ENTRY S0014 20170404 S021S001400000001 SUBENT S0014001 20170404 S021S001400100001 BIB 13 55 S001400100002 TITLE Excitation functions for S001400100003 W-182-186 (d,2n) Re-182-186 and S001400100004 W-186(d,p)W-187 reactions S001400100005 AUTHOR (Tao Zhenlan,Zhu Fuying,Qiu Huiyuan,Wang Gongqing) S001400100006 INSTITUTE (3CPRNRS) S001400100007 EXP-YEAR (1979) S001400100008 REFERENCE (J,CNP,3,242,1981) Chinese journal of Nuclear S001400100009 Physics,in Chinese S001400100010 FACILITY (CYCLO,3CPRNRS) S001400100011 METHOD (ACTIV) S001400100012 (STTA) bombarding energy at each foil of S001400100013 stacked targets was determined from range S001400100014 energy table S001400100015 (BCINT) an individual foil was bombarded and S001400100016 used as standard to calculate other absolute S001400100017 cross sections of the stacked foils S001400100018 (EXTB) the projectile energy of deuteron was S001400100019 determined in scattering method S001400100020 15.8 +- 0.2 MeV S001400100021 DETECTOR (GELI) 100.Cm-Cu.Coaxial Ge(Li) detector S001400100022 The energy resolution (FWHM) of spectrometer S001400100023 was 2.1 keV for 1332 keV gamma-ray of 60-Co S001400100024 The absolute detector efficiencies were calibrated S001400100025 the errors were better than 4% in 60. to S001400100026 3500.keV energy region S001400100027 PART-DET (DG) decay gammas S001400100028 ERR-ANALYS (ERR-T) the following uncertainties have been taken S001400100029 into account: S001400100030 - ERR-1 + ERR-2 + ERR-3 and S001400100031 -statistical error of activity counts S001400100032 Errors in the cross section measurement arise S001400100033 mainly in statistical counts S001400100034 (ERR-1) error of integration beam S001400100035 (ERR-2) error of the detector efficiencies S001400100036 (ERR-3) uniform of the targets S001400100037 SAMPLE Natural tungsten abundance. S001400100038 Tungsten tri-oxide targets were made by vacuum S001400100039 evaporation S001400100040 Purity of tungsten was better than 99.% S001400100041 Each thickness of the targets was about 4.mg/cm-sq. S001400100042 Each target was enveloped with aluminium foil as to S001400100043 avoid recoiling products escaping S001400100044 Aluminium absorbers were interposed between targets S001400100045 to degrade the energy of beam, recoil catcher and S001400100046 absorbers Al foil purity 99.9% S001400100047 and their thickness 1.97 mg/cm2 and 4.39mg/cm2 S001400100048 respectively S001400100049 STATUS (TABLE) Table 2 of Chinese J.Nucl.Phys.3(1981)242. S001400100050 (APRVD) S001400100051 HISTORY (19850606C) S001400100052 (19860115A) DG.-Corrected by NDS.- S001400100053 (20080228A) NDS(SD):BIB section updated: upper to lowerS001400100054 cases, 4-digits year, deleted EXP - from reaction code.S001400100055 (20170404A) VS. REACTION corrected in subents 004, 005 S001400100056 006,007. DATA corrected in 005,006,007. S001400100057 ENDBIB 55 0 S001400100058 COMMON 3 3 S001400100059 ERR-1 ERR-2 ERR-3 S001400100060 PER-CENT PER-CENT PER-CENT S001400100061 5.0 4.0 2.0 S001400100062 ENDCOMMON 3 0 S001400100063 ENDSUBENT 62 0 S001400199999 SUBENT S0014002 20080311 Y006S001400200001 BIB 2 2 S001400200002 REACTION (74-W-186(D,P)74-W-187,,SIG) S001400200003 DECAY-DATA (74-W-187,23.9HR,DG,479.5,0.256) S001400200004 ENDBIB 2 0 S001400200005 NOCOMMON 0 0 S001400200006 DATA 3 14 S001400200007 EN DATA ERR-T S001400200008 MEV MB MB S001400200009 15.7 145. 9. S001400200010 14.3 175. 14. S001400200011 13.7 170. 10. S001400200012 13.2 204. 14. S001400200013 12.1 194. 14. S001400200014 11.5 198. 14. S001400200015 10.9 193. 10. S001400200016 10.3 154. 11. S001400200017 9.7 141. 10. S001400200018 9.0 104. 6. S001400200019 8.4 69.4 6.7 S001400200020 7.7 35.5 2.1 S001400200021 7.0 12.5 7.5 S001400200022 6.3 3.0 0.3 S001400200023 ENDDATA 16 0 S001400200024 ENDSUBENT 23 0 S001400299999 SUBENT S0014003 20080311 Y006S001400300001 BIB 2 2 S001400300002 REACTION (74-W-186(D,2N)75-RE-186,,SIG) S001400300003 DECAY-DATA (75-RE-186-G,90.64HR,DG,137.16,0.092) S001400300004 ENDBIB 2 0 S001400300005 NOCOMMON 0 0 S001400300006 DATA 3 10 S001400300007 EN DATA ERR-T S001400300008 MEV MB MB S001400300009 15.7 170. 14. S001400300010 14.3 277. 19. S001400300011 13.2 405. 24. S001400300012 12.1 434. 26. S001400300013 11.5 317. 19. S001400300014 10.3 251. 15. S001400300015 9.7 190. 