ENTRY D0496 20190820 D121D049600000001 SUBENT D0496001 20190820 D121D049600100001 BIB 10 24 D049600100002 TITLE Production of 111In by irradiation of natural D049600100003 cadmium with deuterons and protons in NRCAM cyclotron D049600100004 AUTHOR (M.Mirzaei, H.Afarideh, S.M.Haji-Saeid, K.Ardaneh) D049600100005 INSTITUTE (3IRNKRJ) Cyclotron Department, NRCAM, Karadj D049600100006 REFERENCE (C,98CAEN,,65,1998) D049600100007 FACILITY (CYCLO,3IRNKRJ) Cyclone-30 cyclotron D049600100008 SAMPLE Natural Cadmium is first electrodeposited on copper D049600100009 backing target. D049600100010 Copper is chosen as the substrate due to its suitable D049600100011 heat conduction. D049600100012 DETECTOR No information on detector D049600100013 METHOD (BCINT,GSPEC) Faraday cup D049600100014 ANALYSIS In gamma spectroscopy spectroscopy the relative D049600100015 method is chosen. D049600100016 Taking into account the measured efficiencies for D049600100017 standard sources at different positions of the same D049600100018 geometry, the activities of radioisotopes for the D049600100019 prepared samples were measured by calculating the D049600100020 peak area in the recorded spectrum and using detector D049600100021 efficiencies and branching ratio values. D049600100022 HISTORY (20080825C) LV, SD. D049600100023 (20120502U) On. SAMPLE: Free text corrected D049600100024 (20190820A) SD: REACTION code updated according to new D049600100025 EXFOR rules in Subents 002-005. D049600100026 ENDBIB 24 0 D049600100027 NOCOMMON 0 0 D049600100028 ENDSUBENT 27 0 D049600199999 SUBENT D0496002 20190820 D121D049600200001 BIB 4 10 D049600200002 REACTION (48-CD-0(D,X)49-IN-111,,TTY,,(PHY),DERIV) D049600200003 ANALYSIS (INTEF) Derived from measured excitation function D049600200004 Taking into accounts the measured cross-sections for D049600200005 15 to 30 MeV protons and 8 to 15 MeV deuterons and D049600200006 their energy loss for different thicknesses, one can D049600200007 calculate the production yield for the thick targets. D049600200008 STATUS (TABLE)Table 1 from Proc. of 15.Conf.on Cyclotrons and D049600200009 Appl., Caen, France, 1998; p.65 D049600200010 HISTORY (20190820A) SD:SF8=DT -> (PHY); SF9=DERIV REACTION codeD049600200011 ANALYSIS added.COMMENT deleted (info moved to ANALYSIS)D049600200012 ENDBIB 10 0 D049600200013 NOCOMMON 0 0 D049600200014 DATA 2 8 D049600200015 EN DATA D049600200016 MEV MUCI/MUAHR D049600200017 8. 45.4 D049600200018 9. 67.5 D049600200019 10. 81.0 D049600200020 11. 86.6 D049600200021 12. 135.1 D049600200022 13. 140.5 D049600200023 14. 146.2 D049600200024 15. 167.5 D049600200025 ENDDATA 10 0 D049600200026 ENDSUBENT 25 0 D049600299999 SUBENT D0496003 20190820 D121D049600300001 BIB 4 10 D049600300002 REACTION (48-CD-0(D,X)49-IN-114,,TTY,,(PHY),DERIV) D049600300003 ANALYSIS (INTEF) Derived from measured excitation function D049600300004 Taking into accounts the measured cross-sections for D049600300005 15 to 30 MeV protons and 8 to 15 MeV deuterons and D049600300006 their energy loss for different thicknesses, one can D049600300007 calculate the production yield for the thick targets. D049600300008 STATUS (TABLE)Table 1 from Proc. of 15.Conf.on Cyclotrons and D049600300009 Appl., Caen, France, 1998; p.65 D049600300010 HISTORY (20190820A) SD:SF8=DT -> (PHY); SF9=DERIV REACTION codeD049600300011 ANALYSIS added.COMMENT deleted (info moved to ANALYSIS)D049600300012 ENDBIB 10 0 D049600300013 NOCOMMON 0 0 D049600300014 DATA 3 8 D049600300015 EN DATA DATA-MAX D049600300016 MEV MUCI/MUAHR MUCI/MUAHR D049600300017 8. 0.2 D049600300018 9. 0.2 D049600300019 10. 0.2 D049600300020 11. 0.22 D049600300021 12. 