ENTRY B0060 20011220 0000B006000000001 SUBENT B0060001 20011220 0000B006000100001 BIB 8 12 B006000100002 TITLE (P,N) Cross Sections of Copper and Zinc. B006000100003 AUTHOR (H.A.HOWE) B006000100004 INSTITUTE (1USACLA) Physics Department. B006000100005 REFERENCE (J,PR,109,2083,1958) B006000100006 FACILITY (CYCLO,1USACLA) B006000100007 ADD-RES (COMP) B006000100008 STATUS (CPX) B006000100009 HISTORY (19770203C)Lapf B006000100010 (19971218A) Reaction Lines are Corrected. Decay-Data B006000100011 are B006000100012 Checked. Lower Case. B006000100013 (20011010U) Last checking has been done. B006000100014 ENDBIB 12 0 B006000100015 NOCOMMON 0 0 B006000100016 ENDSUBENT 15 0 B006000199999 SUBENT B0060002 20011220 0000B006000200001 BIB 8 31 B006000200002 REACTION (29-CU-63(P,N)30-ZN-63,,SIG,,,EXP) B006000200003 RAD-DET 1(30-ZN-63,AR) B006000200004 2(30-ZN-63,B+) B006000200005 DECAY-DATA (30-ZN-63,38.3MIN,B+,,0.893) B006000200006 SAMPLE 1-Single Foil of Natural Cu, Thickness 40 Mg/Cm**2, in B006000200007 Front of It Sheets of Al For Energy Degradation. B006000200008 2-Foils of Natural Cu Arranged in a Stack. B006000200009 DETECTOR 1(COIN,NAICR,NAICR) B006000200010 Used For Measuring One Absolute Cross Section at 10 MeVB006000200011 2(GEMUC) B006000200012 Used For Measuring Relative Cross Sections Which were B006000200013 Normalized by Means of the Absolute Value Obtained by B006000200014 Coincidence Measurement of Annihilation Radiation B006000200015 METHOD 1(SITA,BCINT,EDEG,EXTB) B006000200016 Energy Degradation of 20 MeV Incident Protons was B006000200017 Calculated According to J.H.Smith,Phys.Rev.71,32(1947).B006000200018 2(STTA,BCINT,EDEG,EXTB) B006000200019 Energy Degradation of 20 MeV Incident Protons was B006000200020 Calculated According to W.A.Aron Et Al.,Aecu-663(1949).B006000200021 REL-REF (C,B0057002,R.COLLE+,J,PR/C,9,1819,1974) B006000200022 According to Colle Et Al. The Cross Sections Given B006000200023 Have to be Multiplied with a Conversion Factor of B006000200024 0.962 Due to a Change in the B+ Abundance from 0.893 B006000200025 To 0.928. B006000200026 ERR-ANALYS The Probable Error in the Absolute Cross Section B006000200027 Measurement, Excluding Uncertainties in the Electron B006000200028 Capture Correction, is Estimated to be 3%. B006000200029 For the Relative Measurements the Total Energy Spread B006000200030 At 5 and 10 MeV is 940 and 530 KeV, Respectively. B006000200031 For the Absolute Measurement at 10 MeV the Total B006000200032 Width at Half-Maximum is 1.4 MeV. B006000200033 ENDBIB 31 0 B006000200034 NOCOMMON 0 0 B006000200035 DATA 2 15 B006000200036 EN DATA B006000200037 MEV MB B006000200038 4.5 56. B006000200039 4.9 100. B006000200040 5.4 135. B006000200041 5.8 169. B006000200042 6.2 205. B006000200043 6.6 237. B006000200044 7. 256. B006000200045 7.3 280. B006000200046 7.7 291. B006000200047 8. 320. B006000200048 8.6 353. B006000200049 9.2 385. B006000200050 9.8 417. B006000200051 10.3 443. B006000200052 11.4 456. B006000200053 ENDDATA 17 0 B006000200054 ENDSUBENT 53 0 B006000299999 SUBENT B0060003 20011220 0000B006000300001 BIB 8 28 B006000300002 REACTION (30-ZN-64(P,N)31-GA-64,,SIG,,,EXP) B006000300003 RAD-DET 1(31-GA-64,AR) B006000300004 2(31-GA-64,B+) B006000300005 DECAY-DATA (31-GA-64,2.6MIN,B+,,1.00) B006000300006 COMMENT - By CAJAD - According to 8-Th Edition of Table of B006000300007 Isotopes B+ Abundance is 0.98 . B006000300008 SAMPLE 1Single Foil of Natural Zn, Thickness 40 Mg/Cm**2, in B006000300009 Front of It Sheets of Al For Energy Degradation. B006000300010 2Foils of Natural Zn Arranged in a Stack. B006000300011 DETECTOR 1(COIN,NAICR,NAICR) B006000300012 Used For Measuring One Absolute Cross Section at 10 