ENTRY D4270 20160518 D104D427000000001 SUBENT D4270001 20160518 D104D427000100001 BIB 13 48 D427000100002 TITLE Experimental excitation functions of deuteron induced D427000100003 reactions on natural thallium up to 50 MeV D427000100004 AUTHOR (R.Adam Rebeles,P.Van Den Winkel,A.Hermanne, D427000100005 F.Tarkanyi,S.Takacs) D427000100006 INSTITUTE (2BLGVUB,3HUNDEB) D427000100007 REFERENCE (J,NIM/B,288,94,2012) D427000100008 #doi:10.1016/j.nimb.2012.05.044 D427000100009 FACILITY (CYCLO,2BLGLVN) D427000100010 SAMPLE Natural thallium targets (19.9 micron) were D427000100011 prepared by electrodeposition on thin copper foils D427000100012 with nominal thickness 25 and 12.5 micron. D427000100013 DETECTOR (HPGE) D427000100014 METHOD (ACTIV,EXTB,EDEG,GSPEC,MOSEP,STTA) Samples were D427000100015 prepared by electrodeposition onto cupper backing. D427000100016 Irradiation was done using stacked target method. D427000100017 Target thickness: 19.9 micron natural thallium target D427000100018 backing: 12.5 and 25 micron cupper monitor foils: 27 D427000100019 micron aluminium foils energy degraders: 100 micron D427000100020 lanthanum foils Bombarding deuteron energy: 50 MeV D427000100021 beam intensity:110 nA irradiation time: 40min 3% D427000100022 correction was applied to the measured beam intensity D427000100023 using monitor reactions. D427000100024 MONITOR (13-AL-27(D,X)11-NA-22,,SIG) D427000100025 (13-AL-27(D,X)11-NA-24,,SIG) D427000100026 MONIT-REF (,F.Tarkanyi+,R,IAEA-TECDOC-1211,2001) D427000100027 ERR-ANALYS (EN-ERR) The initial uncertainty of the beam energy D427000100028 was +-0.1MeV. Due to accumulating influence of the D427000100029 variations in foil thickness and energy spread, the D427000100030 uncertainty in the median energy estimation is D427000100031 increasing along the stack, reaching a maximum of D427000100032 4 MeV in the last foil. D427000100033 (DATA-ERR) The uncertainty of the cross-sections was D427000100034 estimated from the independent relative errors of the D427000100035 linearly contributing processes. D427000100036 (ERR-1) number of target nuclei and uniformity (5%) D427000100037 (ERR-2) beam intensity (5%) D427000100038 (ERR-3) detector efficiency (5%) D427000100039 (ERR-4,1.,5.) gamma-ray abundances (1-5%) D427000100040 (ERR-S,1.,5.)statistical and peak fitting (1-5%) D427000100041 The overall uncertainty is evaluated at 8-13%. D427000100042 ADD-RES (THEO) The experimental data were compared to the D427000100043 results of the theoretical model codes: TALYS1.4 D427000100044 (COMP) The measured experimental data were compared to D427000100045 those found in the literature. D427000100046 (TTY-C) Fitted excitation functions were used for D427000100047 determination of integral physical yields. D427000100048 HISTORY (20121126C) TS D427000100049 (20160517A) VS. DECAY-DATA correction in 007. D427000100050 ENDBIB 48 0 D427000100051 COMMON 3 3 D427000100052 ERR-1 ERR-2 ERR-3 D427000100053 PER-CENT PER-CENT PER-CENT D427000100054 5. 