ENTRY B0081 20020111 B019B008100000001 SUBENT B0081001 20020111 B019B008100100001 BIB 9 27 B008100100002 TITLE A Study of I-127(P,XN) And I-127(P,PXN) Reactions B008100100003 With Special Emphasis on Production of Xe-123 B008100100004 AUTHOR (M.DIKSIC, L.YAFFE) B008100100005 INSTITUTE (1CANMCG) Department of Chemistry B008100100006 REFERENCE (J,JIN,39,1299,1977) B008100100007 FACILITY (SYNCY,1CANMCG) B008100100008 METHOD (INTB,SITA,MOMIX) B008100100009 DETECTOR (GELI) B008100100010 The Total Resolution of the Detector System at 1.33 MeVB008100100011 Was 3 KeV (FWHM). B008100100012 The Activity was Followed For a Period of at Least B008100100013 One Half-Life B008100100014 ERR-ANALYS (DATA-ERR) Estimated Total Errors Which are the Square B008100100015 Root of the Sum of the Squares of the Individual B008100100016 Errors. Included are All Errors Associated with B008100100017 Determination of Full-Energy Peak Areas, Decay Curve B008100100018 Analysis and Monitor Cross Sections. Not Included are B008100100019 Relatively Small Errors Arising from Uncertainties in B008100100020 The Decay Data (GAMMA-RAY BRANCHES AND HALF-LIVES), B008100100021 Counter Efficiency, and Irradiation Times. B008100100022 (MONIT1-ERR) Any Information is Absent. B008100100023 (MONIT2-ERR) Any Information is Absent. B008100100024 HISTORY (19781010C)Lapf B008100100025 (19940707A) Some Corrections have Been Included by B008100100026 CAJAD B008100100027 (20011010U) Last Checking has Been done. B008100100028 (20020111U) Last checking has been done. B008100100029 ENDBIB 27 0 B008100100030 NOCOMMON 0 0 B008100100031 ENDSUBENT 30 0 B008100199999 SUBENT B0081002 20020111 B019B008100200001 BIB 10 48 B008100200002 REACTION (53-I-127(P,N)54-XE-127-G,M+,SIG,,,EXP) B008100200003 RAD-DET (54-XE-127-G,DG) B008100200004 DECAY-DATA (54-XE-127-G,36.4D,DG,172.1,0.208,DG,202.9,0.608) B008100200005 (54-XE-127-M,70.SEC) 100% Isomeric Transition; CommentB008100200006 By the Compiler of Kachapag. B008100200007 According to ENSDF-97 Abundance of 350.1 KeV Quantum isB008100200008 0.255+-0.008, Abundance of 202.9 KeV Quantum is B008100200009 0.683+-0.005. (COMMENT OF CAJAD) B008100200010 ERR-ANALYS (MONIT3-ERR) Any Information is Absent. B008100200011 SAMPLE Different Kinds of Samples were Employed Depending on B008100200012 The Energy Range Used. B008100200013 Cu-Iodide or Iodoform was Placed in a Thin-Walled B008100200014 Al-Tube, Sealed Under Pressure and Flattened to an B008100200015 Absorption Thickness of About 1 MeV at 50 MeV Proton B008100200016 Energy. Used For Targets in the Energy Range Below B008100200017 45 MeV. B008100200018 Mixture of K-Iodide and Al-Oxide, Placed in a Thin- B008100200019 Walled Al-Tube, Sealed Under Pressure and Flattened B008100200020 To an Absorption Thickness of About 1 MeV at 50 MeV B008100200021 Proton Energy. Used For Targets in the Energy Range B008100200022 Above 45 MeV. B008100200023 MONITOR ((MONIT1)29-CU-63(P,N)30-ZN-63,,SIG,,,EXP) B008100200024 ((MONIT2)6-C-12(P,X)6-C-11,,SIG,,,EXP) B008100200025 ((MONIT3)13-AL-27(P,X)11-NA-24-G,CUM,SIG,,,EXP) B008100200026 