ENTRY D4083 20160518 D104D408300000001 SUBENT D4083001 20160518 D104D408300100001 BIB 11 33 D408300100002 TITLE Excitation function for the natTi(p,x)48V nuclear D408300100003 process: Evaluation and new measurements for practical D408300100004 applications D408300100005 AUTHOR (F.SZELECSENYI, F.Tarkanyi, S.TAKACS, A.HERMANNE, D408300100006 M.SONCK, YU.SHUBIN, M.G.MUSTAFA, ZHUANG YOUXIANG) D408300100007 REFERENCE (J,NIM/B,174,47,2001).Main Reference D408300100008 INSTITUTE (3HUNDEB,2BLGVUB) Inst. of Nucl. Res., Debrecen, D408300100009 Hungary, Free University of Brussels, Belgium D408300100010 FACILITY (CYCLO,2BLGVUB) D408300100011 (CYCLO,3HUNDEB) D408300100012 SAMPLE Targets were high purity metal foils with natural D408300100013 isotopic composition made by Goodfellow. D408300100014 Ti 25.0 and 22.1 microns D408300100015 Ni 10.809 microns, monitor foils D408300100016 Cu 10.045 microns, monitor foils D408300100017 METHOD (ACTIV,STTA,EXTB) Stacks containing combinations of theD408300100018 foils were irradiated in Faraday cup for half an hour D408300100019 with about 200 nA proton beam. The Faraday cup D408300100020 was equipped with long collimator and electron D408300100021 suppressor. The primary bombarding energy were 14.7 D408300100022 and 18.0 MeV. D408300100023 ANALYSIS (AREA) D408300100024 DETECTOR (HPGE) D408300100025 MONITOR (28-NI-0(P,X)28-NI-57,,SIG) D408300100026 (29-CU-0(P,X)30-ZN-62,,SIG) D408300100027 (29-CU-0(P,X)30-ZN-63,,SIG) D408300100028 (29-CU-0(P,X)30-ZN-65,,SIG) D408300100029 HISTORY (20010410U) Compiled by Sandor Takacs. D408300100030 (20040505A) Reactions in subentry 3 corrected. OS D408300100031 (20100407A) Reaction2 SF8 in subentry 5 corrected. TS D408300100032 (20100609A) SD: one point in Subent 005 was corrected. D408300100033 En=8.0 MeV SIG=195.2 ==> 295.2 D408300100034 (20160513U) VS decay data corrected in 003. D408300100035 ENDBIB 33 0 D408300100036 NOCOMMON 0 0 D408300100037 ENDSUBENT 36 0 D408300199999 SUBENT D4083002 20010913 0000D408300200001 BIB 4 23 D408300200002 REACTION (22-TI-0(P,X)23-V-48,,SIG) D408300200003 DECAY-DATA (23-V-48,15.976D,DG,983.501,0.999, D408300200004 DG,1312.046,0.9749) D408300200005 ERR-ANALYS (EN-ERR) Uncertainty of the incident deuteron energy D408300200006 was estimated taking into account the cumulative D408300200007 cffects of the primary uncertainty sources D408300200008 incident energy, foil thickness, beam straggling. D408300200009 The possible energy shift of a representing point in D408300200010 the excitation function ranges from +-0.3 upto D408300200011 +-1.5 MeV. D408300200012 (ERR-T) Total uncertainties of the cross section D408300200013 values calculated as root-mean-square of all D408300200014 uncertainties added in quadrature. D408300200015 The estimated uncertainties on the cross sections D408300200016 were calculated taking into acount D408300200017 Beam current 8% D408300200018 Nuclear data 3% D408300200019 Detector efficiency 5% D408300200020 Counting statistic less than 1% D408300200021 Overall uncertainty 10% for data measured in Debrecen D408300200022 Overall uncertainty 8% for data measured in Brussels D408300200023 STATUS Data were taken from Table 2. D408300200024 of the original publication D408300200025 ENDBIB 23 0 D408300200026 NOCOMMON 0 0 D408300200027 DATA 4 42 D408300200028 EN EN-ERR DATA ERR-T D408300200029 MEV MEV MB MB D408300200030 6.1 0.4 149. 