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PNC-TN134-76-04:5.87MB

1. 1 200 0 25mm 3 0 mm 5rpm 25rpm No20 1976 10 41 C C No20 R
2. IT 7 A G MTR CJMTR lt
3. No20 1976 10 18 1 5 SJ206 75 18 51 3 18 50 10 30 48 TI
4. 19 SJ248 76 01 II 49 6 1 50 3 10 48 PbTiO LiNbO LiNbO Cut N
5. 5 8
6. Scanning mechanism Fr 5mm 15mm 1mm 1 350 C
7. 27 SN941 76 48
8. 1 Kalkar SNR 300 DV HCDA 2 370MWs HHCDA
9. 90 A
10. 3 Weld po ol 3 8 RCN PETTEN HFR 1 1964 4 55
11. SGHWR GENTILLY 1 ZJ302 76 06 CV 50 10 1 51 4 30 1975 1 12 ZJ302 76 11 DCA TI 50 12 1 51 4
12. 8 20 23 8
13. 2 1 C K Day et al Under Sodium Viewing IEEE Ultrasonic Symposium Nov 1973 N Lions et al Special Instrumentation for PHENIX BNES Intern Conf Session 5 March 1974 J Bishop et al High Temperature Acoustic Transducers for use in LMFBR IAEA Specialist Meeting on In core and Primary Instrumentation Dec 1975 H A Rohrbacher et al Ultrasonic and Acoustic Detection Method for LMFBRS BNES Intern Conf Session 5 March 1974 No20 1976 10 2 2 A
14. 3 50 200C 200 50C 100 100
15. SN943 76 0 No20 1976 10 29 3 1 28 3 2 1 mm
16. S J203 76 031 V 51 5 15 51 11 30 1974 HONEYCOMB FDCAL 3 1975 1 FDCAL 3 2 11 7 3 4 5 6
17. 2 2 1
18. 8 3 No20 1976 10 54 100mm 5 1 CRT 1
19. No20 4 2 SN QD 6
20. 4 2 Na ZN941 76 3 1 50 4 51 2
21. MarkI FMEF N 941 SU S304 49 12 1 50 11 10 550C ASME 1 XX10 3sec 1 550C SUS 304
22. S N941 76 31 1 1 50 2 50 10 1 930rpm breq NPSH 2 980rpm
23. CV CT Ti 16B 50MW A 6
24. 4 3B 2B 1 B 1 2B 2 BB 1B 1 2B 8000 200 400 0 600 min 2B 3B 0 60 min 1 2B 1B 1 7 Michel SN941 76 21 No20
25. x 926 5 Tchebycheff qgo 2 2 0 03x X106 Kcal m hr 1976 10 33 X 9 MCHF 4520 113 R A MCHFR AX A MCHFR 0 03 AX10 gmsM 7 1305 dGHsw 6 5 5 1
26. No20 1976 10 40 2 2 350 3 3 1
27. 3dB 1976 10 0 H 8 1 mm
28. 2 4 JMTR JMTR CTL
29. 4 800 FMF 1 2 10 3 S N941 1 47 1 51 2 47 1 16 300 6 600
30. No20 1976 10 56 0 1 1 1 1 CRBR NRC CRBR NRC ASLB ASLAB LM FBR CRBR NRC NRC PMC NRC 7 LWR CRBR NRC PMC CRBR LMFBR NRC ERDA
31. IL IL Rapsodie P NC 4 5 DFR332 10 G ETR MTR 6
32. 2 SILO E P FP Na 3 SNR 300 MK II 540 MK I BC 200 BC EuB Vented Enu 0 Closed 4 He 1976 10 52 ALKEM 500kg Year 2 4 5 12
33. req NPSH 1 req NPSH 3 7m 0 4m 2 1 600 rpm ms min m 3 No20 1976 10 26 SN941 76 3 50 5 6 50 5 30
34. lu 1 1 1 2 WV
35. 5 lt Na R amp D SJ254 76 01 2 1 8000
36. lt 21 BR 8 1 Walter Marshall FBR Friends of Earth 9 Sussex John Surrey