5. 5. D427000100055 ENDCOMMON 3 0 D427000100056 ENDSUBENT 55 0 D427000199999 SUBENT D4270002 20121126 D086D427000200001 BIB 3 5 D427000200002 REACTION (81-TL-0(D,X)82-PB-204-M,,SIG) D427000200003 DECAY-DATA (82-PB-204-M,66.93MIN,DG,374.76,0.942, D427000200004 DG,899.15,0.99174, D427000200005 DG,911.74,0.915) D427000200006 STATUS (TABLE)Data were taken from Table 2 of the reference. D427000200007 ENDBIB 5 0 D427000200008 NOCOMMON 0 0 D427000200009 DATA 4 22 D427000200010 EN EN-ERR DATA DATA-ERR D427000200011 MEV MEV MB MB D427000200012 48.6 0.2 52. 7. D427000200013 47.2 0.2 63. 8. D427000200014 45.8 0.3 55. 7. D427000200015 44.6 0.4 65. 8. D427000200016 43.3 0.5 63. 8. D427000200017 42.0 0.5 84. 11. D427000200018 40.6 0.6 75. 10. D427000200019 39.3 0.7 83. 11. D427000200020 37.9 0.8 80. 10. D427000200021 36.4 0.9 88. 11. D427000200022 34.9 1.0 97. 13. D427000200023 33.4 1.1 110. 14. D427000200024 31.8 1.2 116. 15. D427000200025 30.2 1.4 159. 21. D427000200026 28.5 1.5 210. 27. D427000200027 26.7 1.7 295. 38. D427000200028 24.8 1.9 426. 55. D427000200029 22.8 2.1 460. 60. D427000200030 20.7 2.4 392. 51. D427000200031 18.4 2.8 238. 31. D427000200032 16.0 3.2 91. 12. D427000200033 13.2 4.0 5. 1. D427000200034 ENDDATA 24 0 D427000200035 ENDSUBENT 34 0 D427000299999 SUBENT D4270003 20121126 D086D427000300001 BIB 3 3 D427000300002 REACTION (81-TL-0(D,X)82-PB-203,,SIG) D427000300003 DECAY-DATA (82-PB-203-G,51.92HR,DG,279.19,0.809,DG,401.32,0.0335) D427000300004 STATUS (TABLE)Data were taken from Table 2 of the reference. D427000300005 ENDBIB 3 0 D427000300006 NOCOMMON 0 0 D427000300007 DATA 4 23 D427000300008 EN EN-ERR DATA DATA-ERR D427000300009 MEV MEV MB MB D427000300010 49.9 0.1 246. 32. D427000300011 48.6 0.2 258. 34. D427000300012 47.2 0.2 270. 35. D427000300013 45.8 0.3 263. 34. D427000300014 44.6 0.4 277. 36. D427000300015 43.3 0.5 301. 39. D427000300016 42.0 0.5 340. 44. D427000300017 40.6 0.6 369. 48. D427000300018 39.3 0.7 419. 54. D427000300019 37.9 0.8 470. 61. D427000300020 36.4 0.9 562. 73. D427000300021 34.9 1.0 689. 90. D427000300022 33.4 1.1 798. 104. D427000300023 31.8 1.2 790. 103. D427000300024 30.2 1.4 823. 107. D427000300025 28.5 1.5 680. 88. D427000300026 26.7 1.7 559. 73. D427000300027 24.8 1.9 361. 47. D427000300028 22.8 2.1 146. 19. D427000300029 20.7 2.4 75. 10. D427000300030 18.4 2.8 108. 14. D427000300031 16.0 3.2 171. 22. D427000300032 13.2 4.0 156. 20. D427000300033 ENDDATA 25 0 D427000300034 ENDSUBENT 33 0 D427000399999 SUBENT D4270004 20121126 D086D427000400001 BIB 3 3 D427000400002 REACTION (81-TL-0(D,X)82-PB-202-M,,SIG) D427000400003 DECAY-DATA (82-PB-202-M,3.54HR,DG,422.12,0.84,DG,786.99,0.49) D427000400004 STATUS (TABLE)Data were taken from Table 2 of the reference. D427000400005 ENDBIB 3 0 D427000400006 NOCOMMON 0 0 D427000400007 DATA 4 22 D427000400008 EN EN-ERR DATA DATA-ERR D427000400009 MEV MEV MB MB D427000400010 49.9 0.1 304. 