MeVB006000300013 2(GEMUC) B006000300014 Used For Measuring Relative Cross Sections Which were B006000300015 Normalized by Means of the Absolute Value Obtained by B006000300016 Coincidence Measurement of Annihilation Radiation B006000300017 METHOD 1(SITA,BCINT,EDEG,EXTB) B006000300018 Energy Degradation of 20 MeV Incident Protons was B006000300019 Calculated According to J.H.Smith,Phys.Rev.71,32(1947).B006000300020 2(STTA,BCINT,EDEG,EXTB) B006000300021 Energy Degradation of 20 MeV Incident Protons was B006000300022 Calculated According to W.A.Aron Et Al.,Aecu-663(1949).B006000300023 ERR-ANALYS The Probable Error in the Absolute Cross Section B006000300024 Measurement, Excluding Uncertainties in the Electron B006000300025 Capture Correction, is Estimated to be 3%. B006000300026 For the Relative Measurements the Total Energy Spread B006000300027 At 10 MeV is 530 KeV, Respectively. B006000300028 For the Absolute Measurement at 10 MeV the Total B006000300029 Width at Half-Maximum is 1.4 MeV. B006000300030 ENDBIB 28 0 B006000300031 NOCOMMON 0 0 B006000300032 DATA 2 8 B006000300033 EN DATA B006000300034 MEV MB B006000300035 8.1 13. B006000300036 8.4 39. B006000300037 8.7 68. B006000300038 9. 106. B006000300039 9.3 119. B006000300040 9.9 194. B006000300041 10.9 292. B006000300042 11.9 343. B006000300043 ENDDATA 10 0 B006000300044 ENDSUBENT 43 0 B006000399999 SUBENT B0060004 20011220 0000B006000400001 BIB 8 28 B006000400002 REACTION (30-ZN-66(P,N)31-GA-66,,SIG,,,EXP) B006000400003 RAD-DET 1(31-GA-66,AR) B006000400004 2(31-GA-66,B+) B006000400005 DECAY-DATA (31-GA-66,9.45HR,B+,,0.612) B006000400006 COMMENT - By CAJAD - According to 8-Th Edition of Table of B006000400007 Isotopes B+ Abundance is 0.561. B006000400008 SAMPLE 1Single Foil of Natural Zn, Thickness 40 Mg/Cm**2, in B006000400009 Front of It Sheets of Al For Energy Degradation. B006000400010 2Foils of Natural Zn Arranged in a Stack. B006000400011 DETECTOR 1(COIN,NAICR,NAICR) B006000400012 Used For Measuring One Absolute Cross Section at 10 MeVB006000400013 2(GEMUC) B006000400014 Used For Measuring Relative Cross Sections Which were B006000400015 Normalized by Means of the Absolute Value Obtained by B006000400016 Coincidence Measurement of Annihilation Radiation B006000400017 METHOD 1(SITA,BCINT,EDEG,EXTB) B006000400018 Energy Degradation of 20 MeV Incident Protons was B006000400019 Calculated According to J.H.Smith,Phys.Rev.71,32(1947).B006000400020 2(STTA,BCINT,EDEG,EXTB) B006000400021 Energy Degradation of 20 MeV Incident Protons was B006000400022 Calculated According to W.A.Aron Et Al.,Aecu-663(1949).B006000400023 ERR-ANALYS The Probable Error in the Absolute Cross Section B006000400024 Measurement, Excluding Uncertainties in the Electron B006000400025 Capture Correction, is Estimated to be 3%. B006000400026 For the Relative Measurements the Total Energy Spread B006000400027 At 5 and 10 MeV is 940 and 530 KeV, Respectively. B006000400028 For the Absolute Measurement at 10 MeV the Total B006000400029 Width at Half-Maximum is 1.4 MeV. B006000400030 ENDBIB 28 0 B006000400031 NOCOMMON 0 0 B006000400032 DATA 2 16 B006000400033 EN DATA B006000400034 MEV MB B006000400035 5.5 23. B006000400036 5.8 73. B006000400037 6.2 153. B006000400038 6.7 229. B006000400039 7.1 301. B006000400040 7.4 361. B006000400041 7.8 409. B006000400042 8.1 449. B006000400043 8.4 476. B006000400044 8.7 501. B006000400045 9. 