37. 1 223 SN R 300 MK la 2 10 6a o 6 4X 10snvt 0 1Mev MK la 1 4970 10 15 CW Ti 1 4981 Nb 1X103nvt 10 i 1 4980 A286 12X RN 72 1 4923 1 4914 PE16 Ti Nb TiC NbC ML C 1 4970 B 80ppm TiC
38. 2 Y V TR MMEF DFR DF R 448 1 2 3 DFR 464 1 2 J MTR J MTR S TH FMEF No20 1976 10
39. No20 11 ZJ360 76 03 6 50 12 15 51 5 31 Winfrith SGHWR MCHFR 1 SGHWR SGHWR B 0 SGHWR B
40. 9 9 A 100 2
41. No20 1976 10 50 4 1 46 5 26 51 5 11 21 4 1 3 SNR 300 P NC DeBeNe
42. 2 TDN SWIRL 2 TDN 6 S J201 76 07 EALw J IL 51 1 20 51 6 30 DYNAST 1 DYNAST TI
43. S J201 76 10 IL 13 51 1 20 51 6 30 50 3 SJ201 75 08 LMEBR 30
44. INTERATOM 1 2 5 SNR 300 3 42 CEN MOL 7C _ NRo20
45. No20 1976 10 51 8 2 51 8 3 51 8 2 1 V Pu 3
46. Se 1 rs Ta xo lt e 1 1 Ke r xo 2 g x ro 6 48E I Zo e kzos Zo 2 07 yo x ro ys yo 9 Xs ro xo 1 2 2 4 2 1 1 9 r Wr r Wr ri1 Wx x
47. 49 9 50 9 S E M X M A 1 2 3
48. 75MW CRC No20 T L 2 mW W CRC TI 3
49. 1 650C 1 2 3 2 700C 1 000 14 3 700C 1 2 7 700C 700C N941 76 0 4
50. JMTR NCF HBWR Pu 8 SGHWR Pu ry 2 AE 300 2
51. CR C CEA GE CEA GfEK WW LT HI No20 1976 10 8 CRC 1
52. No20 1976 10 38 FFTF FFTF 250 C PZ 30 1 m 14m 3
53. Na 1 4970 APB SN 3 300 EPMA SEM A KB 4 22mX36m 4 o g 1969
54. J261 76 01 TEPC 1 50 4 30 51 3 20 TEPC 1 ANSYS MAR C time space No20 1976 10 50 5 26 51 5 31 7 Na
55. 1 2 3 4kg 2 3 4 4 5 2 S N941 76 523 MISER 1 50 8 1 51 3 31 11
56. U KAEA FBR 1979 NPC B amp W Clarke Chapman UKAEA 10 000 9 12 832 1975 9 1 1976 7 24 3 7 27 PFR 300 MWt 80MWe 9 2 FBR Wedgwood Benn 1976 5
57. lt 2 2
58. NRC PMC PMC NRC PMC 0 18z 0 25z 1 95bn 2 FFTF 2 ERDA 1978 8 1 0 3 PLBR ERDA EPRI PLBR ERDA EPRI PLBR 1 10 2 WH Stone and Webster
59. 2 1 3 2 x y 6 31 4 4 x y xs Va xa Ya 2 x4 ya x4 Yaa 4 X40 a ik Ke yd 4 yk xy7qs Tat x ys 4 W y 1 y 1 d y 1 Wr r Wr r1 Wr r Wr r Wy y dr dr dr dr dyo 19 W xs 1 x4 1 d xs 1 5 Wro ro Wri ri Wr r2 Wrs rs Wxo x Wy y dr dr dr dr dxodyo 0 i i 1 i 1
60. HCDA 0 No20 1976 10 58 370MWs GfK INTERATOM 1976 SNR 300 0 370MWs 1 HCDA
61. 9 C 9 7 5MWt 9 9 No20 1976 10 51 7 9 mATR
62. GfK 2 2 1 GfK managing Director Dr Hennis LMFBR DeBeNe 5 DeBeNe LMFBR SNR 300 1973 1980 SBK RWE 7026 SEP 15 SYNATOM 15 TNB IN TERATOM 70 NERATOM 15 BelgoNucleaire 15 SNR I 1300MWe SNR 300
63. 1 1 HCDA 900C HCDA 0 2 SNR 2 SNR 2 SNR 300 1977 SNR 300 SNR 2 1982
64. FP Sand bed filter PNC F P Leak before Break 2 3 1974 SNR 300 No20 4 51 MK la MK II SNR II
65. SUS50Mod TP ZJ302 76 09 49 10 1 51 3 20 SUS50Mod SUS50Mod 13 Cr Ni 3 5 620 C 15 Stress corrosion cracking SUS50Mod 422 6Mgcls SCC