As Experimentally Shown the Contribution of Na-24 by B008100200027 Recoil from the Al-Tubes was Negligible. B008100200028 MONIT-REF (B0057002,R.COLLE+,J,PR/C,9,1819,1974) For Cu-63(P,N) B008100200029 (,R.HOLUB+,W,HOLUB,1977) For C-12(P,X) Reaction. B008100200030 Submitted For Publication B008100200031 (B0082002,R.HOLUB+,J,NP/A,288,291,1977) For Al-27(P,X)B008100200032 Reaction B008100200033 The Monitor Values Used by Diksic and Cited As R.Holub,B008100200034 Submitted For Publication in Nuclear Physics are not B008100200035 Identical with the Values Given in the Publication of B008100200036 Holub. B008100200037 DECAY-MON (30-ZN-63,38.6MIN,DG,669.7,0.094,DG,962.0,0.075) B008100200038 The Decay Data Given, Especially the Abundances, are B008100200039 Differing from Those Used by Colle in Calculating B008100200040 The Monitor Cross Sections (COMMENT BY THE COMPILER OF B008100200041 KACHAPAG) B008100200042 According to ENSDF-97 Abundance of 669.7 KeV Quantum isB008100200043 0.082+-0.003, Abundance of 962. KeV Quantum is B008100200044 0.065+-0.004. (COMMENT OF CAJAD) B008100200045 (6-C-11,20.3MIN,AR,511.,2.00) B008100200046 (11-NA-24-G,15.03HR,DG,1368.5,0.9999,DG,2753.92,0.999) B008100200047 COMMENT No Loss of Xe Could be Observed Handling the Sample B008100200048 Irradiated. B008100200049 MISC-COL (MISC) Number of Determinations B008100200050 ENDBIB 48 0 B008100200051 NOCOMMON 0 0 B008100200052 DATA 10 10 B008100200053 EN DATA DATA-ERR MISC MONIT1 MONIT1-ERR B008100200054 MONIT2 MONIT2-ERR MONIT3 MONIT3-ERR B008100200055 MEV MB MB NO-DIM MB MB B008100200056 MB MB MB MB B008100200057 20. 68. 6. 1. 63.7 4.8B008100200058 B008100200059 25. 67. 5. 1. 33.3 2.5B008100200060 B008100200061 40. 27. 2. 4. B008100200062 90. 4.5 B008100200063 45. 28. 2. 1. B008100200064 88. 4.4 B008100200065 50. 17. 1. 1. B008100200066 86.4 4.4 6.7 0.4 B008100200067 55. 16. 1. 1. B008100200068 82. 4.1 8.7 0.6 B008100200069 60. 12. 1. 2. B008100200070 10.2 0.6 B008100200071 65. 10. 1. 1. B008100200072 11.2 0.7 B008100200073 70. 12. 1. 2. B008100200074 11.9 0.7 B008100200075 85. 9.8 1. 2. B008100200076 13.1 0.7 B008100200077 ENDDATA 24 0 B008100200078 ENDSUBENT 77 0 B008100299999 SUBENT B0081003 20020111 B019B008100300001 BIB 11 54 B008100300002 REACTION (53-I-127(P,3N)54-XE-125-G,M+,SIG,,,EXP) B008100300003 RAD-DET (54-XE-125-G,DG) B008100300004 DECAY-DATA (54-XE-125-G,17.0HR,DG,188.4,0.620,DG,243.4,0.310) B008100300005 (54-XE-125-M,57.SEC) 100% Isomeric Transition; CommentB008100300006 By the Compiler of Kachapag. B008100300007 According to ENSDF-97 Abundance of 188.4 KeV Quantum isB008100300008 0.540+-0.003, Abundance of 243. KeV Quantum is B008100300009 0.301+-0.007. (COMMENT OF CAJAD) B008100300010 ERR-ANALYS (MONIT3-ERR) Any Information is Absent. B008100300011 SAMPLE Different Kinds of Samples were Employed Depending on B008100300012 The Energy Range Used. B008100300013 Cu-Iodide or Iodoform was Placed in a Thin-Walled B008100300014 Al-Tube, Sealed Under Pressure and Flattened to an B008100300015 Absorption Thickness of About 