 3 ml 2 2
124. 2 3 4 111 1 1 1
125. 28 5 5 1 4 rH 5 2 E lt J E E fT 1 FE 61 4 BE 1 ED 2 E
126. 50zL 100 150C 100gL 10 4g i 1 10 1 2 30 60 MAT261
127. 2ml 2 2ml B1 1 B1 2 2 B1 1 28 0 9 0 5ml 0 5ml 0 5ml 8 B1 2 30 1 1 0 5ml 0 5ml 0 5ml 4 B2 1 B2 2 8 B B2 1 B2 2 50nl X
128. Thenoyl trifluoro acetone TTA Us0s 3 4 3 UsOs 0 1M 0 1M 0 2M TOPO TTA 1000ppm 0 5M 1000ppm TOPO TTA 3ml
129. am Sma gs P lt UO2 1 1 na
130. 0 5N 0 2N e f PP 100 g h i
131. o E 1 2 4 E
132. s 12 4 1 1 4 2 AG1X8 1 NO ADS no adsorption 0 1 MI SLADS slight adsorption 12 4 HCI 12 STR ADS strong adsorption D 1 MHCI 0 3SD 1 N mia 4 MOLARITY HCI Ge hs aF ss k N LL sg TSS SS sss sss FI NO Z Bi sp SN IN NH Ne DLL LL LI NI Cs Ta TH SN 8 s Ns ADS AA EE E
133. 2 4 E
134. 500n 30 B 100mg 1 B1 B 4 B1 50ml B2 5 A B2 X B1 1 24ml g 6M 9M 4ml 70 gt 5 3 2 1 Gr Cs Eu 6M A
135. 1 pe 3 e CAF L Ci 3
136. 50 5 6 H 7 GM 8 AS 3 W 2 Eip2 100ml E 9 100 ml 8 3 FE
137. GR Rsample y gt g DX 1000 Rstanaara R Li6Li L RMM RMM 016a 6 NIST a NIST 3 5 3 5 1 6 Li 0 RSstandard 10 134A 6 6 6 Ti
138. 2 2 H H 3
139. A2 1 XX A2 2 XX 50keV X X s HA 11 A2 1 a Q4 Q2 Q3 2 1 B
140. GE 3 4 3 5 TA 4 4 1 2
141. 0 5M 4 95g 150mL 8mL min 15 120mL 0 4M 39 2g 1000mL e 13 0 4M 9mL min AG MP 50 350mL 40 f 1 100 PP 100 PP
142. 4 1 1 2 1 2 3 4 p 4 1 3 1 2 1 1 1 1 1 3 6 3 A B 3
143. o N 6 1 NIiVN 6 2 N JN t 6 3 4 z x y 6 4 2 2 o o Z 6 5 a Ly 1 9g 9x
144. 2 ml X 2 ml X Cs Sr Eu Metal Cs Sr Eu Org Intensity Aqua Intensity 22 3 2 2 ml 1ml TOPO 3ml 1 2 Metal U Org Intensity Aqua Intensity 23 4 3 TTA Metal U Org Intensity Aqua Intensity 24 5 3 TOPO TTA Metal U Org
145. HH o 6 Rsampe Rstanaara 6 1X 1000 YS Rsample Standard R Li6Li 6 6 7 i NIST LSVEC Li EU RMM RMM 016a 8 7Li 0 6 NIST
146. d 1939 1938 F F E Taylor Urey O 1 14 6 3 4 6
147. Ea lt f Fa J E lt Q JH HJ 1913 Thomson Ne 20 Ne 22 ke Aston 1990 3 1911 Enskog HH gt J
148. Y y E E I Er a oe 42 2 FE FE RE ee star qasaq wawata r Re Ev Ey i Er 2 0 511MeV 1 TN eos6 180 Hp Ge LU Na Y Na T1 HpGe 1669 Nal T1 14 MCA E E AE En Ne Hp Ge G lt R r MCA y A9ybG9 amp a Kf 1 T As 19 Y992 PL HYI1NGA A AseyZZ01 y99Z A936981 amp a Kf 1 T As 19 amp aE 4 t H
149. lt Aston 1920 1911 E Enskog E Clusius Dickel Cl 35 Cl 37 99 ZS E 1913 E Thomson Ne 20 Ne 22 4 HJ E E E
150. AF05 30 PJ E 2 84 80868 ana qa pp ME paqa IL 1 3EJr E3 Z 1 12 3 sssgaesns B C M
151. GM GM 1 dead time GM resolving time GM GM
152. Q3 Q1 GmoD xl 6 A2 1 7 A2 1 50ul A2 1 8 A2 2 9 A2 2 50H A2 2 10 XX X A XX