66. 1971 M ARK 1 1975 1976 M ARK SJ250 76 06 LT 51 1 13 51 4 30 3 48 3 2 TDN SWIRL Uiij No20 1976 10
67. 2 3 2 1 1200 C
68. 1972 STGAP 2 2 1 1 1 x yo 2 ro 3 iri rs 4 rs 5 k 6 rs 5 6 7 gt 8 1 7 b 8 EI 9 rs re 2 2
69. CR C 1 PLANET IBM LMFBR 1976 10 JANUS ODAI 1 pl lint 3
70. PNC MAPI gt DM Higashi T Matsubara Some Considerations of the Pellet Cladding Mechanical Interaction on the Nuciear Fuel Quality Assurance System IAEA SR 7 18 International Seminar on Nuclear Fuel Quality Assurance Oslo May 1976 2 H Hishida M Higashi Statistical Evaluation on Pin Gaps in Fuel Clusters for Fugen 2lth Annual Meeting of ANS New Orleans June 1975 3 H Hishida M Higashi Statistical Evaluation on Pin Gaps in Fuel Clusters for Fugen Nucl Engng amp Design Vol 35 Dec 1975 4 ZJ306 74 01 1974 5 HTL Memo 058 1973 8 C 34 1975 6
71. 1977 1 IANBUS BN COM SG METH II 1978 1980 SNR 300 1981 INTERATOM 3 5 CEN MOL BN 1 Na 2
72. 2 3 4 3 5 6 Fl A D 1 converter Memory jp A 1 1 i 1 Transducer 1 Ultrasonic Sampling oe j generator cireuit cireuit 1 Positioning pulsef 1 Clock Push Set Button1 Start Control circuit Set SW Display eireuit p Sinewave HPA HER Converter eireuit ED Cathode ray tube 1 DA ner somverter i Cosine wa Gomer HD eee Maitiohng Converter cireuit ircuit i No20 4 CO
73. 238U9im MeV 238U 235U 239Pu U 238 OD gin ENDF B W 238U9f 235U29f SJ250 76 07 CV 50 6 2 51 5 31 No20 15 JAERI Fast 25 VersionII Ke 1 0253
74. 1mm 1800mm SN Le SN 5 MHz SN SN 40d4B
75. SJ201 76 03 13 1 50 10 6 51 4 30 MORSE ALB 1 Sn A NISN 2 MORSE ALB 2 Sss S factor 2 3
76. a 449 9 Wy ya dys 3 Wya ye Wyail ys 1 Wbi b d ya 1d y4 1 dbidg QD Wxa Xs 1 1 Waa xs 1i 1 Whbi bi d x d x 1 db fd 2 b Wx Xs dX No20 1976 10 32 5 i d 2 bi biFdbi Wbi bi 2 dbi dp 27 co 0 O Wbi bi 9g bidbidg 1 3 ij Wy y dy Ws g dx Q
77. 1 2 DOT NRo20 1976 10 I 2 3 a SN b c SJ206 76 05 JAERT Fast Set Version II 1 235 238 Pu 239 1 MeV 238 50 6 2 51 5 31 JAERI Fast Version 1 Rset MZA MZB 238U9 235 Uof
78. 7 lb 1976 10 45 6 A 7 2 mm 10 mm No20 D
79. 8 HL QH 1 3 50mm 10mm 7 15mm 1976 10 46 v ae 15 S rarn 7 3mm 12mm 3mm XX No20 S
80. CRD CRD CRD 1 SJ201 75 30 50 3 1 50 12 25
81. 1 Na 2 Ni 3 Na 4 PNC MAP1 Na 5 Na _ SN941 76 2 9 50MW 3 Ni 50 51 9 Ni
82. 7 SJ 201 75 04 1975 S 201 75 04 1975 ll 4 4 1 2 1 1
83. 9 Walter Mars hall 2000 FBR FBR Marshall 2005 221CWe FBR 45GWe FBR 1987 1 7bn 1997 34bn TFBR NPC James C Stewart CFR 1 Stewart 9 2
