ENTRY B0054 20011220 0000B005400000001
SUBENT B0054001 20011220 0000B005400100001
BIB 9 22 B005400100002
TITLE Excitation Functions For Proton-Induced Reactions B005400100003
With Copper B005400100004
AUTHOR (J.W.MEADOWS) B005400100005
INSTITUTE (1USAHRV).Cyclotron Laboratory B005400100006
REFERENCE (J,PR,91,885,1953) B005400100007
FACILITY (CYCLO,1USAHRV) B005400100008
Irradiations were Performed with the Internal ScatteredB005400100009
Beam with 180 Degree Focusing in the Cyclotron MagneticB005400100010
Field. Details of this Method Resulting in a Better B005400100011
Energy Resolution are Given by N.M.Hintz Et Al., Phys. B005400100012
Rev.88,19,1952. B005400100013
DETECTOR (GEMUC) B005400100014
CORRECTION The Observed Counting Rates were Corrected For Dead B005400100015
Time, Background Activity, Absorption, Self-Absorption,B005400100016
Scattering and Self-Scattering. Not Included were B005400100017
Corrections Due to Different Backing Materials. These B005400100018
May Increase the Values Presented Here by About B005400100019
5 %. B005400100020
ERR-ANALYS No Errors are Given by the Authors. B005400100021
HISTORY (19770111C)Lapf B005400100022
(19980111A) Reaction Lines are Corrected. Lower Case. B005400100023
(20011109U) Last checking has been done. B005400100024
ENDBIB 22 0 B005400100025
NOCOMMON 0 0 B005400100026
ENDSUBENT 25 0 B005400199999
SUBENT B0054002 20011220 0000B005400200001
BIB 8 30 B005400200002
REACTION (29-CU-63(P,X)29-CU-62,IND,SIG,,,EXP) B005400200003
The Slight Peak at About 80 MeV is Probably Caused B005400200004
By the Cu-63(P,4N+P)Cu-59 Reaction. B005400200005
RAD-DET (29-CU-62,B+) B005400200006
DECAY-DATA (29-CU-62,10.5MIN,B+,3000.) B005400200007
SAMPLE Cu-Oxide Powder Containing Separated Cu-63 Enclosed in B005400200008
Flat Al-Capsules. Thickness of Powder Layer About B005400200009
0.25 mm. The Stack Consisted of 4 to 8 Capsules B005400200010
Interspaced with Al-Absorbers. B005400200011
METHOD (INTB,STTA,EDEG,MOMIX) B005400200012
According to Hintz Et Al.,Phys.Rev.88,19,1952 the B005400200013
Energy at Each Target Foil was Calculated from the B005400200014
Average Radius and Magnetic Field For the Scattered B005400200015
Protons Together with Range Energy Curves Given by B005400200016
W.A.Aron,B.G.Hoffman and F.C.Williams, Ucrl-121(REV.) B005400200017
Initial Proton Energies 100 and 75 MeV, Respectively. B005400200018
ANALYSIS The Copper Oxide was Counted Through a 370 Mg/Cm**2 B005400200019
Al-Absorber to Stop any C-11 Activity Formed from B005400200020
The Oxygen. The Relative Yield of Cu-62 was Determined B005400200021
From a Decay Curve Analysis. Absolute Cross Sections B005400200022
Were Obtained by Comparing the Relative Yields of B005400200023
Cu-62 (10.5 MIN) For the Cu-63(P,N+P)Cu-62 Reaction B005400200024
With Cu-62 Measured in Equilibrium with Zn-62 (9.5 HR) B005400200025
For the Cu-63(P,2N)Zn-62 Reaction at 26 MeV (SEE B005400200026
B0054005). The Radiation of Zn-62 was Suppressed by B005400200027
The Al-Absorber. B005400200028
STATUS (CPX) B005400200029
(DEP,B0054005) B005400200030
Used As Secondary Monitor B005400200031
ADD-RES (COMP) B005400200032
ENDBIB 30 0 B005400200033
NOCOMMON 0 0 B005400200034
DATA 2 20 B005400200035
EN DATA B005400200036
MEV MB B005400200037
14. 28. B005400200038
18.5 195. B005400200039
19. 270. B005400200040
19.5 370. B005400200041
21.5 468. B005400200042
24. 524. B005400200043
24.2 550. B005400200044
24.2 580. B005400200045
28. 562. B005400200046
29.7 524. B005400200047
31. 464. B005400200048
32. 400. B005400200049
35. 302. B005400200050
40. 243. B005400200051
50. 195. B005400200052
60. 154. B005400200053
70. 140. B005400200054
80. 150. B005400200055
90. 130. B005400200056
99.2 120. B005400200057
ENDDATA 22 0 B005400200058
ENDSUBENT 57 0 B005400299999
SUBENT B0054003 20011220 0000B005400300001
BIB 8 19 B005400300002
