ENTRY D0803 20160511 D104D080300000001 SUBENT D0803001 20160511 D104D080300100001 BIB 11 21 D080300100002 TITLE Measurement of deuteron induced gamma-ray emission D080300100003 differential cross sections on natCl from 1.0 to 2.0 D080300100004 MeV D080300100005 AUTHOR (A.Jokar,O.Kakuee,M.Lamehi-Rachti) D080300100006 INSTITUTE (3IRNNRT) D080300100007 REFERENCE (J,NIM/B,377,37,2016) D080300100008 #doi:10.1016/j.nimb.2016.04.015 D080300100009 FACILITY (VDG,3IRNNRT) D080300100010 DETECTOR (HPGE) Gamma-rays were detected by a P-type HPGe D080300100011 coaxial detector placed at a right angle with respect D080300100012 to the beamline direction and at a distance of 51.9 D080300100013 mm from the target centre. D080300100014 (SI) The scattered deuterons were detected by ion- D080300100015 implanted silicon detector placed at an angle of 165 D080300100016 degree relative to the incident beam direction. D080300100017 METHOD (BCINT) D080300100018 PART-DET (G) D080300100019 EN-SEC (E,G) D080300100020 ERR-ANALYS (EN-ERR) Uncertainty of the deuteron beam energy 2 keV.D080300100021 HISTORY (20160511C) VS D080300100022 (20160502R) Numerical data received from O.Kakuee. D080300100023 ENDBIB 21 0 D080300100024 COMMON 3 3 D080300100025 ANG ANG-NRM EN-ERR D080300100026 ADEG ADEG KEV D080300100027 90. 165. 2. D080300100028 ENDCOMMON 3 0 D080300100029 ENDSUBENT 28 0 D080300199999 SUBENT D0803002 20160511 D104D080300200001 BIB 4 10 D080300200002 REACTION (17-CL-35(D,P)17-CL-36,PAR,DA,G) D080300200003 SAMPLE BaCl2 thin film was prepared by vacuum evaporation of D080300200004 natural BaCl2 onto a 50 um-thick Mo foil. D080300200005 ERR-ANALYS (ERR-SYS) Total systematic uncertainty of 10% was D080300200006 determined from the following partial uncertainties: D080300200007 - integrated beam current 2-5% D080300200008 - detector efficiency - 7% D080300200009 - number of target nuclei - 6.5% D080300200010 (ERR-S) uncertainty of the measured gamma yield. D080300200011 STATUS (TABLE) Presented on Fig.4. D080300200012 ENDBIB 10 0 D080300200013 COMMON 2 3 D080300200014 E ERR-SYS D080300200015 KEV PER-CENT D080300200016 788. 10. D080300200017 ENDCOMMON 3 0 D080300200018 DATA 3 26 D080300200019 EN DATA ERR-S D080300200020 KEV MB/SR MB/SR D080300200021 986.890 0.000 0.000 D080300200022 1027.190 0.010 0.000 D080300200023 1067.460 0.010 0.000 D080300200024 1107.730 0.013 0.000 D080300200025 1147.970 0.020 0.001 D080300200026 1188.210 0.031 0.001 D080300200027 1228.430 0.034 0.001 D080300200028 1268.640 0.059 0.002 D080300200029 1308.840 0.068 0.002 D080300200030 1349.040 0.100 0.004 D080300200031 1389.220 0.098 0.003 D080300200032 1429.390 0.132 0.003 D080300200033 1469.560 0.168 0.004 D080300200034 1509.720 0.196 0.005 D080300200035 1549.880 0.226 0.006 D080300200036 1590.030 0.287 0.006 D080300200037 1630.170 0.331 0.008 D080300200038 1670.310 0.404 0.010 D080300200039 1710.440 0.434 0.011 D080300200040 1750.570 0.529 0.012 D080300200041 1790.700 0.634 0.013 D080300200042 1830.820 0.705 0.014 D080300200043 1870.930 0.770 0.017 D080300200044 1911.040 0.835 0.018 D080300200045 1951.150 0.946 0.019 D080300200046 1991.250 1.077 0.019 D080300200047 ENDDATA 28 0 D080300200048 ENDSUBENT 47 