17. D408300200031 6.8 0.4 230. 26. D408300200032 6.9 0.8 230. 16. D408300200033 7.3 0.8 260. 18. D408300200034 7.5 0.4 280. 32. D408300200035 7.8 0.8 287. 20. D408300200036 8.1 0.7 297. 21. D408300200037 8.5 0.3 346. 39. D408300200038 8.5 0.7 338. 24. D408300200039 8.9 0.3 340. 24. D408300200040 9.3 0.6 350. 25. D408300200041 9.4 0.3 371. 42. D408300200042 9.6 0.6 366. 26. D408300200043 10. 0.6 358. 25. D408300200044 10.2 0.3 389. 44. D408300200045 10.3 0.6 377. 26. D408300200046 10.6 0.5 377. 26. D408300200047 10.9 0.5 375. 26. D408300200048 11. 0.3 400. 45. D408300200049 11.3 0.5 386. 27. D408300200050 11.6 0.5 384. 27. D408300200051 11.8 0.3 402. 45. D408300200052 11.9 0.5 382. 27. D408300200053 12.1 0.4 382. 27. D408300200054 12.5 0.2 412. 47. D408300200055 12.7 0.4 389. 27. D408300200056 13. 0.2 395. 28. D408300200057 13.2 0.2 409. 46. D408300200058 13.3 0.3 392. 27. D408300200059 13.5 0.3 374. 26. D408300200060 13.8 0.3 358. 25. D408300200061 13.8 0.2 380. 43. D408300200062 14.1 0.3 330. 23. D408300200063 14.3 0.3 324. 23. D408300200064 14.5 0.2 347. 39. D408300200065 14.6 0.2 304. 21. D408300200066 15.1 0.2 305. 35. D408300200067 15.7 0.2 265. 30. D408300200068 16.3 0.1 223. 25. D408300200069 16.8 0.1 191. 22. D408300200070 17.4 0.1 165. 19. D408300200071 17.9 0.1 143. 16. D408300200072 ENDDATA 44 0 D408300200073 ENDSUBENT 72 0 D408300299999 SUBENT D4083003 20160518 D104D408300300001 BIB 5 28 D408300300002 REACTION 1(29-CU-0(P,X)30-ZN-63,,SIG) D408300300003 2(29-CU-0(P,X)30-ZN-62,,SIG) D408300300004 3(29-CU-0(P,X)30-ZN-65,,SIG) D408300300005 DECAY-DATA1(30-ZN-62,9.26HR,DG,548.38,0.152, D408300300006 DG,596.7,0.257) D408300300007 2(30-ZN-63,38.1MIN,DG,669.76,0.084, D408300300008 DG,962.17,0.066) D408300300009 3(30-ZN-65,244.3D,DG,1115.518,0.5075) D408300300010 ERR-ANALYS (EN-ERR) Uncertainty of the incident deuteron energy D408300300011 was estimated taking into account the cumulative D408300300012 effects of the primary uncertainty sources D408300300013 incident energy, foil thickness, beam straggling. D408300300014 The possible energy shift of a representing point in D408300300015 the excitation function ranges from +-0.3 upto D408300300016 +-1.5 MeV. D408300300017 (ERR-T) Total uncertainties of the cross section D408300300018 values calculated as root-mean-square of all D408300300019 uncertainties added in quadrature. D408300300020 The estimated uncertainties on the cross sections D408300300021 were calculated taking into account D408300300022 (ERR-1) Beam current 8% D408300300023 (ERR-2) Nuclear data 3% D408300300024 (ERR-3) Detector efficiency 5% D408300300025 (ERR-S,1.) Counting statistic less than 1% D408300300026 Overall uncertainty 10% for data measured in Debrecen D408300300027 Overall uncertainty 8% for data measured in Brussels D408300300028 STATUS (TABLE) Table 2. of NIM/B,174,47,2001. D408300300029 HISTORY (20160513U) VS T1/2 (30-ZN-65) corrected. D408300300030 ENDBIB 28 0 D408300300031 COMMON 3 3 D408300300032 ERR-1 ERR-2 ERR-3 D408300300033 PER-CENT PER-CENT PER-CENT D408300300034 8. 