40. D427000400011 48.6 0.2 308. 40. D427000400012 47.2 0.2 361. 47. D427000400013 45.8 0.3 368. 48. D427000400014 44.6 0.4 407. 53. D427000400015 43.3 0.5 432. 56. D427000400016 42.0 0.5 450. 58. D427000400017 40.6 0.6 419. 55. D427000400018 39.3 0.7 369. 48. D427000400019 37.9 0.8 303. 39. D427000400020 36.4 0.9 222. 29. D427000400021 34.9 1.0 151. 20. D427000400022 33.4 1.1 87. 11. D427000400023 31.8 1.2 51. 7. D427000400024 30.2 1.4 59. 8. D427000400025 28.5 1.5 76. 10. D427000400026 26.7 1.7 102. 13. D427000400027 24.8 1.9 117. 15. D427000400028 22.8 2.1 99. 13. D427000400029 20.7 2.4 72. 9. D427000400030 18.4 2.8 38. 5. D427000400031 16.0 3.2 7. 1. D427000400032 ENDDATA 24 0 D427000400033 ENDSUBENT 32 0 D427000499999 SUBENT D4270005 20121126 D086D427000500001 BIB 3 3 D427000500002 REACTION (81-TL-0(D,X)82-PB-201,,SIG) D427000500003 DECAY-DATA (82-PB-201-G,9.33HR,DG,331.15,0.77,DG,361.25,0.095) D427000500004 STATUS (TABLE)Data were taken from Table 2 of the reference. D427000500005 ENDBIB 3 0 D427000500006 NOCOMMON 0 0 D427000500007 DATA 4 19 D427000500008 EN EN-ERR DATA DATA-ERR D427000500009 MEV MEV MB MB D427000500010 49.9 0.1 670. 87. D427000500011 48.6 0.2 604. 79. D427000500012 47.2 0.2 511. 66. D427000500013 45.8 0.3 389. 51. D427000500014 44.6 0.4 303. 39. D427000500015 43.3 0.5 244. 32. D427000500016 42.0 0.5 219. 28. D427000500017 40.6 0.6 210. 27. D427000500018 39.3 0.7 232. 30. D427000500019 37.9 0.8 260. 34. D427000500020 36.4 0.9 307. 40. D427000500021 34.9 1.0 348. 45. D427000500022 33.4 1.1 368. 48. D427000500023 31.8 1.2 338. 44. D427000500024 30.2 1.4 315. 41. D427000500025 28.5 1.5 229. 30. D427000500026 26.7 1.7 150. 20. D427000500027 24.8 1.9 60. 8. D427000500028 22.8 2.1 9. 1. D427000500029 ENDDATA 21 0 D427000500030 ENDSUBENT 29 0 D427000599999 SUBENT D4270006 20121126 D086D427000600001 BIB 3 3 D427000600002 REACTION (81-TL-0(D,X)82-PB-200,,SIG) D427000600003 DECAY-DATA (82-PB-200,21.5HR,DG,147.63,0.382) D427000600004 STATUS (TABLE)Data were taken from Table 2 of the reference. D427000600005 ENDBIB 3 0 D427000600006 NOCOMMON 0 0 D427000600007 DATA 4 13 D427000600008 EN EN-ERR DATA DATA-ERR D427000600009 MEV MEV MB MB D427000600010 49.9 0.1 210. 27. D427000600011 48.6 0.2 240. 31. D427000600012 47.2 0.2 265. 34. D427000600013 45.8 0.3 260. 34. D427000600014 44.6 0.4 269. 35. D427000600015 43.3 0.5 271. 35. D427000600016 42.0 0.5 264. 34. D427000600017 40.6 0.6 232. 30. D427000600018 39.3 0.7 195. 25. D427000600019 37.9 0.8 140. 18. D427000600020 36.4 0.9 87. 11. D427000600021 34.9 1.0 45. 6. D427000600022 33.4 1.1 14. 