1 MeV at 50 MeV Proton B008100300016 Energy. Used For Targets in the Energy Range Below B008100300017 45 MeV. B008100300018 Mixture of K-Iodide and Al-Oxide, Placed in a Thin- B008100300019 Walled Al-Tube, Sealed Under Pressure and Flattened B008100300020 To an Absorption Thickness of About 1 MeV at 50 MeV B008100300021 Proton Energy. Used For Targets in the Energy Range B008100300022 Above 45 MeV. B008100300023 MONITOR ((MONIT1)29-CU-63(P,N)30-ZN-63,,SIG,,,EXP) B008100300024 ((MONIT2)6-C-12(P,X)6-C-11,,SIG,,,EXP) B008100300025 ((MONIT3)13-AL-27(P,X)11-NA-24,CUM,SIG,,,EXP) B008100300026 As Experimentally Shown the Contribution of Na-24 by B008100300027 Recoil from the Al-Tubes was Negligible. B008100300028 MONIT-REF (B0057002,R.COLLE+,J,PR/C,9,1819,1974) For Cu-63(P,N) B008100300029 Reaction. B008100300030 (,R.HOLUB+,W,HOLUB,1977) For C-12(P,X) Reaction. B008100300031 Submitted For Publication B008100300032 (B0082002,R.HOLUB+,J,NP/A,288,291,1977) For Al-27(P,X) B008100300033 Reaction. B008100300034 The Monitor Values Used by Diksic and Cited As R.Holub,B008100300035 Submitted For Publication in Nuclear Physics are not B008100300036 Identical with the Values Given in the Publication of B008100300037 Holub. B008100300038 DECAY-MON (30-ZN-63,38.6MIN,DG,669.7,0.094,DG,962.0,0.075) B008100300039 The Decay Data Given, Especially the Abundances, are B008100300040 Differing from Those Used by Colle in Calculating B008100300041 The Monitor Cross Sections (COMMENT BY THE COMPILER OF B008100300042 KACHAPAG) B008100300043 According to ENSDF-97 Abundance of 669.7 KeV Quantum isB008100300044 0.082+-0.003, Abundance of 962. KeV Quantum is B008100300045 0.065+-0.004. (COMMENT OF CAJAD) B008100300046 (6-C-11,20.3MIN,AR,511.,2.00) B008100300047 (11-NA-24-G,15.03HR,DG,1368.5,0.9999,DG,2753.92,0.999) B008100300048 COMMENT No Loss of Xe Could be Observed Handling the Sample B008100300049 Irradiated. B008100300050 ADD-RES (COMP) B008100300051 Comparison of the Experimental Values with CalculationsB008100300052 Based on the Pre-Equilibrium Model of Blann and the B008100300053 Monte-Carlo Intranuclear Cascade-Evaporation Model B008100300054 Of Bertini. B008100300055 MISC-COL (MISC) Number of Determinations B008100300056 ENDBIB 54 0 B008100300057 NOCOMMON 0 0 B008100300058 DATA 10 11 B008100300059 EN DATA DATA-ERR MISC MONIT1 MONIT1-ERR B008100300060 MONIT2 MONIT2-ERR MONIT3 MONIT3-ERR B008100300061 MEV MB MB NO-DIM MB MB B008100300062 MB MB MB MB B008100300063 20. 40. 3. 1. 63.7 4.8B008100300064 B008100300065 25. 730. 50. 1. 33.3 2.5B008100300066 B008100300067 30. 820. 40. 2. B008100300068 90. 4.5 B008100300069 40. 308. 17. 4. B008100300070 90. 4.5 B008100300071 45. 245. 13. 1. B008100300072 88. 4.4 B008100300073 50. 110. 7. 1. B008100300074 86.4 4.4 6.7 0.4 B008100300075 55. 114. 8. 1. B008100300076 82. 4.1 8.7 0.6 B008100300077 60. 76. 6. 2. B008100300078 10.2 0.6 B008100300079 65. 95. 10. 1. B008100300080 11.2 0.7 B008100300081 70. 79. 9. 2. B008100300082 11.9 0.7 B008100300083 85. 43. 7. 