84. EPMA SEM 2 HFR SHOT LOC 11 SHOT 2 3 LOC 3 SAUNA Incoloy 150 10Z 750C 4 5 21 RCN TJ A Goedkoop KNK I EURA COS PNC
85. S J201 76 11 50 9 1 51 4 30 49 ORIFS P F D 50 1 1 2 5 3 10 15 1 5 3 62 No20
86. 600C 1 2 CGC 2 300 C 50mm 40mm 3dB 3 mm 2 5mm 3
87. 1 A S J201 76 15 49 5 2
88. D SNR 300 5 MOL 7C CEN MOL 7C Supervise B R 2 MOL 7C SNR 300 ALKEM BelsoNucleaire BN TINTERATOM 3 6 SNR 300 KALKAR BN SNR 300 1 1 3
89. SN941 76 49 No20 1976 10 28 X 2 1 51 1 51 2 2 48 2 50 12 13 000 50 12
90. 48 6 50 3 No20 1976 10 1 SN941 76 5 50 2 50 3 1
91. 5 Na Mol 7C 169 Na FP 3 2 KWU Heide KWU KKWU Mulheim Factory No20 4 53 Frankfult 3500
92. 50 4 22 50 5 12 1 1 1 1 1 1 No20 1976 10 22
93. F BR 7 7 6 No20 1976 10 No 20 51 10 31 1 9 13 1 8 13
94. NERSA Nova tome NIRA 7 Super Phenix Fr 4 7bn 0 9 1976 7 3 6 000 Creys Malville EDF 300 m 7 6 500 600 Super Phenix 9 1 5 0 59 1 PFR UKAEA 18 9m PFR 3 PFR PFR
95. 1 FP FP 1 FPP W P V FP VW IV 9 50MWSC 3 50MW
96. 25C 7 C ZJ360 76 01 SUS50Mod 49 11 15 51 3 15 SUS50Mod TP SUS50Mod TP 13 Ni
97. I ZJ306 75 01 1975 7 ZZ J 306 76 01 1976 No20 1976 10 37 1
98. HI V HT 2 2 CA VW V 1 a TR 4
99. SEF OR ZPPR 2 ZPR 3 47 2 1 2 JAERI Fast Set Version II Z J250 76 10 V JAERI Fast 25 240Pu ZPR 6 Assembly 7 50 6 2 51 5 31 240Pu 240Pu lt PR 6 Assembly 7 clean 12 w o240 Pu dirty 27w o 240 Pu JAERI Fast Set Version 2
100. 2 SGHWR MCHFR MCHFR Chopped Cosine 1 94 ZJ302 76 14 1976 10 12 51 II II 50 9 10 51 3 15
101. No20 1976 10 SCC 2 ZJ302 76 10 49 11 11 50 3 31 ATR UO Pellet Clad Interaction Zry 2 2 4 1 5 2 1 5 2
102. SJ201 76 06 LT 50 11 1 51 5 31 ZPPR 3 Phase 3 MZA MZB ZPPR 2 ZJ201 76 08 2 50 9 1 51 3 30 2 F DOT
103. CT 1 H 1 1 NaK No20 1976 10 2 1 8 3 5 TI TL
104. U 9 Pu PaO Step 2 1 0 Step 3 2 2 2 DCA 25cm Pu0 U0 Neo20 1976 10 2 3 HTE
105. 7 Combined Program 3 3 1976 10 3 1 GIK 1 Pu EMF
106. CFR Sweep Arm Sub Assembly Identification 2 3 2 1
107. 7 6 3 3 1 70mm 2 14mm _v 10 10 0 10 1 10 4 10 s 10 PS PS SS Co ww ep C C mm 4 No20 1976 10 34 40 16 a 8 b 7 O HTL 1 gt i 32
108. GfK Peppler RCN GEK FSABRE 5 SA BRE MOL 7C 1 11 CA BRI 1 SCARABEE RCN LOC SHOT BREDA UO PauO Na
109. ISES JAN NUS I BM CR C 8 TFP TI
110. Pu SNR 300 2 BN Pu 1973 60t year 6 10kg h 3 7 TNO APELDOORN No20 1976 10 TNO 4400 Center 550 Apeldoorn Nuclear Energy Group R D Braun NO Aa
111. 2 3 a A B B D a D 6 STGAP 1976 20 36 N MIN 1 5 1 6 1 7 1 8 1 9 2 0 AX mm 2 14mm 8 a