REACTION (29-CU-63(P,X)29-CU-61,CUM,SIG,,,EXP) B005400300003
RAD-DET (29-CU-61,B+) B005400300004
DECAY-DATA (29-CU-61,,B+) B005400300005
SAMPLE Cu-Oxide Powder Containing Separated Cu-63 Enclosed in B005400300006
Flat Al-Capsules. Thickness of Powder Layer About B005400300007
0.25 mm. The Stack Consisted of 4 to 8 Capsules B005400300008
Interspaced with Al-Absorbers. B005400300009
METHOD (INTB,STTA,MOSEP,EDEG,CHSEP) B005400300010
According to Hintz Et Al.,Phys.Rev.88,19,1952 the B005400300011
Energy at Each Target Foil was Calculated from the B005400300012
Average Radius and Magnetic Field For the Scattered B005400300013
Protons Together with Range Energy Curves Given by B005400300014
W.A.Aron,B.G.Hoffman and F.C.Williams, Ucrl-121(REV.) B005400300015
Initial Proton Energies 100 and 75 MeV, Respectively. B005400300016
MONITOR 1(13-AL-27(P,X)11-NA-24-G,CUM,SIG,,,EXP) B005400300017
2(6-C-12(P,N+P)6-C-11,,SIG) B005400300018
MONIT-REF 1(B0076003,N.M.HINTZ+,J,PR,88,19,1952) B005400300019
2(B0077002,R.L.AAMODT+,J,PR,88,739,1952) B005400300020
STATUS (CPX) B005400300021
ENDBIB 19 0 B005400300022
NOCOMMON 0 0 B005400300023
DATA 2 16 B005400300024
EN DATA B005400300025
MEV MB B005400300026
20. 23. B005400300027
23. 9. B005400300028
25. 56. B005400300029
27.7 64. B005400300030
30. 148. B005400300031
32.5 184. B005400300032
35. 320. B005400300033
38. 322. B005400300034
40. 323. B005400300035
44.8 198. B005400300036
49.8 150. B005400300037
56.2 103. B005400300038
70. 92. B005400300039
79.7 82. B005400300040
90. 76. B005400300041
99.2 68. B005400300042
ENDDATA 18 0 B005400300043
ENDSUBENT 42 0 B005400399999
SUBENT B0054004 20011220 0000B005400400001
BIB 10 24 B005400400002
REACTION (29-CU-63(P,N)30-ZN-63,,SIG,,,EXP) B005400400003
RAD-DET (30-ZN-63,B+) B005400400004
DECAY-DATA (30-ZN-63,38.MIN,B+,2400.) B005400400005
SAMPLE Cu-Oxide Powder Containing Separated Cu-63 Enclosed in B005400400006
Flat Al-Capsules. Thickness of Powder Layer About B005400400007
0.25 mm. The Stack Consisted of 4 to 8 Capsules B005400400008
Interspaced with Al-Absorbers. B005400400009
METHOD (INTB,STTA,MOSEP,EDEG,CHSEP) B005400400010
According to Hintz Et Al.,Phys.Rev.88,19,1952 the B005400400011
Energy at Each Target Foil was Calculated from the B005400400012
Average Radius and Magnetic Field For the Scattered B005400400013
Protons Together with Range Energy Curves Given by B005400400014
W.A.Aron,B.G.Hoffman and F.C.Williams, Ucrl-121(REV.) B005400400015
Initial Proton Energies 100 and 75 MeV, Respectively. B005400400016
MONITOR 1(13-AL-27(P,X)11-NA-24-G,CUM,SIG,,,EXP) B005400400017
2(6-C-12(P,N+P)6-C-11,,SIG) B005400400018
MONIT-REF 1(B0076003,N.M.HINTZ+,J,PR,88,19,1952) B005400400019
2(B0077002,R.L.AAMODT+,J,PR,88,739,1952) B005400400020
REL-REF (C,B0057002,COLLE+,J,PR/C,9,1819,1974) B005400400021
In a Recent Compilation by Colle Et Al. The Present B005400400022
Data are Compared to Later Measurements and Found B005400400023
To be Systematically Higher Than All the Others. B005400400024
ADD-RES (COMP) B005400400025
STATUS (CPX) B005400400026
ENDBIB 24 0 B005400400027
NOCOMMON 0 0 B005400400028
DATA 2 16 B005400400029
EN DATA B005400400030
MEV MB B005400400031
5. 220. B005400400032
8. 325. B005400400033
10.8 400. B005400400034
12.8 409. B005400400035
17.2 364. B005400400036
19. 218. B005400400037
21. 150. B005400400038
25. 40. B005400400039
31.2 22. B005400400040
39.5 14. B005400400041
50.5 16. B005400400042
60. 14. B005400400043
70. 8. B005400400044
79.5 8. B005400400045
90. 7. B005400400046
99.2 7. B005400400047
ENDDATA 18 0 B005400400048
ENDSUBENT 47 0 B005400499999
SUBENT B0054005 20011220 0000B005400500001
BIB 9 20 B005400500002
REACTION (29-CU-63(P,2N)30-ZN-62,,SIG,,,EXP) B005400500003
RAD-DET (30-ZN-62,B+) B005400500004
DECAY-DATA (30-ZN-62,9.5HR,B+,650.) B005400500005
SAMPLE Cu-Oxide Powder Containing Separated Cu-63 Enclosed in B005400500006