2. B008100300084 13.1 0.7 B008100300085 ENDDATA 26 0 B008100300086 ENDSUBENT 85 0 B008100399999 SUBENT B0081004 20020111 B019B008100400001 BIB 10 41 B008100400002 REACTION (53-I-127(P,5N)54-XE-123,,SIG,,,EXP) B008100400003 RAD-DET (54-XE-123,DG) B008100400004 DECAY-DATA (54-XE-123,2.1HR,DG,178.1,0.195, B008100400005 DG,330.2,0.112, B008100400006 DG,899.6,0.032, B008100400007 DG,1093.4,0.0365) B008100400008 According to ENSDF-97 Abundance of 178.1 KeV Quantum isB008100400009 0.149+-0.008, Abundance of 330. KeV Quantum is B008100400010 0.086+-0.005, Abundance of 899.6 KeV Quantum is B008100400011 0.0245+-0.0025, Abundance of 1093.4 KeV Quantum is B008100400012 0.0279+-0.0025. (COMMENT OF CAJAD). B008100400013 SAMPLE Mixture of K-Iodide and Al-Oxide, Placed in a Thin- B008100400014 Walled Al-Tube, Sealed Under Pressure and Flattened B008100400015 To an Absorption Thickness of About 1 MeV at 50 MeV B008100400016 Proton Energy. Used For Targets in the Energy Range B008100400017 Above 45 MeV. B008100400018 MONITOR ((MONIT1)6-C-12(P,X)6-C-11,,SIG,,,EXP) B008100400019 ((MONIT2)13-AL-27(P,X)11-NA-24-G,CUM,SIG,,,EXP) B008100400020 As Experimentally Shown the Contribution of Na-24 by B008100400021 Recoil from the Al-Tubes was Negligible. B008100400022 MONIT-REF (,R.HOLUB+,W,HOLUB,1977) For C-12(P,X) Reaction. B008100400023 Submitted For Publication B008100400024 (B0082002,R.HOLUB+,J,NP/A,288,291,1977) For Al-27(P,X)B008100400025 Reaction. B008100400026 The Monitor Values Used by Diksic and Cited As R.Holub,B008100400027 Submitted For Publication in Nuclear Physics are not B008100400028 Identical with the Values Given in the Publication of B008100400029 Holub. B008100400030 DECAY-MON (6-C-11,20.3MIN,AR,511.,2.00) B008100400031 (11-NA-24-G,15.03HR,DG,1368.5,0.9999,DG,2753.92,0.999) B008100400032 COMMENT No Loss of Xe Could be Observed Handling the Sample B008100400033 Irradiated. B008100400034 ADD-RES Xe-123 Yield Production As a Function of Thickness B008100400035 Of Target For 60 and 65 MeV Proton Energy As Estimated B008100400036 From the Excitation Function is Given in a Figure. B008100400037 (COMP) B008100400038 Comparison of the Experimental Values with CalculationsB008100400039 Based on the Pre-Equilibrium Model of Blann and the B008100400040 Monte-Carlo Intranuclear Cascade-Evaporation Model B008100400041 Of Bertini. B008100400042 MISC-COL (MISC) Number of Determinations B008100400043 ENDBIB 41 0 B008100400044 NOCOMMON 0 0 B008100400045 DATA 8 8 B008100400046 EN DATA DATA-ERR MISC MONIT1 MONIT1-ERR B008100400047 MONIT2 MONIT2-ERR B008100400048 MEV MB MB NO-DIM MB MB B008100400049 MB MB B008100400050 45. 37. 2. 1. 88. 4.4B008100400051 B008100400052 50. 147. 10. 1. 86.4 4.4B008100400053 6.7 0.4 B008100400054 55. 269. 17. 1. 82. 4.1B008100400055 8.7 0.6 B008100400056 60. 220. 14. 2. B008100400057 10.2 0.6 B008100400058 65. 135. 13. 1. B008100400059 11.2 0.7 B008100400060 70. 121. 12. 2. B008100400061 11.9 0.7 B008100400062 75. 100. 13. 1. B008100400063 12.4 0.7 B008100400064 85. 71. 9. 