0 D080300299999 SUBENT D0803003 20160511 D104D080300300001 BIB 4 10 D080300300002 REACTION (17-CL-35(D,P)17-CL-36,PAR,DA,G) D080300300003 SAMPLE BaCl2 thin film was prepared by vacuum evaporation of D080300300004 natural BaCl2 onto a 50 um-thick Mo foil. D080300300005 ERR-ANALYS (ERR-SYS) Total systematic uncertainty of 10% was D080300300006 determined from the following partial uncertainties: D080300300007 - integrated beam current 2-5% D080300300008 - detector efficiency - 7% D080300300009 - number of target nuclei - 6.5% D080300300010 (ERR-S) uncertainty of the measured gamma yield. D080300300011 STATUS (TABLE) Presented on Fig.4. D080300300012 ENDBIB 10 0 D080300300013 COMMON 2 3 D080300300014 E ERR-SYS D080300300015 KEV PER-CENT D080300300016 1165. 10. D080300300017 ENDCOMMON 3 0 D080300300018 DATA 3 26 D080300300019 EN DATA ERR-S D080300300020 KEV MB/SR MB/SR D080300300021 986.890 0.009 0.000 D080300300022 1027.190 0.008 0.000 D080300300023 1067.460 0.012 0.001 D080300300024 1107.730 0.015 0.001 D080300300025 1147.970 0.027 0.001 D080300300026 1188.210 0.042 0.001 D080300300027 1228.430 0.044 0.001 D080300300028 1268.640 0.061 0.002 D080300300029 1308.840 0.096 0.003 D080300300030 1349.040 0.127 0.005 D080300300031 1389.220 0.146 0.004 D080300300032 1429.390 0.184 0.004 D080300300033 1469.560 0.225 0.005 D080300300034 1509.720 0.264 0.007 D080300300035 1549.880 0.314 0.008 D080300300036 1590.030 0.352 0.008 D080300300037 1630.170 0.453 0.010 D080300300038 1670.310 0.542 0.014 D080300300039 1710.440 0.619 0.015 D080300300040 1750.570 0.715 0.016 D080300300041 1790.700 0.800 0.018 D080300300042 1830.820 0.935 0.020 D080300300043 1870.930 1.126 0.024 D080300300044 1911.040 1.139 0.024 D080300300045 1951.150 1.266 0.025 D080300300046 1991.250 1.558 0.028 D080300300047 ENDDATA 28 0 D080300300048 ENDSUBENT 47 0 D080300399999 SUBENT D0803004 20160512 D104D080300400001 BIB 4 10 D080300400002 REACTION (17-CL-37(D,P)17-CL-38,PAR,DA,G) D080300400003 SAMPLE BaCl2 thin film was prepared by vacuum evaporation of D080300400004 natural BaCl2 onto a 50 um-thick Mo foil. D080300400005 ERR-ANALYS (ERR-SYS) Total systematic uncertainty of 10% was D080300400006 determined from the following partial uncertainties: D080300400007 - integrated beam current 2-5% D080300400008 - detector efficiency - 7% D080300400009 - number of target nuclei - 6.5% D080300400010 (ERR-S) uncertainty of the measured gamma yield. D080300400011 STATUS (TABLE) Presented on Fig.4. D080300400012 ENDBIB 10 0 D080300400013 COMMON 2 3 D080300400014 E ERR-SYS D080300400015 KEV PER-CENT D080300400016 671. 10. D080300400017 ENDCOMMON 3 0 D080300400018 DATA 3 26 D080300400019 EN DATA ERR-S D080300400020 KEV MB/SR MB/SR D080300400021 986.890 0.000 0.000 D080300400022 1027.190 0.000 0.000 D080300400023 1067.460 0.000 0.000 D080300400024 1107.730 0.000 0.000 D080300400025 1147.970 0.000 0.000 D080300400026 1188.210 0.043 0.002 D080300400027 1228.430 0.050 0.002 D080300400028 1268.640 0.039 0.003 D080300400029 1308.840 0.070 0.004 D080300400030 1349.040 0.087 0.005 D080300400031 1389.220 0.161 0.006 D080300400032 1429.390 0.208 0.006 D080300400033 1469.560 0.237 0.007 D080300400034 1509.720 0.294 0.011 