ENTRY T0125 20001127 0000T012500000001 SUBENT T0125001 20001127 0000T012500100001 BIB 7 12 T012500100002 INSTITUTE (1USAMIT) T012500100003 REFERENCE (J,PR,123,276,1961) T012500100004 (T,SHORE,1961) T012500100005 (J,BAP,5,424(P2),1960) T012500100006 AUTHOR (B.W.SHORE,N.S.WALL,J.W.IRVINE JR) T012500100007 TITLE Interactions of 7.5 MeV Protons with Copper and T012500100008 Vanadium T012500100009 FACILITY (CYCLO,1USAMIT) T012500100010 DETECTOR (NAICR) T012500100011 HISTORY (20001121C) Converted from data set B0067; T012500100012 updated at NNDC. Originally compiled by KaChaPaG and T012500100013 updated by CaJaD. T012500100014 ENDBIB 12 0 T012500100015 COMMON 1 3 T012500100016 EN T012500100017 MEV T012500100018 7.5 T012500100019 ENDCOMMON 3 0 T012500100020 ENDSUBENT 19 0 T012500199999 SUBENT T0125002 20010726 0000T012500200001 BIB 6 15 T012500200002 REACTION (23-V-51(P,EL)23-V-51,,DA,,RTH) T012500200003 SAMPLE 0.10-mil foils of natural vanadium. T012500200004 MONITOR (23-V-51(P,EL)23-V-51,,DA) Value at 90 degrees T012500200005 determined independently and relative data was T012500200006 normalized to this point. T012500200007 Incident flux relative to elastic scattering in CsI T012500200008 monitor detector at 25 degrees. T012500200009 ERR-ANALYS Uncertainty given is rms standard error is T012500200010 approximately 2%. A possible systematic uncertainty T012500200011 of 1% due to selection of elastic scattering events T012500200012 from recorded spectrum. T012500200013 Normalization uncertianty 4%. T012500200014 Angle error <1%. T012500200015 STATUS Data taken from Shore thesis. T012500200016 HISTORY (20010726A) Data added. T012500200017 ENDBIB 15 0 T012500200018 NOCOMMON 0 0 T012500200019 DATA 2 21 T012500200020 ANG DATA T012500200021 ADEG NO-DIM T012500200022 13.1 0.93 T012500200023 16.7 0.85 T012500200024 20.4 0.82 T012500200025 27.7 0.82 T012500200026 35.0 0.72 T012500200027 42.3 1.07 T012500200028 49.6 1.08 T012500200029 56.9 0.96 T012500200030 64.2 0.74 T012500200031 71.4 0.52 T012500200032 78.7 0.34 T012500200033 85.9 0.35 T012500200034 93.1 0.52 T012500200035 100.3 0.65 T012500200036 107.5 1.08 T012500200037 114.6 1.43 T012500200038 121.8 1.38 T012500200039 128.9 1.29 T012500200040 136.0 1.29 T012500200041 143.1 1.15 T012500200042 150.7 0.87 T012500200043 ENDDATA 23 0 T012500200044 ENDSUBENT 43 0 T012500299999 SUBENT T0125003 20001127 0000T012500300001 BIB 6 20 T012500300002 REACTION ((23-V-0(P,INL)23-V-0,,SIG)+(23-V-0(P,A),,SIG)) T012500300003 Approximates inelastic scattering. T012500300004 SAMPLE 0.10-mil foils of natural vanadium. T012500300005 ANALYSIS Angular distribution assumed isotropic and average T012500300006 differential cross section multiplied by 4 pi. T012500300007 CORRECTION Corrected for background: T012500300008 . gamma rays and electrons (20%), T012500300009 . particles scattered into detector from aluminum T012500300010 detector housing and lead defining apperture (10%). T012500300011 ERR-ANALYS (DATA-ERR) Uncertainty given is rms standard error T012500300012 due to estimated uncertainties in: T012500300013 , gamma background correction (2%), T012500300014 . housing and apperture correction (2%), T012500300015 . dividing point between elastic and inelastic T012500300016 scattering pulses (2%), T012500300017 . relative uncertainty (4%), T012500300018 . uncertainty in Rutherford scattering cross section T012500300019 (3%), T012500300020 . standard error in average cross section (8%). T012500300021 STATUS Data taken from Table I in main reference. T012500300022 ENDBIB 20 0 T012500300023 NOCOMMON 0 0 T012500300024 DATA 2 1 T012500300025 DATA DATA-ERR T012500300026 MB MB T012500300027 134. 13. T012500300028 ENDDATA 3 0 T012500300029 ENDSUBENT 28 0 T012500399999 SUBENT T0125004 20001127 0000T012500400001 BIB 6 20 T012500400002 REACTION (23-V-51(P,N)24-CR-51,,SIG) T012500400003 SAMPLE Metallic foils of about 6 cm**2 of natural vanadium in T012500400004 a target frame. T012500400005 METHOD (BCINT,ACTIV) After irradiation the target foils were T012500400006 dissolved in acid. The activities then were compared T012500400007 with solutions of 51Cr and 65Zn, respectively, which T012500400008 were calibrated using X-ray/Gamma-ray coincidence T012500400009 counting techniques. In addition 65Zn was also T012500400010 compared with a standard source from the National T012500400011 Bureau of Standards. T012500400012 DECAY-DATA (24-CR-51,27.75D) T012500400013 ERR-ANALYS (DATA-ERR) Uncertainty given is rms standard error and T012500400014 includes the uncertainty in: T012500400015 . comparing the target to the standard (1%), T012500400016 . coincidence-counting (3%), T012500400017 . integrated beam measurement (1%), T012500400018 . half-life (0.5%), T012500400019 . target angle of 45 degrees used for calculating T012500400020 target thickness (1%). T012500400021 STATUS Data taken from Table I in main reference. T012500400022 ENDBIB 20 0 T012500400023 NOCOMMON 0 0 T012500400024 DATA 2 1 T012500400025 DATA DATA-ERR T012500400026 MB MB T012500400027 555. 