2. B008100400065 13.1 0.7 B008100400066 ENDDATA 20 0 B008100400067 ENDSUBENT 66 0 B008100499999 SUBENT B0081005 20020111 B019B008100500001 BIB 10 33 B008100500002 REACTION (53-I-127(P,6N)54-XE-122,,SIG,,,EXP) B008100500003 RAD-DET (54-XE-122,DG) B008100500004 DECAY-DATA (54-XE-122,20.0HR,DG,350.1,0.082,DG,564.,0.177) B008100500005 According to ENSDF-97 Abundance of 350.1 KeV Quantum isB008100500006 0.0780+-0.0017, 564. KeV Quantum is not Observed. B008100500007 -Comment of CAJAD. B008100500008 SAMPLE Mixture of K-Iodide and Al-Oxide, Placed in a Thin- B008100500009 Walled Al-Tube, Sealed Under Pressure and Flattened B008100500010 To an Absorption Thickness of About 1 MeV at 50 MeV B008100500011 Proton Energy. Used For Targets in the Energy Range B008100500012 Above 45 MeV. B008100500013 MONITOR ((MONIT1)6-C-12(P,X)6-C-11,,SIG,,,EXP) B008100500014 ((MONIT2)13-AL-27(P,X)11-NA-24-G,CUM,SIG,,,EXP) B008100500015 As Experimentally Shown the Contribution of Na-24 by B008100500016 Recoil from the Al-Tubes was Negligible. B008100500017 MONIT-REF (,R.HOLUB+,W,HOLUB,1977) For C-12(P,X)Reaction. B008100500018 Submitted For Publication B008100500019 (B0082002,R.HOLUB+,J,NP/A,288,291,1977) For Al-27(P,X)B008100500020 Reaction. B008100500021 The Monitor Values Used by Diksic and Cited As R.Holub,B008100500022 Submitted For Publication in Nuclear Physics are not B008100500023 Identical with the Values Given in the Publication of B008100500024 Holub. B008100500025 DECAY-MON (6-C-11,20.3MIN,AR,511.,2.00) B008100500026 (11-NA-24-G,15.03HR,DG,1368.5,0.9999,DG,2753.92,0.999) B008100500027 COMMENT No Loss of Xe Could be Observed Handling the Sample B008100500028 Irradiated. B008100500029 ADD-RES (COMP) B008100500030 Comparison of the Experimental Values with CalculationsB008100500031 Based on the Pre-Equilibrium Model of Blann and the B008100500032 Monte-Carlo Intranuclear Cascade-Evaporation Model B008100500033 Of Bertini. B008100500034 MISC-COL (MISC) Number of Determinations B008100500035 ENDBIB 33 0 B008100500036 NOCOMMON 0 0 B008100500037 DATA 8 6 B008100500038 EN DATA DATA-ERR MISC MONIT1 MONIT1-ERR B008100500039 MONIT2 MONIT2-ERR B008100500040 MEV MB MB NO-DIM MB MB B008100500041 MB MB B008100500042 55. 5.8 0.9 1. 82. 4.1B008100500043 8.7 0.6 B008100500044 60. 39. 5. 2. B008100500045 10.2 0.6 B008100500046 65. 72. 9. 1. B008100500047 11.2 0.7 B008100500048 70. 114. 16. 2. B008100500049 11.9 0.7 B008100500050 75. 103. 18. 1. B008100500051 12.4 0.7 B008100500052 85. 69. 10. 2. B008100500053 13.1 0.7 B008100500054 ENDDATA 16 0 B008100500055 ENDSUBENT 54 0 B008100599999 SUBENT B0081006 20020111 B019B008100600001 BIB 10 47 B008100600002 REACTION (53-I-127(P,X)53-I-126,,SIG,,,EXP) Shielded. B008100600003 RAD-DET (53-I-126,DG) B008100600004 DECAY-DATA (53-I-126,13.0D,DG,388.6,0.349,DG,666.3,0.324) B008100600005 ERR-ANALYS (MONIT3-ERR) Any Information is Absent. B008100600006 SAMPLE Different Kinds of Samples were Employed Depending on B008100600007 The Energy Range Used. B008100600008 Cu-Iodide or Iodoform was Placed in a Thin-Walled B008100600009 Al-Tube, Sealed Under Pressure and Flattened to an B008100600010 Absorption Thickness of About 