D080300400035 1549.880 0.248 0.010 D080300400036 1590.030 0.461 0.013 D080300400037 1630.170 0.552 0.017 D080300400038 1670.310 0.695 0.022 D080300400039 1710.440 0.644 0.023 D080300400040 1750.570 0.964 0.028 D080300400041 1790.700 0.895 0.027 D080300400042 1830.820 1.012 0.028 D080300400043 1870.930 1.134 0.034 D080300400044 1911.040 1.225 0.034 D080300400045 1951.150 1.419 0.038 D080300400046 1991.250 1.598 0.040 D080300400047 ENDDATA 28 0 D080300400048 ENDSUBENT 47 0 D080300499999 SUBENT D0803005 20160512 D104D080300500001 BIB 4 10 D080300500002 REACTION (17-CL-37(D,P)17-CL-38,PAR,DA,G) D080300500003 SAMPLE BaCl2 thin film was prepared by vacuum evaporation of D080300500004 natural BaCl2 onto a 50 um-thick Mo foil. D080300500005 ERR-ANALYS (ERR-SYS) Total systematic uncertainty of 10% was D080300500006 determined from the following partial uncertainties: D080300500007 - integrated beam current 2-5% D080300500008 - detector efficiency - 7% D080300500009 - number of target nuclei - 6.5% D080300500010 (ERR-S) uncertainty of the measured gamma yield. D080300500011 STATUS (TABLE) Presented on Fig.4. D080300500012 ENDBIB 10 0 D080300500013 COMMON 2 3 D080300500014 E ERR-SYS D080300500015 KEV PER-CENT D080300500016 755. 10. D080300500017 ENDCOMMON 3 0 D080300500018 DATA 3 26 D080300500019 EN DATA ERR-S D080300500020 KEV MB/SR MB/SR D080300500021 986.890 0.000 0.000 D080300500022 1027.190 0.000 0.000 D080300500023 1067.460 0.000 0.000 D080300500024 1107.730 0.000 0.000 D080300500025 1147.970 0.019 0.001 D080300500026 1188.210 0.027 0.002 D080300500027 1228.430 0.041 0.002 D080300500028 1268.640 0.032 0.003 D080300500029 1308.840 0.021 0.002 D080300500030 1349.040 0.106 0.006 D080300500031 1389.220 0.108 0.005 D080300500032 1429.390 0.202 0.007 D080300500033 1469.560 0.188 0.006 D080300500034 1509.720 0.248 0.010 D080300500035 1549.880 0.390 0.013 D080300500036 1590.030 0.361 0.013 D080300500037 1630.170 0.469 0.016 D080300500038 1670.310 0.477 0.019 D080300500039 1710.440 0.649 0.024 D080300500040 1750.570 0.756 0.026 D080300500041 1790.700 0.918 0.028 D080300500042 1830.820 0.993 0.030 D080300500043 1870.930 1.149 0.036 D080300500044 1911.040 1.269 0.037 D080300500045 1951.150 1.387 0.040 D080300500046 1991.250 1.728 0.043 D080300500047 ENDDATA 28 0 D080300500048 ENDSUBENT 47 0 D080300599999 SUBENT D0803006 20160512 D104D080300600001 BIB 5 15 D080300600002 REACTION (17-CL-35(D,X)0-G-0,PAR,PY/DA,,TT/CH) D080300600003 SAMPLE Pellet prepared by pressing the high-purity anhydrous D080300600004 CdCl2 powder. A thin Au film was evaporated on the top D080300600005 of the target. D080300600006 REL-REF (M,D0384001,M.J.Kenny+,J,NIM,168,115,1980) Method to D080300600007 derive elemental yield from measurements on compound D080300600008 target. D080300600009 ERR-ANALYS (ERR-SYS) Total systematic uncertainty of 9% was D080300600010 determined from the following partial uncertainties: D080300600011 - beam charge normalization - 3% D080300600012 - detector efficiency - 7% D080300600013 - stopping power - 4% D080300600014 - Kenny's matrix correction - 1.5 D080300600015 (ERR-S) uncertainty of the measured gamma yield. D080300600016 STATUS (TABLE) Presented on Fig.5. D080300600017 ENDBIB 15 0 D080300600018 COMMON 2 3 D080300600019 E ERR-SYS D080300600020 KEV PER-CENT D080300600021 788. 