30. T012500400028 ENDDATA 3 0 T012500400029 ENDSUBENT 28 0 T012500499999 SUBENT T0125005 20010726 0000T012500500001 BIB 5 10 T012500500002 REACTION (29-CU-0(P,EL)29-CU-0,,DA,,RTH) T012500500003 SAMPLE 0.25-mil foils of natural copper. T012500500004 ERR-ANALYS Uncertainty given is rms standard error is T012500500005 approximately 2%. A possible systematic uncertainty T012500500006 of 1% due to selection of elastic scattering events T012500500007 from recorded spectrum. T012500500008 Normalization uncertianty 4%. T012500500009 Angle error <1%. T012500500010 STATUS Data taken from Shore thesis. T012500500011 HISTORY (20010726A) Data added. T012500500012 ENDBIB 10 0 T012500500013 NOCOMMON 0 0 T012500500014 DATA 2 24 T012500500015 ANG DATA T012500500016 ADEG NO-DIM T012500500017 49.5 0.90 T012500500018 53.1 0.92 T012500500019 56.7 0.77 T012500500020 60.3 0.63 T012500500021 64.0 0.58 T012500500022 66.6 0.58 T012500500023 71.2 0.48 T012500500024 74.8 0.49 T012500500025 78.4 0.52 T012500500026 82.3 0.50 T012500500027 85.7 0.61 T012500500028 89.3 0.70 T012500500029 91.8 0.79 T012500500030 92.9 0.81 T012500500031 96.5 0.88 T012500500032 100.1 0.99 T012500500033 103.6 1.08 T012500500034 107.2 1.10 T012500500035 110.8 1.09 T012500500036 114.4 1.16 T012500500037 121.5 1.11 T012500500038 128.7 1.00 T012500500039 135.8 0.82 T012500500040 143.0 0.66 T012500500041 ENDDATA 26 0 T012500500042 ENDSUBENT 41 0 T012500599999 SUBENT T0125006 20001127 0000T012500600001 BIB 6 20 T012500600002 REACTION ((29-CU-0(P,INL)29-CU-0,,SIG)+(29-CU-0(P,A),,SIG)) T012500600003 Approximates inelastic scattering. T012500600004 SAMPLE 0.25-mil foils of natural copper. T012500600005 ANALYSIS Angular distribution assumed isotropic and average T012500600006 differential cross section multiplied by 4 pi. T012500600007 CORRECTION Corrected for background: T012500600008 . gamma rays and electrons (20%), T012500600009 . particles scattered into detector from aluminum T012500600010 detector housing and lead defining apperture (10%). T012500600011 ERR-ANALYS (DATA-ERR) Uncertainty given is rms standard error T012500600012 due to estimated uncertainties in: T012500600013 , gamma background correction (2%), T012500600014 . housing and apperture correction (2%), T012500600015 . dividing point between elastic and inelastic T012500600016 scattering pulses (2%), T012500600017 . relative uncertainty (4%), T012500600018 . uncertainty in Rutherford scattering cross section T012500600019 (3%), T012500600020 . standard error in average cross section (8%). T012500600021 STATUS Data taken from Table I in main reference. T012500600022 ENDBIB 20 0 T012500600023 NOCOMMON 0 0 T012500600024 DATA 2 1 T012500600025 DATA DATA-ERR T012500600026 MB MB T012500600027 266. 27. T012500600028 ENDDATA 3 0 T012500600029 ENDSUBENT 28 0 T012500699999 SUBENT T0125007 20001127 0000T012500700001 BIB 7 25 T012500700002 REACTION (29-CU-65(P,N)30-ZN-65,,SIG) T012500700003 SAMPLE Metallic foils of about 6 cm**2 of natural copper in T012500700004 a target frame. T012500700005 METHOD (BCINT,ACTIV) After irradiation the target foils were T012500700006 dissolved in acid. The activities then were compared T012500700007 with solutions of 51Cr and 65Zn, respectively, which T012500700008 were calibrated using X-ray/Gamma-ray coincidence T012500700009 counting techniques. In addition 65Zn was also T012500700010 compared with a standard source from the National T012500700011 Bureau of Standards. T012500700012 DECAY-DATA (30-ZN-65,245.D) T012500700013 ERR-ANALYS (DATA-ERR) Uncertainty given is rms standard error and T012500700014 includes the uncertainty in: T012500700015 . comparing the target to the standard (1%), T012500700016 . coincidence-counting (3%), T012500700017 . integrated beam measurement (1%), T012500700018 . half-life (0.5%), T012500700019 . target angle of 45 degrees used for calculating T012500700020 target thickness (1%). T012500700021 REL-REF (C,B0057003,R.COLLE+,J,PR/C,9,1819,1974) T012500700022 According to Colle et al. the cross section given has T012500700023 to be multiplied with a factor of 0.968 due to a T012500700024 change in the abundance of the 1115-keV gamma rays T012500700025 from 0.49 to 0.506. T012500700026 STATUS Data taken from Table I in main reference. T012500700027 ENDBIB 25 0 T012500700028 NOCOMMON 0 0 T012500700029 DATA 2 1 T012500700030 DATA DATA-ERR T012500700031 MB MB T012500700032 537. 21. T012500700033 ENDDATA 3 0 T012500700034 ENDSUBENT 33 0 T012500799999 ENDENTRY 7 0 T012599999999