3. 5. D408300300035 ENDCOMMON 3 0 D408300300036 DATA 8 18 D408300300037 EN EN-ERR DATA 1ERR-T 1DATA 2ERR-T 2D408300300038 DATA 3ERR-T 3 D408300300039 MEV MEV MB MB MB MB D408300300040 MB MB D408300300041 5.7 0.4 121. 16. D408300300042 103. 12. D408300300043 6.5 0.4 164. 21. D408300300044 136. 16. D408300300045 7.2 0.4 187. 24. D408300300046 152. 17. D408300300047 8.2 0.4 245. 30. D408300300048 185. 21. D408300300049 9.1 0.3 285. 35. D408300300050 208. 24. D408300300051 10. 0.3 299. 36. D408300300052 222. 25. D408300300053 10.8 0.3 326. 40. D408300300054 D408300300055 11.5 0.3 353. 45. D408300300056 229. 26. D408300300057 12.2 0.3 364. 48. D408300300058 D408300300059 12.9 0.2 350. 47. D408300300060 166. 19. D408300300061 13.6 0.2 343. 40. D408300300062 D408300300063 14.3 0.2 307. 36. D408300300064 123. 14. D408300300065 14.9 0.2 274. 32. 6.3 0.8D408300300066 D408300300067 15.5 0.2 229. 27. 13.9 1.6D408300300068 76.3 9. D408300300069 16.1 0.2 184. 22. 20.7 2.4D408300300070 63.1 7.9 D408300300071 16.6 0.1 156. 18. 28. 3.2D408300300072 57.7 7.1 D408300300073 17.2 0.1 125. 15. 34.1 3.9D408300300074 44.5 5.3 D408300300075 17.7 0.1 105. 12. 39.7 4.5D408300300076 36.8 4.8 D408300300077 ENDDATA 40 0 D408300300078 ENDSUBENT 77 0 D408300399999 SUBENT D4083004 20010913 0000D408300400001 BIB 4 23 D408300400002 REACTION (28-NI-0(P,X)28-NI-57,,SIG) D408300400003 DECAY-DATA (28-NI-57,1.503D,DG,127.226,0.129, D408300400004 DG,1377.62,0.779) D408300400005 ERR-ANALYS (EN-ERR) Uncertainty of the incident deuteron energy D408300400006 was estimated taking into account the cumulative D408300400007 cffects of the primary uncertainty sources D408300400008 incident energy, foil thickness, beam straggling. D408300400009 The possible energy shift of a representing point in D408300400010 the excitation function ranges from +-0.3 upto D408300400011 +-1.5 MeV. D408300400012 (ERR-T) Total uncertainties of the cross section D408300400013 values calculated as root-mean-square of all D408300400014 uncertainties added in quadrature. D408300400015 The estimated uncertainties on the cross sections D408300400016 were calculated taking into acount D408300400017 Beam current 8% D408300400018 Nuclear data 3% D408300400019 Detector efficiency 5% D408300400020 Counting statistic less than 1% D408300400021 Overall uncertainty 10% for data measured in Debrecen D408300400022 Overall uncertainty 8% for data measured in Brussels D408300400023 STATUS Data were taken from Table 2. D408300400024 of the original publication D408300400025 ENDBIB 23 0 D408300400026 NOCOMMON 0 0 D408300400027 DATA 4 5 D408300400028 EN EN-ERR DATA ERR-T D408300400029 MEV MEV MB MB D408300400030 15.3 0.2 5.3 0.7 D408300400031 15.9 0.2 9.4 1.1 D408300400032 16.5 0.1 15.6 1.8 D408300400033 17. 