9. D080300600022 ENDCOMMON 3 0 D080300600023 DATA 3 21 D080300600024 EN DATA ERR-S D080300600025 KEV PRD/MUC/SR PRD/MUC/SR D080300600026 997. 0. 0. D080300600027 1077. 381. 29. D080300600028 1157. 931. 46. D080300600029 1237. 1533. 58. D080300600030 1317. 3033. 92. D080300600031 1397. 5760. 178. D080300600032 1437. 7446. 202. D080300600033 1477. 9650. 230. D080300600034 1517. 12926. 266. D080300600035 1557. 15022. 282. D080300600036 1598. 18995. 449. D080300600037 1638. 24059. 510. D080300600038 1678. 26371. 532. D080300600039 1718. 34765. 611. D080300600040 1758. 40442. 659. D080300600041 1798. 49850. 1038. D080300600042 1838. 55782. 1090. D080300600043 1878. 66922. 1194. D080300600044 1918. 83080. 1338. D080300600045 1958. 100824. 1567. D080300600046 1998. 121508. 1672. D080300600047 ENDDATA 23 0 D080300600048 ENDSUBENT 47 0 D080300699999 SUBENT D0803007 20160512 D104D080300700001 BIB 5 15 D080300700002 REACTION (17-CL-35(D,X)0-G-0,PAR,PY/DA,,TT/CH) D080300700003 SAMPLE Pellet prepared by pressing the high-purity anhydrous D080300700004 CdCl2 powder. A thin Au film was evaporated on the top D080300700005 of the target. D080300700006 REL-REF (M,D0384001,M.J.Kenny+,J,NIM,168,115,1980) Method to D080300700007 derive elemental yield from measurements on compound D080300700008 target. D080300700009 ERR-ANALYS (ERR-SYS) Total systematic uncertainty of 9% was D080300700010 determined from the following partial uncertainties: D080300700011 - beam charge normalization - 3% D080300700012 - detector efficiency - 7% D080300700013 - stopping power - 4% D080300700014 - Kenny's matrix correction - 1.5 D080300700015 (ERR-S) uncertainty of the measured gamma yield. D080300700016 STATUS (TABLE) Presented on Fig.5. D080300700017 ENDBIB 15 0 D080300700018 COMMON 2 3 D080300700019 E ERR-SYS D080300700020 KEV PER-CENT D080300700021 1165. 9. D080300700022 ENDCOMMON 3 0 D080300700023 DATA 3 21 D080300700024 EN DATA ERR-S D080300700025 KEV PRD/MUC/SR PRD/MUC/SR D080300700026 997. 0. 0. D080300700027 1077. 341. 32. D080300700028 1157. 847. 51. D080300700029 1237. 2605. 84. D080300700030 1317. 3556. 116. D080300700031 1397. 7327. 233. D080300700032 1437. 10151. 275. D080300700033 1477. 12548. 305. D080300700034 1517. 17107. 356. D080300700035 1557. 20510. 383. D080300700036 1598. 25378. 603. D080300700037 1638. 30014. 663. D080300700038 1678. 39642. 759. D080300700039 1718. 47210. 828. D080300700040 1758. 56768. 908. D080300700041 1798. 67407. 1404. D080300700042 1838. 78637. 1506. D080300700043 1878. 99132. 1690. D080300700044 1918. 106053. 1761. D080300700045 1958. 130062. 2070. D080300700046 1998. 162939. 