0.25 D049600300022 13. 0.3 D049600300023 14. 0.32 D049600300024 15. 0.35 D049600300025 ENDDATA 10 0 D049600300026 ENDSUBENT 25 0 D049600399999 SUBENT D0496004 20190820 D121D049600400001 BIB 5 11 D049600400002 REACTION (48-CD-0(P,X)49-IN-111,,TTY,,(PHY),DERIV) D049600400003 ANALYSIS (INTEF) Derived from measured excitation function D049600400004 COMMENT Taking into accounts the measured cross-sections for D049600400005 15 to 30 MeV protons and 8 to 15 MeV deuterons and D049600400006 their energy loss for different thicknesses, one can D049600400007 calculate the production yield for the thick targets. D049600400008 STATUS (TABLE)Table 2 from Proc. of 15.Conf.on Cyclotrons and D049600400009 Appl., Caen, France, 1998; p.65 D049600400010 HISTORY (20190820A) SD: SF4= IN-114 -> IN-111; SF8=DT -> (PHY);D049600400011 SF9=DERIV added to REACTION code. ANALYSIS added. D049600400012 COMMENT deleted (info moved to ANALYSIS) D049600400013 ENDBIB 11 0 D049600400014 NOCOMMON 0 0 D049600400015 DATA 2 16 D049600400016 EN DATA D049600400017 MEV MUCI/MUAHR D049600400018 15. 185.6 D049600400019 16. 236.4 D049600400020 17. 247.8 D049600400021 18. 454.6 D049600400022 19. 265.3 D049600400023 20. 278.1 D049600400024 21. 290.4 D049600400025 22. 328.3 D049600400026 23. 434.2 D049600400027 24. 540. D049600400028 25. 559.5 D049600400029 26. 589.5 D049600400030 27. 331.8 D049600400031 28. 748.5 D049600400032 29. 835.2 D049600400033 30. 940.5 D049600400034 ENDDATA 18 0 D049600400035 ENDSUBENT 34 0 D049600499999 SUBENT D0496005 20190820 D121D049600500001 BIB 5 10 D049600500002 REACTION (48-CD-0(P,X)49-IN-114,,TTY,,(PHY),DERIV) D049600500003 ANALYSIS (INTEF) Derived from measured excitation function D049600500004 COMMENT Taking into accounts the measured cross-sections for D049600500005 15 to 30 MeV protons and 8 to 15 MeV deuterons and D049600500006 their energy loss for different thicknesses, one can D049600500007 calculate the production yield for the thick targets. D049600500008 STATUS (TABLE)Table 2 from Proc. of 15.Conf.on Cyclotrons and D049600500009 Appl., Caen, France, 1998; p.65 D049600500010 HISTORY (20190820A) SD:SF8=DT -> (PHY); SF9=DERIV REACTION codeD049600500011 ANALYSIS added.COMMENT deleted (info moved to ANALYSIS)D049600500012 ENDBIB 10 0 D049600500013 NOCOMMON 0 0 D049600500014 DATA 3 16 D049600500015 EN DATA DATA-MAX D049600500016 MEV MUCI/MUAHR MUCI/MUAHR D049600500017 15. 1.1 D049600500018 16. 1.1 D049600500019 17. 1.1 D049600500020 18. 1.1 D049600500021 19. 1.2 D049600500022 20. 1.5 D049600500023 21. 2.2 D049600500024 22. 2.9 D049600500025 23. 5.2 D049600500026 24. 6.5 D049600500027 25. 7.9 D049600500028 26. 8.7 D049600500029 27. 10.6 D049600500030 28. 12.5 D049600500031 29. 13.8 D049600500032 30. 15.7 D049600500033 ENDDATA 18 0 D049600500034 ENDSUBENT 33 0 D049600599999 SUBENT D0496006 20080825 D063D049600600001 BIB 3 7 D049600600002 REACTION (48-CD-0(D,X)49-IN-114,,SIG) D049600600003 The reaction cross section is calculated by using the D049600600004 values of activity, beam current and waight of the D049600600005 sample. D049600600006 ERR-ANALYS (ERR-DIG) Digitizing error D049600600007 (DATA-ERR) Nothing said about errors D049600600008 STATUS (CURVE)Curve from fig.1 from reference. D049600600009 ENDBIB 7 0 D049600600010 COMMON 1 3 D049600600011 ERR-DIG D049600600012 MB D049600600013 0.6 D049600600014 ENDCOMMON 3 0 D049600600015 DATA 3 9 D049600600016 EN DATA DATA-ERR D049600600017 MEV MB MB D049600600018 7.0 13.662 2.1371 D049600600019 8.0 33.167 3.3618 D049600600020 9.0 56.316 3.9802 D049600600021 10.0 74.284 4.9047 D049600600022 11.0 90.686 6.1233 D049600600023 12.0 100.38 6.1294 D049600600024 