524. B006000400046 9.3 545. B006000400047 9.6 568. B006000400048 10.1 592. B006000400049 10.9 624. B006000400050 11.7 646. B006000400051 ENDDATA 18 0 B006000400052 ENDSUBENT 51 0 B006000499999 SUBENT B0060005 20011220 0000B006000500001 BIB 8 28 B006000500002 REACTION (30-ZN-68(P,N)31-GA-68,,SIG,,,EXP) B006000500003 RAD-DET 1(31-GA-68,AR) B006000500004 2(31-GA-68,B+) B006000500005 DECAY-DATA (31-GA-68,68.0MIN,B+,,0.835) B006000500006 COMMENT - By CAJAD - According to 8-Th Edition of Table of B006000500007 Isotopes B+ Abundance is 0.891. B006000500008 SAMPLE 1Single Foil of Natural Zn, Thickness 40 Mg/Cm**2, in B006000500009 Front of It Sheets of Al For Energy Degradation. B006000500010 2Foils of Natural Zn Arranged in a Stack. B006000500011 DETECTOR 1(COIN,NAICR,NAICR) B006000500012 Used For Measuring One Absolute Cross Section at 10 MeVB006000500013 2(GEMUC) B006000500014 Used For Measuring Relative Cross Sections Which were B006000500015 Normalized by Means of the Absolute Value Obtained by B006000500016 Coincidence Measurement of Annihilation Radiation B006000500017 METHOD 1(SITA,BCINT,EDEG,EXTB) B006000500018 Energy Degradation of 20 MeV Incident Protons was B006000500019 Calculated According to J.H.Smith,Phys.Rev.71,32(1947).B006000500020 2(STTA,BCINT,EDEG,EXTB) B006000500021 Energy Degradation of 20 MeV Incident Protons was B006000500022 Calculated According to W.A.Aron Et Al.,Aecu-663(1949).B006000500023 ERR-ANALYS The Probable Error in the Absolute Cross Section B006000500024 Measurement, Excluding Uncertainties in the Electron B006000500025 Capture Correction, is Estimated to be 3%. B006000500026 For the Relative Measurements the Total Energy Spread B006000500027 At 5 and 10 MeV is 940 and 530 KeV, Respectively. B006000500028 For the Absolute Measurement at 10 MeV the Total B006000500029 Width at Half-Maximum is 1.4 MeV. B006000500030 ENDBIB 28 0 B006000500031 NOCOMMON 0 0 B006000500032 DATA 2 16 B006000500033 EN DATA B006000500034 MEV MB B006000500035 5.1 210. B006000500036 5.6 278. B006000500037 6. 339. B006000500038 6.5 405. B006000500039 6.7 437. B006000500040 7.3 490. B006000500041 7.5 511. B006000500042 7.9 555. B006000500043 8.2 601. B006000500044 8.5 624. B006000500045 8.8 650. B006000500046 9.1 673. B006000500047 9.4 710. B006000500048 10.2 780. B006000500049 11. 789. B006000500050 11.8 794. B006000500051 ENDDATA 18 0 B006000500052 ENDSUBENT 51 0 B006000599999 SUBENT B0060006 20011220 0000B006000600001 BIB 9 21 B006000600002 REACTION (29-CU-65(P,N)30-ZN-65,,SIG,,,EXP) B006000600003 RAD-DET (30-ZN-65,B+) B006000600004 DECAY-DATA (30-ZN-65,245.0D,B+,,0.03) B006000600005 COMMENT - By CAJAD - According to 8-Th Edition of Table of B006000600006 Isotopes B+ Abundance is 0.01403. B006000600007 - By Authors - The Relative Values Obtained Here were B006000600008 Normalized to Absolute Cross Sections by Using an B006000600009 Absolute Value at 6.7 MeV Determined by J.P.Blaser Et B006000600010 Al., Helv.Phys.Acta 24,441(1951) B006000600011 SAMPLE Foils of Natural Cu Arranged in a Stack. B006000600012 DETECTOR (GEMUC) B006000600013 Used For Measuring Relative Cross Sections Only. B006000600014 METHOD (STTA,BCINT,EDEG,EXTB) B006000600015 Energy Degradation of 20 MeV Incident Protons was B006000600016 Calculated According to W.A.Aron Et Al.,Aecu-663(1949).B006000600017 REL-REF (C,B0057003,R.COLLE+,J,PR/C,9,1819,1974) B006000600018 According to Colle Et Al. The Cross Sections Given B006000600019 Have to be Multiplied with a Factor of 0.889 Due to B006000600020 A Change in the Ec-Branching to the 1.12 MeV State B006000600021 From 0.45 to 0.506. B006000600022 ERR-ANALYS The Total Energy Spread at 10 MeV is 530 KeV. B006000600023 ENDBIB 21 0 B006000600024 NOCOMMON 0 0 B006000600025 DATA 2 5 B006000600026 EN DATA B006000600027 MEV MB B006000600028 6.4 473. B006000600029 7.4 628. B006000600030 9.3 723. B006000600031 10.3 818. B006000600032 11.4 817. B006000600033 ENDDATA 7 0 B006000600034 ENDSUBENT 33 0 B006000699999 ENDENTRY 6 0 B006099999999