153. 1 Gr Cs Eu 6M A Zx Sr Cs Eu X X 200 XX m1 2 4ml 6M 20ml 3 1mm 0 5ml 4 6M 5 1M
154. 2011 1 28 4 3 1 MOX 4 3 2 GE H GE
155. L Z E HX 3 5 s S 56 4 Hl PUREX TBP tri butyl phosphate js
156. 2 2 ml X 2 ml X Cs Sr Eu Metal Cs Sr Eu Org Intensity Aqua Intensity 18 3 2 2 ml 1ml TOPO 3ml 1 2 Metal U Org Intensity Aqua Intensity 19 4 3 TTA Metal U Org Intensity Aqua Intensity 20 5 3 TOPO TTA
157. NasUz07 NH42zUzO UO4 2HzO UOs QNO NV LL 23 2 2 3 1 1 A 2ml 2 2ml
158. 5 6 1H 6 C lt E E
159. 3 4 X 1M 14 3 5 1 2 3 4 6 6 7 8 1 2 1 X 25 8 4 5 6 1 2 3 4 5 6
160. E Pd Pd 5 1 H E OODATION No Aps no adsorption 0 1 MHCI 12 Hr SLADS slight adsorption 12 MHCI 0 3S D 1 STR ADS Strong adsorption D 1 LH Ns 2 BF IIRE E 2 HH FM HH iss NO st a TU m Po as ass BE s HH 5 1 1 2 Max 0 2 Effluent volume 5 2 5 8 5 3 1 1 U VD 50pl A
161. n Tri n octylphosphine oxide TOPO 8 Thenoyl trifluoro acetone TTA Us0s 3 3 UsOs 0 1M UsOs 0 1M 400ppm
162. 2 1 1 2 1 2 oneme haio YS es t sot e 2 1 3 22 s 3 1 3 2 3 3 34 35 4 1 Ke 4 1 1 4 1 2 4 2 43 4 3 1 432 GE 4 3 3 4 4 1 2
163. 3 4 6 1 1 00006 1 0002 3 1 001 Super Er 1T 2 3
164. 52 EB insusasn 100 5 kasa Pr uyan rtuauuu em x U GSM185 F8 Au RS
165. 90mL 300 uaL 100mL 50mL gt 10 1 ON 2 ON 3 ON 4 5 DD 6 5ppm 670 8nm 7 30 60 8 9 10 RY r gt 1 h 100zg 5mL
166. s D Cs o Cs w wo Vo w wo Vw 24 4 4 1 4 rH E E 4 42 E FE 1 61 4
167. 4 1 2 4
168. A1 1 A1 2 A 50ul A 3 o 7 200 b 2 Q1 50 2ml mol o U 238 4 A1 1 28 0 9 0 5ml Q 2 Q1 mo 5 A1 2 30 1 1 0 5ml
169. 1 Sr Cs 90 5 gt 90 90 ST 28 8y Y 64 1h Zr 137 B 137m IT 137 Cs nm gt Ba Gs gt Ba 1 Sr B7Cs Sr Cs 2 Bq Sr ml Bq Cs ml in0 1M HNO3 Sr NO3 s mol dm CsNO3 moldm in 0 1M HNO 1moldm NaCO 0 1 mol dm Na CO Sr Cs Z 22 2 Ao Bo
170. Es A NI lt FSY He 2 2 1840 1 m rm Fi 2 1 smes meus Hp Ge yiX sm l s nee t Xi B ne ane nii 068 y X EB8 6158 33 m es B 1 Be 88 FE V u Vv V 11 p positive n negative 22 BB lt gt u f
171. GM GM Geiger Maller GM 1 A
172. 1 1 ml 1 ml 1 ml X 1 5 ml 1 2 2 2 3 X l 1 1 2 ml T X Ni AY mg dm3 1 mg dm3 2 mg dm3 17 3 TOPO TTA 3
173. Bo Sr 7Cs x RI Cs 0 1ml x IMNaCO RI Sr 0 1ml 1 I I x 2n 300 250 200 150 100 Area counts 50 0 1 2 3 4 5 6 1ml 3 662kevV 24 1 Mi 7 3 G TT T T rT T TT TT T 25 2 Cs BG 3 Sr BG 26 100 1000uL 1 s o a S t gt 10 100uL slo a S t 27 G E Knoll
174. X 31 B A b YW B 2 kr 4 32 6 6 1 7 N lt
175. XX o 3 2 8 8
176. 50hl A 500n 26 B 100mg 1 B1 B 4 B1 50ml B2 5 A B2 X B1 1 24ml g 6M 9M 4ml 70 4 3 2
177. TOPO TTA TOPO TTA Cs TOPO TTA HH H E 1 0 1moll Cs Sr Eu 3 ml TOPO TTA 0 2 moll 3 ml 2 2 2