13.0 102.71 6.7357 D049600600025 14.0 94.049 5.5171 D049600600026 15.0 76.466 5.2048 D049600600027 ENDDATA 11 0 D049600600028 ENDSUBENT 27 0 D049600699999 SUBENT D0496007 20080825 D063D049600700001 BIB 3 7 D049600700002 REACTION (48-CD-0(D,X)49-IN-111,,SIG) D049600700003 The reaction cross section is calculated by using the D049600700004 values of activity, beam current and waight of the D049600700005 sample. D049600700006 ERR-ANALYS (ERR-DIG) Digitizing error D049600700007 (DATA-ERR) Nothing said about errors D049600700008 STATUS (CURVE)Curve from fig.1 from reference. D049600700009 ENDBIB 7 0 D049600700010 COMMON 1 3 D049600700011 ERR-DIG D049600700012 MB D049600700013 0.6 D049600700014 ENDCOMMON 3 0 D049600700015 DATA 3 9 D049600700016 EN DATA DATA-ERR D049600700017 MEV MB MB D049600700018 7.0 50.108 3.0556 D049600700019 8.0 97.805 3.6679 D049600700020 9.0 118.20 4.5925 D049600700021 10.0 131.88 4.8926 D049600700022 11.0 140.00 4.5985 D049600700023 12.0 149.39 5.5110 D049600700024 13.0 159.38 7.0479 D049600700025 14.0 165.41 6.4356 D049600700026 15.0 175.40 6.7417 D049600700027 ENDDATA 11 0 D049600700028 ENDSUBENT 27 0 D049600799999 SUBENT D0496008 20080825 D063D049600800001 BIB 3 7 D049600800002 REACTION (48-CD-0(P,X)49-IN-114,,SIG) D049600800003 The reaction cross section is calculated by using the D049600800004 values of activity, beam current and waight of the D049600800005 sample. D049600800006 ERR-ANALYS (ERR-DIG) Digitizing error D049600800007 (DATA-ERR) Nothing said about errors D049600800008 STATUS (CURVE)Curve from fig.2 from reference. D049600800009 ENDBIB 7 0 D049600800010 COMMON 1 3 D049600800011 ERR-DIG D049600800012 MB D049600800013 0.7 D049600800014 ENDCOMMON 3 0 D049600800015 DATA 3 16 D049600800016 EN DATA DATA-ERR D049600800017 MEV MB MB D049600800018 15.0 22.636 8.0747 D049600800019 16.0 19.363 6.7366 D049600800020 17.0 11.301 8.7484 D049600800021 18.0 10.705 6.0629 D049600800022 19.0 10.109 6.0538 D049600800023 20.0 16.249 7.4103 D049600800024 21.0 23.690 7.4103 D049600800025 22.0 27.800 8.0839 D049600800026 23.0 39.330 8.0931 D049600800027 24.0 46.153 7.4011 D049600800028 25.0 54.250 6.7274 D049600800029 26.0 67.818 6.0629 D049600800030 27.0 65.893 6.0538 D049600800031 28.0 61.928 6.7366 D049600800032 29.0 58.601 6.7458 D049600800033 30.0 55.328 6.7366 D049600800034 ENDDATA 18 0 D049600800035 ENDSUBENT 34 0 D049600899999 SUBENT D0496009 20080825 D063D049600900001 BIB 3 7 D049600900002 REACTION (48-CD-0(P,X)49-IN-111,,SIG) D049600900003 The reaction cross section is calculated by using the D049600900004 values of activity, beam current and waight of the D049600900005 sample. D049600900006 ERR-ANALYS (ERR-DIG) Digitizing error D049600900007 (DATA-ERR) Nothing said about errors D049600900008 STATUS (CURVE)Curve from fig.2 from reference. D049600900009 ENDBIB 7 0 D049600900010 COMMON 1 3 D049600900011 ERR-DIG D049600900012 MB D049600900013 0.7 D049600900014 ENDCOMMON 3 0 D049600900015 DATA 3 16 D049600900016 EN DATA DATA-ERR D049600900017 MEV MB MB D049600900018 15.0 192.44 6.7366 D049600900019 16.0 228.23 8.0839 D049600900020 17.0 239.05 8.7484 D049600900021 18.0 246.55 8.7667 D049600900022 19.0 258.08 7.4103 D049600900023 20.0 272.99 8.0839 D049600900024 21.0 285.13 10.105 D049600900025 22.0 296.65 8.7484 D049600900026 23.0 304.15 8.7668 D049600900027 24.0 315.01 9.4312 D049600900028 25.0 300.21 8.7668 D049600900029 26.0 253.81 8.7668 D049600900030 27.0 235.03 8.0839 D049600900031 28.0 204.79 8.0931 D049600900032 29.0 199.44 7.4103 D049600900033 30.0 192.81 8.0839 D049600900034 ENDDATA 18 0 D049600900035 ENDSUBENT 34 0 D049600999999 ENDENTRY 9 0 D049699999999