2. D427000600023 ENDDATA 15 0 D427000600024 ENDSUBENT 23 0 D427000699999 SUBENT D4270007 20160518 D104D427000700001 BIB 4 5 D427000700002 REACTION (81-TL-0(D,X)81-TL-202,,SIG) D427000700003 DECAY-DATA (81-TL-202,12.31D,DG,439.51,0.915) D427000700004 STATUS (TABLE)Data were taken from Table 2 of the reference. D427000700005 HISTORY (20160517A) VS. SF5=IND deleted. D427000700006 82-PB-200->81-TL-202 in DECAY-DATA. D427000700007 ENDBIB 5 0 D427000700008 NOCOMMON 0 0 D427000700009 DATA 4 23 D427000700010 EN EN-ERR DATA DATA-ERR D427000700011 MEV MEV MB MB D427000700012 49.9 0.1 149. 30. D427000700013 48.6 0.2 140. 28. D427000700014 47.2 0.2 126. 25. D427000700015 45.8 0.3 111. 22. D427000700016 44.6 0.4 104. 21. D427000700017 43.3 0.5 101. 20. D427000700018 42.0 0.5 99. 20. D427000700019 40.6 0.6 94. 19. D427000700020 39.3 0.7 94. 19. D427000700021 37.9 0.8 88. 18. D427000700022 36.4 0.9 87. 17. D427000700023 34.9 1.0 89. 18. D427000700024 33.4 1.1 87. 17. D427000700025 31.8 1.2 73. 15. D427000700026 30.2 1.4 66. 13. D427000700027 28.5 1.5 48. 10. D427000700028 26.7 1.7 37. 7. D427000700029 24.8 1.9 27. 5. D427000700030 22.8 2.1 17. 3. D427000700031 20.7 2.4 15. 3. D427000700032 18.4 2.8 15. 3. D427000700033 16.0 3.2 15. 3. D427000700034 13.2 4.0 11. 2. D427000700035 ENDDATA 25 0 D427000700036 ENDSUBENT 35 0 D427000799999 SUBENT D4270008 20121126 D086D427000800001 BIB 3 3 D427000800002 REACTION (81-TL-0(D,X)81-TL-201,IND,SIG) D427000800003 DECAY-DATA (81-TL-201,73.01HR,DG,167.43,0.10) D427000800004 STATUS (TABLE)Data were taken from Table 2 of the reference. D427000800005 ENDBIB 3 0 D427000800006 NOCOMMON 0 0 D427000800007 DATA 4 13 D427000800008 EN EN-ERR DATA DATA-ERR D427000800009 MEV MEV MB MB D427000800010 49.9 0.1 112. 22. D427000800011 48.6 0.2 91. 18. D427000800012 47.2 0.2 87. 17. D427000800013 45.8 0.3 61. 12. D427000800014 44.6 0.4 57. 11. D427000800015 43.3 0.5 56. 11. D427000800016 42.0 0.5 46. 9. D427000800017 40.6 0.6 40. 8. D427000800018 39.3 0.7 31. 6. D427000800019 37.9 0.8 29. 6. D427000800020 36.4 0.9 19. 4. D427000800021 34.9 1.0 11. 2. D427000800022 33.4 1.1 8. 2. D427000800023 ENDDATA 15 0 D427000800024 ENDSUBENT 23 0 D427000899999 SUBENT D4270009 20121126 D086D427000900001 BIB 3 4 D427000900002 REACTION (81-TL-0(D,X)81-TL-200,IND,SIG) D427000900003 DECAY-DATA (81-TL-200,26.1HR,DG,367.94,0.87,DG,579.30,0.137, D427000900004 DG,828.27,0.108,DG,1205.75,0.30) D427000900005 STATUS (TABLE)Data were taken from Table 2 of the reference. D427000900006 ENDBIB 4 0 D427000900007 NOCOMMON 0 0 D427000900008 DATA 4 11 D427000900009 EN EN-ERR DATA DATA-ERR D427000900010 MEV MEV MB MB D427000900011 49.9 0.1 30. 6. D427000900012 48.6 0.2 25. 5. D427000900013 47.2 0.2 18. 4. D427000900014 45.8 0.3 15. 3. D427000900015 44.6 0.4 11. 2. D427000900016 43.3 0.5 10. 2. D427000900017 42.0 0.5 9. 2. D427000900018 40.6 0.6 7. 1. D427000900019 39.3 0.7 3. 1. D427000900020 37.9 0.8 4. 1. D427000900021 36.4 0.9 5. 1. D427000900022 ENDDATA 13 0 D427000900023 ENDSUBENT 22 0 D427000999999 ENDENTRY 9 0 D427099999999