178. 1 ml 1 ml X 1 5 ml 1 2 2 2 3 X l 1 1 2 ml T X Ni AY mg dm3 1 mg dm3 2 mg dm3 21 3 TOPO TTA 3 Sr Eu LI
179. 3 M r N N N N se X7 2 2 2 4 N Ni N 1 lt N N Ngpc 2 j O sr 2 3 4 1 2 5 Np 1 5 NVj 2 5 M2 5 Mgz 4 7 3 OO oo O Ol
180. d 0 5N 0 2N e f PP 100 g h
181. CH CH CH ei CH X 4 1 1 1
182. 7 8 9 e s 7 8 2ml 5 2ml 100ml 0 g 100ml 50ml 0 g 4 5 15 2 1 2 GM 3 4
183. 7 N lt o N 5 1 NIiVN 5 2 N JN t 5 3 4 z x y 5 4 2 2 o o Z 5 5 a Ly 1 9g 9x
184. 9 9 5 s s s t t sos t t t s 9 5 NO Te A OL SSR ROW OS oo S G 9 Pa 5 5 9 nt Ks 9 ET EG EI 9 9 10 s s s s s s s s s 9 9 9 9 9 11 e s s s s s s s s s s os s s s os s s s t e 11 5 2 RE EN NS 142 CE YO 22 ECE am 325 12 5 3 13 16 F 17 17 5 5 v 17 29 2 NVY WW S Q 2 RS 9 s 29 e e e e e 30 s sss st et tt t t o 30 3 2 31 His s s s s osos s sos s s s s s s s s s s s s osos osos os ot ot t t 93 1
185. Intensity Aqua Intensity 5 2 5 X 25 7 5 1ml 8 ml 3 ml 1 2 8 7 TOPO TTA 2ml lml Metal U Org Intensity Aqua Intensity 26 TOPO TTA 27
186. Zx Sr Cs Eu X X 200 XX m1 2 4ml 6M 20ml 3 1mm 0 5ml 4 6M 5 1M B 6 B
187. 4 1 2 1 2 14 13 15 17 2 10 14 40 16 40 10 16 50 18 30 2 15 9 15 17 2 9 380 12 30 GM 12 30 13 30 A B 13 30 17 00 B BE Hp Ge 2 16 9 15 17 2 A 9 30 12 30 Hp Ge B 12 30 13 30 13 30 15 00 15 00 16 00 _ 16 00
188. 7 0 150 1 100mL 1H Z g
189. 16 4 2 17 2 4 1 2 1 2 1 2011 2 14 13 30 14 30 4 2011 2 16 15 00 16 00
190. 90 19 st e050 CL 90 L00L TL ASIJ aSMEYWIC0BI aB MWIBB 6 SI rhHYy a 71 gt T g J ay H 4 Scat A AEACGESI Bts leuued9 47 WW 000 00Sc 000 00sC 000C 00S1 0001 00S 0 CN lt A3W s 17 9W 1 gt T 4 x G A Sr Cs Sr 7Cs A OR Sr 2 2 SrD SO SrSO4 CO srCO Cs 1 SO CO
191. R Qu Wu ws 1 1 DS RS rE 8 1 2 i RL C0E Q Ver SUS Wg 6 I P SUS EE he wil SUA 1 3 1 Su we 2 220vm 720 we SSw wa ox 2 S 1 s s s s s t t e 5 1 5 2 s s s s s s s s s s s s s s s s s s t s t 5 5 3 6 4 6 5 EE TY RE OE TE e su EN sasay 7 5 1 7 5 2 lt s se s sos s s sos eos s q sos s sos os oe oe 25 8 5 3 s se s s s sos e s osos s s os os sot oe oe 5 9 6 s s s s s s st s t s t 9 9 t 9 12 1 A EN EE RS GE ID DG 8 EE 8 a 13 2 s 9 9 13 3 4 5 1 eS 25 2
192. Y eg 1 n sy 3 t i o cAs EE ee i 9 10 000 10 W 3OeV 3eV 1 000 1 1 OOO 1 2 Feather 3 Harley A OO my _B map r gt 1 reB reBY 122 2 m 2m Y
193. d V Vi Va plateau V Vi 200V V V 1 4 1 3 100V 3 F eyes Z 00 2199 00 n 100 a Mas 2 1 150V E 3 5 100V V 2 GM FT GM 1 OFF
194. s UsOs UsOs TBP HH UOs g 2 I 1 n Tri n octylphosphine oxide TOPO 8
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