112. 3 m 8m 2 5 Bohunice A1 1972 1975 1976 10 60 63 51 9 0 The Energy Daily July 28 1976 p 3 Aug 12 1976 p 1 2 Aug 18 1976 p 3 19 Financial Times June 22 1976 p 20 9 July 20 1976 p 14 9 Aug 3 1976 p 1 6 Nuclear Engineering International July 1976 p 40 9 Nuclear Industry May 1976 p 13 8 Nucleonics Week June 3 1976 p 5 9 June 10 1976p 6 Jane 10 1976 p 7 June 24 1976 p 2 July 1 1976 p 2 9 July 8 1976 p 4 July 15 1976 p 3 July 15 1976 p 10 July 19 1976 p 1 July 22 1976 p 6 July 22 1976 p 9 9 July 29 1976 p 5 0 The Times June 28 1976 p 21 1 K Traube Tbe Benelux German Fast Reactor Program me Journal of British Nuclear Energ
113. 5 1 3500CC 1
114. PW R 1974 PWR 9 AGR 1974 1976 Hinkley Point Hunterston 2 AGR SGHWR PWR SGHWR AGR 2 3
115. ee ISI 2 5 8 27 3 PCi 1 II MI TH CTL
116. 1 500MWe 1980 1985 SGHWR 1950 100MWe Winfrith 1980 660MWe SGHWR 1976 6 15 09 1974 Aan Cottrell PWR No20 0 61 Marshail PWR
117. MOL 7C KNK II 13 17 INTE RATOM GfK 0 MOL 7 C KNK I 11
118. 3 X10 ln eb 4 2 10mm 0 62mm 16 46mm 16 42mm 2 14mm 0 66mm n x 1 xr AX A X A N A x A X Z AX Z AX Sum Q Xk A X Q 1 xs A X 5 3 a a 8 9 1 70mm No20 C C D D 1 5X10 a
119. STEP 1 STEP 1 ATR STEP 2 ZJ302 76 07 1 50 8 1 51 3 31 CA
120. C 1 A 8 10 12m 350
121. HTR FBR FBR 0 1976 7 Financial Times JNuclear Power and Public Interest Brian Flower CFR R amp D SGHWR T lower
122. 25 9 60 57 0 Bensberg 1 6 000 Hengelo 3 000 1972 200 300 1973
123. 3500 Erlangen SNR 300 IHX SG Linz Voest KWU 3 3 ALKEM ALK EEM KWU Pu 1973 Pu 40t year 10t year 500kg year
124. Pu 1977 1979 SN R 300 60 2 1 EMF 0 M 1 2 ALKEM RBG Am 3 4 1INTERATOM KWU 1002 1976 10 54 He XX SNR 300 1976
125. 0 Wedgwood Benn 4 000MWe SCHWR 1 500m 2 500MWe SGHWR Sizewell B E1 000m 2 CEGB Sizewell AGR SGHWR Eadie C EGB 58 523MWe 15 000 MWe 1975 41 353 MWe 1976 3 1 4 SSEB 6 428MWe 2 640MWe 1975 3 925MWe CEGB 1974 SGHWR 1980
126. 4 KNK I Baden Wuettemberg 1976 3 17 Neo53 KNK 2 2 1976 5 12 No89 2 1 8 Ruud Lubbers SNR 300 1979 GT 46 m Neratoom SNR 300 GI 800 900m SNR 2 5 1 4 ENEL Arnaldo Maria Angeline Super Phenix 1976
127. JMTR OWL 1 FP JMTR 2 6 1 x No20 1976 10 4 WI
128. Pe DD WO 8 0 47 0 v 9 4 4 3 SN 9 S 5 10 11121314 S mmw Oo
129. 50 5 51 1 2 19 5 20 2kg sec 1 600 C 2 2 5ppm 4 800 3 000 11 5 426 SN941 76 47 1 1 49 8 31 49 9 16
130. 50MW 2 50MW 1 1 MW No20 1976 10 9 51 NV 50 8 15 51 2 28 3