1 MeV at 50 MeV Proton B008100600011 Energy. Used For Targets in the Energy Range Below B008100600012 45 MeV. B008100600013 Mixture of K-Iodide and Al-Oxide, Placed in a Thin- B008100600014 Walled Al-Tube, Sealed Under Pressure and Flattened B008100600015 To an Absorption Thickness of About 1 MeV at 50 MeV B008100600016 Proton Energy. Used For Targets in the Energy Range B008100600017 Above 45 MeV. B008100600018 MONITOR ((MONIT1)29-CU-63(P,N)30-ZN-63,,SIG,,,EXP) B008100600019 ((MONIT2)6-C-12(P,X)6-C-11,,SIG,,,EXP) B008100600020 ((MONIT3)13-AL-27(P,X)11-NA-24,CUM,SIG,,,EXP) B008100600021 As Experimentally Shown the Contribution of Na-24 by B008100600022 Recoil from the Al-Tubes was Negligible. B008100600023 MONIT-REF (B0057002,R.COLLE+,J,PR/C,9,1819,1974) For Cu-63(P,X) B008100600024 Reaction. B008100600025 (,R.HOLUB+,W,HOLUB,1977) For C-12(P,X) Reaction. B008100600026 Submitted For Publication B008100600027 (B0082002,R.HOLUB+,J,NP/A,288,291,1977) For Al-27(P,X) B008100600028 Reaction. B008100600029 The Monitor Values Used by Diksic and Cited As R.Holub,B008100600030 Submitted For Publication in Nuclear Physics are not B008100600031 Identical with the Values Given in the Publication of B008100600032 Holub. B008100600033 DECAY-MON (30-ZN-63,38.6MIN,DG,669.7,0.094,DG,962.0,0.075) B008100600034 The Decay Data Given, Especially the Abundances, are B008100600035 Differing from Those Used by Colle in Calculating B008100600036 The Monitor Cross Sections (COMMENT BY THE COMPILER OF B008100600037 KACHAPAG) B008100600038 According to ENSDF-97 Abundance of 669.7 KeV Quantum isB008100600039 0.082+-0.003, Abundance of 962. KeV Quantum is B008100600040 0.065+-0.004. (COMMENT OF CAJAD) B008100600041 (6-C-11,20.3MIN,AR,511.,2.00) B008100600042 (11-NA-24-G,15.03HR,DG,1368.5,0.9999,DG,2753.92,0.999) B008100600043 ADD-RES (COMP) B008100600044 Comparison of the Experimental Values with CalculationsB008100600045 Based on the Pre-Equilibrium Model of Blann and the B008100600046 Monte-Carlo Intranuclear Cascade-Evaporation Model B008100600047 Of Bertini. B008100600048 MISC-COL (MISC) Number of Determinations B008100600049 ENDBIB 47 0 B008100600050 NOCOMMON 0 0 B008100600051 DATA 10 14 B008100600052 EN DATA DATA-ERR MISC MONIT1 MONIT1-ERR B008100600053 MONIT2 MONIT2-ERR MONIT3 MONIT3-ERR B008100600054 MEV MB MB NO-DIM MB MB B008100600055 MB MB MB MB B008100600056 20. 36. 3. 2. 63.7 4.8B008100600057 B008100600058 23. 96. 8. 2. 37. 3.B008100600059 B008100600060 25. 225. 14. 2. 33.3 2.5B008100600061 B008100600062 30. 274. 14. 2. B008100600063 90. 4.5 B008100600064 35. 231. 16. 2. B008100600065 94. 4.7 B008100600066 40. 205. 11. 2. B008100600067 90. 4.5 B008100600068 50. 218. 14. 2. B008100600069 86.4 4.4 6.7 0.4 B008100600070 55. 211. 12. 2. B008100600071 82. 4.1 8.7 0.6 B008100600072 60. 172. 14. 2. B008100600073 10.2 0.6 B008100600074 65. 181. 11. 2. B008100600075 11.2 0.7 B008100600076 70. 159. 10. 2. B008100600077 11.9 0.7 B008100600078 75. 163. 10. 2. B008100600079 12.4 0.7 B008100600080 80. 142. 9. 2. B008100600081 12.8 0.7 B008100600082 85. 