ENTRY 40938 20191105 41844093800000001 SUBENT 40938001 20191105 41844093800100001 BIB 13 41 4093800100002 INSTITUTE (4RUSFEI) 4093800100003 REFERENCE ((J,YK,,(3),12,1985)= 4093800100004 (R,INDC(CCP)-252,12,1985)) 4093800100005 Main reference 4093800100006 No Engl.translation of full paper in INDC-CCP-0293 4093800100007 AUTHOR (M.V.Bokhovko,L.E.Kazakov,V.N.Kononov,E.D.Poletaev, 4093800100008 V.M.Timokhov,A.A.Voevodskiy) 4093800100009 TITLE The measurement of neutron radiative capture 4093800100010 cross-section for 143Nd and 145Nd between 4 - 420 keV 4093800100011 FACILITY (VDG) Pulsed Van-de-Graaff accelerator EG-1 4093800100012 INC-SOURCE (P-LI7) Metallic Li target 4093800100013 METHOD (TOF) 2.4 and 0.72 m flight paths. 4093800100014 DETECTOR (STANK) Liquid scintillation tank of 17 l. 4093800100015 For prompt gamma-quanta registration in 4PI geometry. 4093800100016 Filled with toluene + 60% trimethyl borate. 4093800100017 (NAICR,SILI) Thin Li-6 glass detector (in front of 4093800100018 sample) and B-10 plate + two NaI(Tl) crystals detector 4093800100019 behind sample - to measure neutron beam. 4093800100020 ANALYSIS Saturated resonance method 4093800100021 MONITOR (3-LI-6(N,T)2-HE-4,,SIG) For En <100 keV 4093800100022 (5-B-10(N,A)3-LI-7,,SIG) for En > 100 keV 4093800100023 CORRECTION Corrections were made on multiple scattering and 4093800100024 resonance blocking of neutrons in samples and 4093800100025 gamma-quanta absorption in samples 4093800100026 ERR-ANALYS (ERR-S,1.,5.) Statistical error 1.% at 400 keV, 4093800100027 5.% at 5 keV 4093800100028 (ERR-1,0.5,4.) Error due background subtractions - 4093800100029 4% at 5 keV neutron energy, 4093800100030 0.5% at energy > 300 keV. 4093800100031 (ERR-3) Normalization error , including 4093800100032 Li-6 monitor C-S 0.5-2.% at 5-100 keV, 4093800100033 B-10 monitor C-S 1.6-2.% at 200-400 keV 4093800100034 (ERR-T) Total error 4093800100035 HISTORY (19871211C) Compiled at CJD 4093800100036 (19920726U) REFERENCE code corrected. REACTION SF8 4093800100037 changed from 'SPA' to 'AV' in SAN 002, 003 4093800100038 (20191105A) M.M. Ref. YK was corrected. 4093800100039 Upper -> lower case correction. 4093800100040 TITLE was corrected as given in Engl.abstract. 4093800100041 ERR-ANALYS was corrected according to now-day rules. 4093800100042 BIB information was added. 4093800100043 ENDBIB 41 0 4093800100044 COMMON 1 3 4093800100045 ERR-3 4093800100046 PER-CENT 4093800100047 4. 4093800100048 ENDCOMMON 3 0 4093800100049 ENDSUBENT 48 0 4093800199999 SUBENT 40938002 20191105 41844093800200001 BIB 5 7 4093800200002 REACTION (60-ND-143(N,G)60-ND-144,,SIG,,AV) 4093800200003 SAMPLE Neodymium-oxide, Nd-143 content is 82.2 % , 4093800200004 thickness is 0.01 nuclei/barn 4093800200005 REL-REF (D,30360001,A.R.de L.Musgrowe+,C,78HARWELL,,449,1978) 4093800200006 (D,21631002,N.Yamamuro+,C,79BOLOGN,,19,1979) 4093800200007 STATUS (TABLE) Table 2 of INDC-CCP-252,12,1985 4093800200008 HISTORY (19920726U) REACTION SF8 changed to 'AV' from 'SPA' 4093800200009 ENDBIB 7 0 4093800200010 NOCOMMON 0 0 4093800200011 DATA 4 56 4093800200012 EN-MIN EN-MAX DATA ERR-T 4093800200013 KEV KEV MB MB 4093800200014 4. 5. 1857. 175. 4093800200015 5. 6. 1318. 113. 4093800200016 6. 7. 1232. 104. 4093800200017 7. 8. 1093. 88. 4093800200018 8. 9. 1047. 81. 4093800200019 9. 10. 836. 61. 4093800200020 10. 12. 695. 48. 4093800200021 12. 14. 628. 43. 4093800200022 14. 16. 517. 35. 4093800200023 16. 20. 422. 28. 4093800200024 20. 24. 359. 24. 4093800200025 24. 28. 291. 19. 4093800200026 28. 32. 276. 18. 4093800200027 32. 36. 247. 16. 4093800200028 36. 40. 223. 14. 4093800200029 40. 44. 201. 13. 4093800200030 44. 48. 189. 12. 4093800200031 48. 52. 174. 11. 4093800200032 52. 56. 163. 10. 4093800200033 56. 