11. S001400300016 9.0 97.1 5.8 S001400300017 8.4 50.6 4.0 S001400300018 7.0 2.3 0.2 S001400300019 ENDDATA 12 0 S001400300020 ENDSUBENT 19 0 S001400399999 SUBENT S0014004 20170404 S021S001400400001 BIB 4 7 S001400400002 REACTION ((74-W-184(D,2N)75-RE-184-M,,SIG)+ S001400400003 (74-W-183(D,N)75-RE-184-M,,SIG,,RAB)) S001400400004 DECAY-DATA (75-RE-184-M,165.D,DG,384.,0.0334) S001400400005 SAMPLE (74-W-184,NAT=0.3064) S001400400006 (74-W-183,NAT=0.1431) S001400400007 HISTORY (20170404A) VS. REACTION: other target S001400400008 nuclides contribution added. S001400400009 ENDBIB 7 0 S001400400010 NOCOMMON 0 0 S001400400011 DATA 3 8 S001400400012 EN DATA ERR-T S001400400013 MEV MB MB S001400400014 15.7 25. 7. S001400400015 14.7 46. 14. S001400400016 14.3 25. 10. S001400400017 13.7 29. 8. S001400400018 13.2 37. 8. S001400400019 12.7 20. 7. S001400400020 12.1 28. 12. S001400400021 11.5 13. 6. S001400400022 ENDDATA 10 0 S001400400023 ENDSUBENT 22 0 S001400499999 SUBENT S0014005 20170404 S021S001400500001 BIB 5 17 S001400500002 REACTION ((74-W-184(D,2N)75-RE-184-G,,SIG)+ S001400500003 (74-W-183(D,N)75-RE-184-G,,SIG,,RAB)) S001400500004 DECAY-DATA (75-RE-184-G,38.D,DG,792.,0.377) S001400500005 ANALYSIS Contribution of 184mRe production to the measured S001400500006 792 keV gammas was calculated by using the 184mRe S001400500007 production cross section determined by the 384 keV S001400500008 gammas. This showed that the 184gRe production S001400500009 contributes to the measured 792 keV gammas a few S001400500010 hundred times more than 184mRe production. S001400500011 Therefore it was assumed that 792 keV gamma is S001400500012 originated from 184gRe production. S001400500013 SAMPLE (74-W-184,NAT=0.3064) S001400500014 (74-W-183,NAT=0.1431) S001400500015 HISTORY (20170404A) VS. REACTION: other target S001400500016 nuclides contribution added. SF4: -G added. S001400500017 Flagged data replaced with measured data. S001400500018 ANALYSIS added. S001400500019 ENDBIB 17 0 S001400500020 NOCOMMON 0 0 S001400500021 DATA 3 11 S001400500022 EN DATA ERR-T S001400500023 MEV MB MB S001400500024 15.7 383. 23. S001400500025 14.3 474. 28. S001400500026 13.2 545. 31. S001400500027 12.1 480. 27. S001400500028 11.5 393. 24. S001400500029 10.9 277. 21. S001400500030 10.3 247. 15. S001400500031 9.7 162. 10. S001400500032 9.0 86.6 5.4 S001400500033 8.4 49.9 3.2 S001400500034 7.7 6.0 1.6 S001400500035 ENDDATA 13 0 S001400500036 ENDSUBENT 35 0 S001400599999 SUBENT S0014006 20170404 S021S001400600001 BIB 4 10 S001400600002 REACTION ((74-W-183(D,2N)75-RE-183,,SIG)+ S001400600003 (74-W-182(D,N)75-RE-183,,SIG,,RAB)+ S001400600004 (74-W-184(D,3N)75-RE-183,,SIG,,RAB)) S001400600005 DECAY-DATA (75-RE-183,71.D,DG,291.7,0.032) S001400600006 SAMPLE (74-W-182,NAT=0.2650) S001400600007 (74-W-183,NAT=0.1431) S001400600008 (74-W-184,NAT=0.3064) S001400600009 HISTORY (20170404A) VS. REACTION: other target S001400600010 nuclides contribution added. S001400600011 Flagged data replaced with measured data. S001400600012 ENDBIB 10 0 S001400600013 NOCOMMON 0 0 S001400600014 DATA 3 12 S001400600015 EN DATA ERR-T S001400600016 MEV MB MB S001400600017 15.7 1190. 140. S001400600018 14.7 1060. 120. S001400600019 14.3 762. 91. S001400600020 13.7 761. 91. S001400600021 13.2 583. 70. S001400600022 12.7 543. 65. S001400600023 12.1 487. 58. S001400600024 11.5 373. 48. S001400600025 10.3 221. 28. S001400600026 9.7 160. 17. S001400600027 9.0 106. 17. S001400600028 8.4 27. 9. S001400600029 ENDDATA 14 0 S001400600030 ENDSUBENT 29 0 S001400699999 SUBENT S0014007 20170404 S021S001400700001 BIB 4 8 S001400700002 REACTION ((74-W-182(D,2N)75-RE-182-G,,SIG)+ S001400700003 (74-W-183(D,3N)75-RE-182-G,,SIG,,RAB)) S001400700004 DECAY-DATA (75-RE-182-G,64.HR,DG,148.9,0.0358) S001400700005 SAMPLE (74-W-182,NAT=0.2650) S001400700006 (74-W-183,NAT=0.1431) S001400700007 HISTORY (20170404A) VS. REACTION: other target S001400700008 nuclides contribution added. SF4: -G added. S001400700009 Flagged data replaced with measured data. S001400700010 ENDBIB 8 0 S001400700011 NOCOMMON 0 0 S001400700012 DATA 3 5 S001400700013 EN DATA ERR-T S001400700014 MEV MB MB S001400700015 15.7 170. 24. S001400700016 14.3 119. 25. S001400700017 13.2 142. 17. S001400700018 12.1 89. 13. S001400700019 10.3 21. 8. S001400700020 ENDDATA 7 0 S001400700021 ENDSUBENT 20 0 S001400799999 ENDENTRY 7 0 S001499999999