145. 9. 2. B008100600083 13.1 0.7 B008100600084 ENDDATA 32 0 B008100600085 ENDSUBENT 84 0 B008100699999 SUBENT B0081007 20020111 B019B008100700001 BIB 9 35 B008100700002 REACTION (53-I-127(P,X)53-I-124,,SIG,,,EXP) Shielded. B008100700003 RAD-DET (53-I-124,DG) B008100700004 DECAY-DATA (53-I-124,4.17D,DG,602.7,0.620,DG,722.8,0.102) B008100700005 SAMPLE Different Kinds of Samples were Employed Depending on B008100700006 The Energy Range Used. B008100700007 Cu-Iodide or Iodoform was Placed in a Thin-Walled B008100700008 Al-Tube, Sealed Under Pressure and Flattened to an B008100700009 Absorption Thickness of About 1 MeV at 50 MeV Proton B008100700010 Energy. Used For Targets in the Energy Range Below B008100700011 45 MeV. B008100700012 Mixture of K-Iodide and Al-Oxide, Placed in a Thin- B008100700013 Walled Al-Tube, Sealed Under Pressure and Flattened B008100700014 To an Absorption Thickness of About 1 MeV at 50 MeV B008100700015 Proton Energy. Used For Targets in the Energy Range B008100700016 Above 45 MeV. B008100700017 MONITOR ((MONIT1)6-C-12(P,X)6-C-11,,SIG,,,EXP) B008100700018 ((MONIT2)13-AL-27(P,X)11-NA-24-G,CUM,SIG,,,EXP) B008100700019 As Experimentally Shown the Contribution of Na-24 by B008100700020 Recoil from the Al-Tubes was Negligible. B008100700021 MONIT-REF (,R.HOLUB+,W,HOLUB,1977) For C-12(P,X) Reaction. B008100700022 Submitted For Publication B008100700023 (B0082002,R.HOLUB+,J,NP/A,288,291,1977) For Al-27(P,X) B008100700024 Reaction. B008100700025 The Monitor Values Used by Diksic and Cited As R.Holub,B008100700026 Submitted For Publication in Nuclear Physics are not B008100700027 Identical with the Values Given in the Publication of B008100700028 Holub. B008100700029 DECAY-MON (6-C-11,20.3MIN,AR,511.,2.00) B008100700030 (11-NA-24-G,15.03HR,DG,1368.5,0.9999,DG,2753.92,0.999) B008100700031 ADD-RES (COMP) B008100700032 Comparison of the Experimental Values with CalculationsB008100700033 Based on the Pre-Equilibrium Model of Blann and the B008100700034 Monte-Carlo Intranuclear Cascade-Evaporation Model B008100700035 Of Bertini. B008100700036 MISC-COL (MISC) Number of Determinations B008100700037 ENDBIB 35 0 B008100700038 NOCOMMON 0 0 B008100700039 DATA 8 12 B008100700040 EN DATA DATA-ERR MISC MONIT1 MONIT1-ERR B008100700041 MONIT2 MONIT2-ERR B008100700042 MEV MB MB NO-DIM MB MB B008100700043 MB MB B008100700044 30. 2.9 0.8 2. 90. 4.5B008100700045 B008100700046 35. 6.4 0.9 2. 94. 4.7B008100700047 B008100700048 40. 32.4 1.8 2. 90. 4.5B008100700049 B008100700050 45. 151. 8. 2. 88. 4.4B008100700051 B008100700052 50. 201. 13. 2. 86.4 4.4B008100700053 6.7 0.4 B008100700054 55. 193. 12. 2. 82. 4.1B008100700055 8.7 0.6 B008100700056 60. 150. 9. 2. B008100700057 10.2 0.6 B008100700058 65. 145. 9. 2. B008100700059 11.2 0.7 B008100700060 70. 136. 9. 2. B008100700061 11.9 0.7 B008100700062 75. 128. 8. 2. B008100700063 12.4 0.7 B008100700064 80. 123. 8. 2. B008100700065 12.8 0.7 B008100700066 85. 119. 8. 2. B008100700067 13.1 0.7 B008100700068 ENDDATA 28 0 B008100700069 ENDSUBENT 68 0 B008100799999 ENDENTRY 7 0 B008199999999