60. 159. 10. 4093800200034 60. 64. 146. 9. 4093800200035 64. 68. 144. 9. 4093800200036 68. 72. 141. 9. 4093800200037 72. 76. 139. 9. 4093800200038 76. 80. 129. 8. 4093800200039 80. 84. 120. 8. 4093800200040 84. 88. 113. 7. 4093800200041 88. 92. 115. 7. 4093800200042 92. 96. 107. 7. 4093800200043 96. 100. 106. 7. 4093800200044 100. 110. 105. 7. 4093800200045 110. 120. 97. 6. 4093800200046 120. 130. 90. 6. 4093800200047 130. 140. 87. 6. 4093800200048 140. 150. 90. 6. 4093800200049 150. 160. 82. 6. 4093800200050 160. 170. 79. 5. 4093800200051 170. 180. 77. 5. 4093800200052 180. 190. 73. 5. 4093800200053 190. 200. 70. 5. 4093800200054 200. 210. 78. 6. 4093800200055 210. 220. 75. 5. 4093800200056 220. 230. 71. 5. 4093800200057 230. 240. 76. 6. 4093800200058 240. 250. 73. 5. 4093800200059 250. 260. 68. 5. 4093800200060 260. 270. 73. 5. 4093800200061 270. 280. 65. 5. 4093800200062 280. 290. 69. 5. 4093800200063 290. 300. 64. 5. 4093800200064 300. 320. 60. 5. 4093800200065 320. 340. 59. 4. 4093800200066 340. 360. 55. 4. 4093800200067 360. 380. 54. 4. 4093800200068 380. 400. 59. 4. 4093800200069 400. 420. 54. 3. 4093800200070 ENDDATA 58 0 4093800200071 ENDSUBENT 70 0 4093800299999 SUBENT 40938003 20191105 41844093800300001 BIB 5 9 4093800300002 REACTION (60-ND-145(N,G)60-ND-146,,SIG,,AV) 4093800300003 SAMPLE Neodymium-oxide, Nd-145 content is 82 % , 4093800300004 thickness is 0.00742 nuclei/barn 4093800300005 REL-REF (D,30360001,A.R.de L.Musgrowe+,C,78HARWELL,,449,1978) 4093800300006 Agree at En < 60 keV, lower at others En 4093800300007 (D,21631003,N.Yamamuro+,C,79BOLOGN,,19,1979) 4093800300008 ~30% higher 4093800300009 STATUS (TABLE) Table 2 of INDC-CCP-252,12,1985 4093800300010 HISTORY (19920726U) REACTION SF8 changed to 'AV' from 'SPA' 4093800300011 ENDBIB 9 0 4093800300012 NOCOMMON 0 0 4093800300013 DATA 4 56 4093800300014 EN-MIN EN-MAX DATA ERR-T 4093800300015 KEV KEV MB MB 4093800300016 4. 5. 1995. 165. 4093800300017 5. 6. 1605. 128. 4093800300018 6. 7. 1498. 115. 4093800300019 7. 8. 1360. 100. 4093800300020 8. 9. 1203. 85. 4093800300021 9. 10. 1122. 76. 4093800300022 10. 12. 1004. 65. 4093800300023 12. 14. 847. 54. 4093800300024 14. 16. 759. 47. 4093800300025 16. 20. 646. 40. 4093800300026 20. 24. 561. 34. 4093800300027 24. 28. 480. 29. 4093800300028 28. 32. 452. 28. 4093800300029 32. 36. 402. 25. 4093800300030 36. 40. 372. 23. 4093800300031 40. 44. 338. 21. 4093800300032 44. 48. 318. 20. 4093800300033 48. 52. 303. 19. 4093800300034 52. 56. 280. 17. 4093800300035 56. 60. 277. 17. 4093800300036 60. 64. 266. 16. 4093800300037 64. 68. 248. 15. 4093800300038 68. 72. 234. 14. 4093800300039 72. 76. 231. 14. 4093800300040 76. 80. 216. 13. 4093800300041 80. 84. 201. 12. 4093800300042 84. 88. 191. 12. 4093800300043 88. 92. 182. 11. 4093800300044 92. 96. 178. 11. 4093800300045 96. 100. 172. 11. 4093800300046 100. 110. 166. 10. 4093800300047 110. 120. 154. 10. 4093800300048 120. 130. 140. 10. 4093800300049 130. 140. 141. 9. 4093800300050 140. 150. 127. 8. 4093800300051 150. 160. 123. 8. 4093800300052 160. 170. 124. 8. 4093800300053 170. 180. 126. 8. 4093800300054 180. 190. 122. 8. 4093800300055 190. 200. 117. 7. 4093800300056 200. 210. 109. 7. 4093800300057 210. 220. 106. 7. 4093800300058 220. 230. 102. 7. 4093800300059 230. 240. 99. 7. 4093800300060 240. 250. 100. 7. 4093800300061 250. 260. 96. 7. 4093800300062 260. 270. 93. 6. 4093800300063 270. 280. 90. 6. 4093800300064 280. 290. 93. 7. 4093800300065 290. 300. 88. 6. 4093800300066 300. 320. 90. 6. 4093800300067 320. 340. 89. 6. 4093800300068 340. 360. 85. 6. 4093800300069 360. 380. 84. 6. 4093800300070 380. 400. 79. 5. 4093800300071 400. 420. 77. 5. 4093800300072 ENDDATA 58 0 4093800300073 ENDSUBENT 72 0 4093800399999 ENDENTRY 3 0 4093899999999