131. JAERI FAST Versi on IT 25 2 Y Inner Core Outer Core 5 Blanket 5 50 ZZJ250 76 13 ZPPR 3 Phase3 50 6 2 51 5 3 JAERI Fast Version 1 R Ver sion 2 17 6 2 Version 2 Version 1 20 30
132. 2 5 4 5 8 Braun TNO Grosser TA Knuth GfK Kessler GEK Coe hoorn RCN Tas CEN SCK 4 SNR 300 SNR II 1975 4 Kess ler DeBeNe 4
133. 48 3 50 12 2 SJ299 76 01 21 2 Cr 1Mo 470C 8000 470 520 C 600C 10000 2 520 131500 Larson Miller 9 9kg mm 2 SN241 76 02 1
134. 2 XY 25 PIGEON P Beno ist 1976 10 16 C EE Phase 1 A 1 09 1 30 Phase 1B 1 06 1 23 C E 1 252 ZJ250 76 09 JAERI Fast Set Version II 50 6 2 51 5 31 JAERT Fast Set VersionII
135. W xs ys 2 2 Wis Xs Wy A Ws X Wy4 dsadya 2 3 28 x y x y g g xs xx yi Wg Ro20 g Wg g dg Ws x y Ws x ys dx dy dx dy 65 Ws Ws W x ys Wr r 1 A A A B B B
136. 1976 10 80 3 61 28 66 5 5 0 5 43 50 250 4 250 6 No20 1976 10 44 5mm 4 40mm 5 20rpm lt CRT 6
137. 5 1980 4 1 1981 4 1 6 1981 1 1 1982 1 1 7 1981 10 1 1982 10 1 8 1982 7 1 1983 7 1 2 3 678MWe CANDU Kyongju Asan 1 1981 1982 1 2 2 4 Rio Tercero 1 318 4m 447 5m 285 1m 71 5m 23 5m 102 1m 36 9m 67m 9 9m 13 6m 10m 23m
138. Kef 1 0236 2 R Z APOLLO 123 2 31 k k 2 56 k k 9 435w em3 416w cm ZJ250 76 08 NV ZPPR 3 Phase1A Phase 1B 50 6 2 51 5 31 PPR Assembly3 Phase1A Ph ase 1B JAERI FAS JFS V2
139. 45m 27m U KAEA SGHWR R amp D 9m 1 2 2 Pickering 3 31 4 26 10 1975 1976 10 52 Pickering B 5 8 1 1 775m 175m Ontario Hydro AECL 850MWe 1 250MWe CANDU PHW 1 4 No20 0 Pickering B
140. Ar Na 300 500C Na No20 1976 10 20 Ar Na CO C O N HH2 Na H2 H2 SJ270 7 01 CT 50 6 1 51 3 20
141. 1 3 OVertical 1 V Div OHorizontal 2 Div EE S mm Ro20 1976 10 48 i Na 8 A m 10mm
142. 2 V V g V W3x10 6 3 1 2 4 1 ti sec G g sc ti 150G 5 D L i D gt 20 30 Lo Do lt 3 5 SN941 76 27 Na 8 50 4 51 3 Na Na
143. I 1ISI 2 7
144. 1 2 1 PNg Pis Pnn1 2oc Pie SWAT 2 No20 1976 10 50MWSGTF Ni 0 25mm 150cm 10 102mmHg 216 505C KK 1 P gt 0 5mmHg KK K kexp RT k T 2 P lt 0 5mnHg KK K K b PNH 1 m KK 1 b m Frec mdieh b PNn 7m
145. 1980 09 SNR 2 3 IN B ESK 4 1 300MWe 1 500MWe SNR 300 SNR 2 SNR 300 No20 1 Reactorvessel 5 Transfer ce 2Reactorplug 6Nadrainand 3 Biologicalshield leakagedump 4 Primary HTS Vessel 0 10 20m SNR 2 SNR 300 HCDA 1 1
146. 2 xi yy xe ry 1 No20 1976 10 No20 1976 10 30 a a i lt J xe ya 7 J A x4 ya 2 II oe pu AAT y4 1 1 x4 y WE Hi 2 CT W 2 gt SR 1 NV 3 NN 2 SS xs y6 x ya 2 x2 yz Ge yo ro 2 ys 2 xo aa ya 82 9 Ra ys x ro yo 3 y 2 20 0 1 2 3 x4 s x Bs Bs 47 GD xe yes xo 5 ro 0 4 8 3 3 Be a 1 xs Ye yo 5 ys yo 2o Bs 4oar 9 x xo gs y 4 2 4