2247. D080300700047 ENDDATA 23 0 D080300700048 ENDSUBENT 47 0 D080300799999 SUBENT D0803008 20160512 D104D080300800001 BIB 5 15 D080300800002 REACTION (17-CL-37(D,X)0-G-0,PAR,PY/DA,,TT/CH) D080300800003 SAMPLE Pellet prepared by pressing the high-purity anhydrous D080300800004 CdCl2 powder. A thin Au film was evaporated on the top D080300800005 of the target. D080300800006 REL-REF (M,D0384001,M.J.Kenny+,J,NIM,168,115,1980) Method to D080300800007 derive elemental yield from measurements on compound D080300800008 target. D080300800009 ERR-ANALYS (ERR-SYS) Total systematic uncertainty of 9% was D080300800010 determined from the following partial uncertainties: D080300800011 - beam charge normalization - 3% D080300800012 - detector efficiency - 7% D080300800013 - stopping power - 4% D080300800014 - Kenny's matrix correction - 1.5 D080300800015 (ERR-S) uncertainty of the measured gamma yield. D080300800016 STATUS (TABLE) Presented on Fig.5. D080300800017 ENDBIB 15 0 D080300800018 COMMON 2 3 D080300800019 E ERR-SYS D080300800020 KEV PER-CENT D080300800021 671. 9. D080300800022 ENDCOMMON 3 0 D080300800023 DATA 3 18 D080300800024 EN DATA ERR-S D080300800025 KEV PRD/MUC/SR PRD/MUC/SR D080300800026 1157. 0. 0. D080300800027 1237. 510. 32. D080300800028 1317. 1310. 57. D080300800029 1397. 2787. 116. D080300800030 1437. 3348. 127. D080300800031 1477. 3766. 135. D080300800032 1517. 5023. 156. D080300800033 1557. 6852. 179. D080300800034 1598. 8283. 281. D080300800035 1638. 11915. 337. D080300800036 1678. 13514. 357. D080300800037 1718. 15377. 381. D080300800038 1758. 18337. 416. D080300800039 1798. 23371. 667. D080300800040 1878. 28732. 734. D080300800041 1918. 32525. 787. D080300800042 1958. 41802. 947. D080300800043 1998. 48019. 984. D080300800044 ENDDATA 20 0 D080300800045 ENDSUBENT 44 0 D080300899999 SUBENT D0803009 20160512 D104D080300900001 BIB 5 15 D080300900002 REACTION (17-CL-37(D,X)0-G-0,PAR,PY/DA,,TT/CH) D080300900003 SAMPLE Pellet prepared by pressing the high-purity anhydrous D080300900004 CdCl2 powder. A thin Au film was evaporated on the top D080300900005 of the target. D080300900006 REL-REF (M,D0384001,M.J.Kenny+,J,NIM,168,115,1980) Method to D080300900007 derive elemental yield from measurements on compound D080300900008 target. D080300900009 ERR-ANALYS (ERR-SYS) Total systematic uncertainty of 9% was D080300900010 determined from the following partial uncertainties: D080300900011 - beam charge normalization - 3% D080300900012 - detector efficiency - 7% D080300900013 - stopping power - 4% D080300900014 - Kenny's matrix correction - 1.5 D080300900015 (ERR-S) uncertainty of the measured gamma yield. D080300900016 STATUS (TABLE) Presented on Fig.5. D080300900017 ENDBIB 15 0 D080300900018 COMMON 2 3 D080300900019 E ERR-SYS D080300900020 KEV PER-CENT D080300900021 755. 9. D080300900022 ENDCOMMON 3 0 D080300900023 DATA 3 20 D080300900024 EN DATA ERR-S D080300900025 KEV PRD/MUC/SR PRD/MUC/SR D080300900026 1077. 0. 0. D080300900027 1157. 244. 23. D080300900028 1237. 499. 33. D080300900029 1317. 1292. 59. D080300900030 1397. 2597. 118. D080300900031 1437. 3151. 130. D080300900032 1477. 4031. 146. D080300900033 1517. 5121. 165. D080300900034 1557. 6787. 187. D080300900035 1598. 8389. 293. D080300900036 1638. 10485. 332. D080300900037 1678. 12785. 365. D080300900038 1718. 17976. 432. D080300900039 1758. 21742. 476. D080300900040 1798. 24745. 720. D080300900041 1838. 30181. 789. D080300900042 1878. 35321. 854. D080300900043 1918. 37703. 888. D080300900044 1958. 45204. 1033. D080300900045 1998. 58012. 1134. D080300900046 ENDDATA 22 0 D080300900047 ENDSUBENT 46 0 D080300999999 ENDENTRY 9 0 D080399999999