0.1 23.4 2.7 D408300400034 17.6 0.1 30.6 3.5 D408300400035 ENDDATA 7 0 D408300400036 ENDSUBENT 35 0 D408300499999 SUBENT D4083005 20100407 D073D408300500001 BIB 4 10 D408300500002 REACTION 1(22-TI-0(P,X)23-V-48,,SIG,,,RECOM) D408300500003 2(22-TI-0(P,X)23-V-48,,TTY,,PHY,RECOM) D408300500004 STATUS (TABLE) Data were taken from Table 4. D408300500005 of the original publication D408300500006 COMMENT Several selected experimental datasets were fitted by D408300500007 Pade method to produce recommended database. D408300500008 Thick target yield was calculated from the recommendedD408300500009 cross sections. D408300500010 HISTORY (20100609A) SD: one point in Subent was corrected. D408300500011 En=8.0 MeV SIG=195.2 ==> 295.2 D408300500012 ENDBIB 10 0 D408300500013 NOCOMMON 0 0 D408300500014 DATA 3 92 D408300500015 EN DATA 1DATA 2 D408300500016 MEV MB MBQ/MUAHR D408300500017 4.5 0.65 0.0002 D408300500018 5. 0.51 0.005 D408300500019 5.5 73.9 0.06 D408300500020 6. 144.7 0.25 D408300500021 6.5 195.7 0.54 D408300500022 7. 237.1 0.93 D408300500023 7.5 269.9 1.41 D408300500024 8. 295.2 1.97 D408300500025 8.5 314.3 2.6 D408300500026 9. 329.2 3.29 D408300500027 9.5 341.3 4.05 D408300500028 10. 351.9 4.85 D408300500029 10.5 361.6 5.72 D408300500030 11. 370.4 6.63 D408300500031 11.5 377.6 7.6 D408300500032 12. 382. 8.63 D408300500033 12.5 381.8 9.68 D408300500034 13. 375.1 10.76 D408300500035 13.5 360.5 11.83 D408300500036 14. 338.4 12.88 D408300500037 14.5 310.2 13.88 D408300500038 15. 278.6 14.8 D408300500039 15.5 246.7 15.65 D408300500040 16. 216.5 16.41 D408300500041 16.5 189.4 17.1 D408300500042 17. 165.8 17.71 D408300500043 17.5 145.9 18.26 D408300500044 18. 129.2 18.76 D408300500045 18.5 115.2 19.21 D408300500046 19. 103.6 19.62 D408300500047 19.5 93.9 20. D408300500048 20. 85.7 20.35 D408300500049 20.5 78.8 20.68 D408300500050 21. 72.9 20.99 D408300500051 21.5 67.8 21.29 D408300500052 22. 63.4 21.57 D408300500053 22.5 59.6 21.83 D408300500054 23. 56.3 22.09 D408300500055 23.5 53.3 22.33 D408300500056 24. 50.7 22.57 D408300500057 24.5 48.4 22.8 D408300500058 25. 46.3 23.02 D408300500059 25.5 44.3 23.24 D408300500060 26. 42.6 23.45 D408300500061 26.5 41. 23.66 D408300500062 27. 39.6 23.86 D408300500063 27.5 38.2 24.06 D408300500064 28. 37. 24.25 D408300500065 28.5 35.8 24.44 D408300500066 29. 34.8 24.63 D408300500067 29.5 33.7 24.81 D408300500068 30. 32.8 24.99 D408300500069 30.5 31.9 25.17 D408300500070 31. 31.1 25.35 D408300500071 31.5 30.3 25.52 D408300500072 32. 29.6 25.69 D408300500073 32.5 28.9 25.86 D408300500074 33. 28.2 26.03 D408300500075 33.5 27.6 26.2 D408300500076 34. 27. 26.36 D408300500077 34.5 26.4 26.52 D408300500078 35. 25.8 26.69 D408300500079 35.5 25.3 26.85 D408300500080 36. 24.8 27. D408300500081 36.5 24.3 27.16 D408300500082 37. 23.9 27.32 D408300500083 37.5 23.4 27.47 D408300500084 38. 23. 27.62 D408300500085 38.5 22.6 27.78 D408300500086 39. 22.2 27.93 D408300500087 39.5 21.8 28.08 D408300500088 40. 21.4 28.23 D408300500089 40.5 21.1 28.37 D408300500090 41. 20.7 28.52 D408300500091 41.5 20.4 28.67 D408300500092 42. 20.1 28.81 D408300500093 42.5 19.8 28.96 D408300500094 43. 19.5 29.1 D408300500095 43.5 19.2 29.24 D408300500096 44. 18.9 29.39 D408300500097 44.5 18.6 29.53 D408300500098 45. 18.3 29.67 D408300500099 45.5 18.1 29.81 D408300500100 46. 17.8 29.94 D408300500101 46.5 17.6 30.08 D408300500102 47. 17.3 30.22 D408300500103 47.5 17.1 30.36 D408300500104 48. 16.9 30.49 D408300500105 48.5 16.6 30.63 D408300500106 49. 16.4 30.76 D408300500107 49.5 16.2 30.9 D408300500108 50. 16. 31.03 D408300500109 ENDDATA 94 0 D408300500110 ENDSUBENT 109 0 D408300599999 ENDENTRY 5 0 D408399999999