147. 950C W 4 ERDA 2 6 GfK INB 5 1 2 1 SNR 300 1976 4 SNR 300 12m 180 000m 602 1976 7 SG 5 000
148. V g rr re x y4 1 4 2 3 Fs 2 Gy ta tar re 12 2 r 6 ji x w ri ra rs Ne y 7 4 i 3 74 b GO 1 Be 82 4as 2 yz 8 2 G 1 ry b sin 4 1 GD xs 1 b cos 5 x x ys Xs
149. ee 50 9 1 50 10 30 1 78 600C 7 1 2 13 25 0 75 3
150. 300 200C S J201 75 33 1 50 8 20 51 6 30 CIC2 C 1 C 200C 1 5 2X10 4A ny No1 5 1 10 14 A nv No 2 2 7 1 7X10 1HA R h 3 1 X10138 4 7 100 No20 1976 10 200 C 7 1
151. Version 2 1 KK ZPPR 3 Phase 3 Version 2 CE 0 8 Version 2 Version 1 Z J250 76 14 50 2 1 51 2 10 wj
152. 240Pu CE 1 C 1 Clean dirty CE consistent ZJ250 76 11 ZPPR 3 PLATEDATA 50 6 2 51 5 31 ZPPR 3 PLATEDATA PLATE DATA PLATEDA
153. 2 1 NPC SGHWR LWR AGR S GHWR 2 1978 1 1976 NPC 1976 7 SGHWR 1 No20 1976 10 CEGB 1976 NPC SGHWR
154. ASLB CRBR 4 LMFBR CRBR CRBR LMFBR NRC 9 NRC PMC 2 1 2 No20 core catcher NRC 24 5 PMC
155. 23 6 SWAT 2 SWAT 2 47 4 50 7 107 2600 500 C Na Na Na Na Na Na Na Na OH
156. 23 000 1 1 100t 2 3 4 50 4 51 2 5 6 CTmk n No20 1976 10 s N941 76_43
157. 1 2 ZN941 dy 49 10 1 49 12 31 15 000
158. R 1976 10 C 42 CR 4 25 rpm CRT 3 3 5
159. Super Phe nix ESK INB KNK HE Na KNK 1977 FBR FBR DeBeNe No20 1976 10 2 2
160. ZZ PR M 105 111 0 5 1 PLATEDATA ZJ250 76 12 No20 1976 10 ZPPR 3 MZC BN Q R MZB 2 50 6 2 51 5 31 ZPPR Assembjy 3 ZEBRA MZC BN Q R MZ B 2
161. 3 W Rapsodie PNC 8 9 LT JM TR SH IT JMTR SH y 1t 7 II S G IT
162. SN941 76 26M 7 50 2 1 51 2 29 1 i D 20 30 1976 10 24 1 L D 20 30 6 D 150 2 1 Na
163. Xx Xs x Q xk Xk TA x n Xk Q Xk Xk XxX qi x dx CO oo pi x dx Xk XX 9 2 EG WD OL N DE 7 O 1976 10 35 3 A ee mm i A A 2 23 2 27 4 A B 2 23 2 27 8 se B B 2 23 2 27 4 4 4 4 EE 4 15 4 19 8 8 8 8 B D 2 17 2 21 8 a CN 210 2 14 8 8 yr 8 D D 2 10 2 14 4 1 4 4 0 4 48 16 ls 12 8 zew 40 4 a
164. SJ230 76 01 II 50 11 10 51 3 31 n e He Eue0 1 100C He 2 EuazO Euz0
165. 2 y 2 3 5X10 2A 4 1010nmv 500 V 99 8 5 y 200 2 6 7 10 3 Rh 10 4 RR h 3 5 S J223 76 03 50 10 1 51 5 31 7
166. 4 1 1 5 420 IT NaK s 1
167. 7 20 9 3 BR 116 7 27 FS1 7 14 NEA CSNI 7 21 7 19 Na 8 18 8 24 NEA CSNI 8 26 9 22 118 9 24 FEM 119 9 28 No20 mFBR 61 7 6 62 7 20 63
168. AGR 0 UKA EA John Hill SGHWR PWR AGR SGHWR 1 1974 P 15 28 31 PWR 1976 10 62 CEGB 1980
169. 0 M ALKEM 2 1964 5 ge y 10 Ci 1 MeV FP 5 X 2 3 Transuranium Institute 1966 oe 7 7 109Gi 1 M eV PNC Cf 4 5 5 10 Ci 1 Mev 4 KNK IT Na 7 U Pu Oz 1976
170. IHX SNR 300 SNR 300 1977 0 3 INTERATOM 1976 5 18 LMFBR R amp D 1 INTERATOM CEA 1976 10 2 GIK INTERATOM CEA R amp D 3 INB Novatome
171. AX 0 2 0 4 0 6 0 8 1 0 A g mm 5 0 90 1 93 0 10 10 10 2 10 3 10 10 6 10 HH OO to OO OO OO OO om hf co ol oo MCHFR 6 MOHFR C C No20 4 5 2 x i i x p x x d x x xkx
172. CEGB AGR 0 SSEB SGHWR SGHWR PWR 9 2 1976 9 22 SGHWR SGHWR SGHWR Wedgwood Benn 1976 40 UKAEA L UKAEA 9 38 Denis Healey 1 8bn SGHWR 81m CEGB Sizewel1 B
173. GE Bechtel AI Burns amp Roe 3 AI 1 1976 10 CRBR PLBR GE WH WH GE 3 FBR 1 200 1 350MWe PLBR 900MWe EPRI ERDA EPRT ERDA CRBR 0
174. 7 23 Na 8 26 64 9 28 65 9 7 66 9 14 Na FF BR 81 7 22 82 9 29 BR 94 7 14 95 7 22 8 11 OECD NEEA CRP 1976 10 66 8 31 Na 9 6 OECD NEA CRP 9 14 B ZETT mF BK 63 9 27 9 17
175. B D C C C D D D STGAP 3 C C 4 2 14mm 1 70mm 1 5 X10 a 4
176. IHI Engineering Review vol 9 No3 51 a 8 Sp acia Mesh Effect in Three Dimensional Diffusion Calculation for Fast Reactors 8 ite Difference and Finite Element Meth Comparison Sfudy of Fin ods Applied for a Two Dimensional Space Time Dynamics Problem in LMF BR Power Excursion 8 8 10
177. 28 1974 3 1976 9 9 No20 1976 10 60 R amp D R wD FBR R amp D Energy R and D in the United Kingdom
178. IB 50C XMA 0 48 4 50 10 10wppm MK 1 3 S AI SI Type316 stainless steel 650 C 700C 2 650C 700C 700C
179. 1976 10 14 1 7 2 S J206 76 10 50 8 1 51 2 27 Am Cm
180. 30 22 5cem DCA DCA DCA 1 2 0 4 3 UO 102 4 UO 60 5 6 1 2 2 A K Bio 7 5ppm 8 4ppm 6 one rod stuck 3 7 A K No20 1976 10 10 50 12 15 51 4 30
181. TN134 76 04 No 201 976 10 No20 lt a ars te 1 mw EE ET NO EE RR 4 1 MA 9 RN ad oa 12 3 4 50 0 We 56 ee 64 1
182. o512 PZT J256 75 03 50 9 10 51 3 15 N O H CH CO Ar Na
183. y Society July 1976 pp 215 224 2 W G Morison Heavy Water Nuclear Station Design Canadian Nuclear Association 16th Annual Tnternational Conference Tronto June 13 16 1976 3 J McCredie The Influence of Design and Regulatory Code Changes on a Repeat Project Pickering G S B Canadian Nuclear Association 16 Annual tnternational Conference Tronto June 13 16 1976 The Reuter Applied Atomics Report June 1 1976p 1 3 ep July 30 1976 p 17 July 30 1976 p 17 6 Atomwirtschaft May 1976 p 218 P MRNA 7 June 1976 p 279 8 July 1976 p 322 ee 9 July 1976 p 323 No20 1976 10 51 7 9 Two Dimensional Space Time Neutron Quasistatic Kineties with Finite Element Method 7 Sodium Water Reaction Test Facility SWAT 3

PNC-TN134-76-04:5.87MB

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