Flat Al-Capsules. Thickness of Powder Layer About B005400500007
0.25 mm. The Stack Consisted of 4 to 8 Capsules B005400500008
Interspaced with Al-Absorbers. B005400500009
METHOD (INTB,STTA,MOSEP,EDEG,CHSEP) B005400500010
According to Hintz Et Al.,Phys.Rev.88,19,1952 the B005400500011
Energy at Each Target Foil was Calculated from the B005400500012
Average Radius and Magnetic Field For the Scattered B005400500013
Protons Together with Range Energy Curves Given by B005400500014
W.A.Aron,B.G.Hoffman and F.C.Williams, Ucrl-121(REV.) B005400500015
Initial Proton Energies 100 and 75 MeV, Respectively. B005400500016
MONITOR 1(13-AL-27(P,X)11-NA-24-G,CUM,SIG,,,EXP) B005400500017
2(6-C-12(P,N+P)6-C-11,,SIG) B005400500018
MONIT-REF 1(B0076003,N.M.HINTZ+,J,PR,88,19,1952) B005400500019
2(B0077002,R.L.AAMODT+,J,PR,88,739,1952) B005400500020
STATUS (CPX) B005400500021
ADD-RES (COMP) B005400500022
ENDBIB 20 0 B005400500023
NOCOMMON 0 0 B005400500024
DATA 2 18 B005400500025
EN DATA B005400500026
MEV MB B005400500027
17. 50. B005400500028
19. 79. B005400500029
21.2 99. B005400500030
23. 112. B005400500031
25. 123. B005400500032
26.1 137. B005400500033
28. 138. B005400500034
29. 133. B005400500035
30. 115. B005400500036
34. 62. B005400500037
35. 55. B005400500038
39.5 23. B005400500039
50.5 15. B005400500040
60. 15. B005400500041
70. 9. B005400500042
79.5 8. B005400500043
90. 7. B005400500044
99.2 7. B005400500045
ENDDATA 20 0 B005400500046
ENDSUBENT 45 0 B005400599999
SUBENT B0054006 20011220 0000B005400600001
BIB 8 25 B005400600002
REACTION (29-CU-65(P,X)29-CU-64,,SIG,,,EXP) Shielded. B005400600003
SAMPLE Cu-Oxide Powder Containing Separated Cu-65 Enclosed in B005400600004
Flat Al-Capsules. Thickness of Powder Layer About B005400600005
0.25 mm. The Stack Consisted of 4 to 8 Capsules B005400600006
Interspaced with Al-Absorbers. B005400600007
METHOD (INTB,STTA,MOSEP,EDEG,CHSEP) B005400600008
According to Hintz Et Al.,Phys.Rev.88,19,1952 the B005400600009
Energy at Each Target Foil was Calculated from the B005400600010
Average Radius and Magnetic Field For the Scattered B005400600011
Protons Together with Range Energy Curves Given by B005400600012
W.A.Aron,B.G.Hoffman and F.C.Williams, Ucrl-121(REV.) B005400600013
Initial Proton Energies 100 and 75 MeV, Respectively. B005400600014
MONITOR 1(13-AL-27(P,X)11-NA-24-G,CUM,SIG,,,EXP) B005400600015
2(6-C-12(P,N+P)6-C-11,,SIG) B005400600016
MONIT-REF 1(B0076003,N.M.HINTZ+,J,PR,88,19,1952) B005400600017
2(B0077002,R.L.AAMODT+,J,PR,88,739,1952) B005400600018
REL-REF (C,B0023002,NEWTON+,J,JIN,35,361,1973) B005400600019
Newton Compared these Data to His Own and Other B005400600020
Previous Measurements and Found Meadows Values B005400600021
Systematically Higher. He Concluded That this Might be B005400600022
Due to Poor Energy Resolution, Due to Use of the B005400600023
Stacked-Foil Technique, and Difficulties in Activity B005400600024
Measurements. B005400600025
STATUS (CPX) B005400600026
ADD-RES (COMP) B005400600027
ENDBIB 25 0 B005400600028
NOCOMMON 0 0 B005400600029
DATA 2 18 B005400600030
EN DATA B005400600031
MEV MB B005400600032
9.8 17. B005400600033
19.1 250. B005400600034
20.2 358. B005400600035
21. 449. B005400600036
25. 510. B005400600037
27.6 530. B005400600038
30. 428. B005400600039
32.7 400. B005400600040
38.2 334. B005400600041
43. 318. B005400600042
49.9 270. B005400600043
50.2 268. B005400600044
55.1 262. B005400600045
60.2 242. B005400600046
70.2 230. B005400600047
80.1 202. B005400600048
90.1 180. B005400600049
99.2 157. B005400600050
ENDDATA 20 0 B005400600051
ENDSUBENT 50 0 B005400699999
SUBENT B0054007 20011220 0000B005400700001
BIB 6 17 B005400700002
REACTION (29-CU-65(P,X)29-CU-62,IND,SIG,,,EXP) B005400700003
RAD-DET (29-CU-62,B+) B005400700004
DECAY-DATA (29-CU-62,10.5MIN,B+,3000.) B005400700005
SAMPLE Cu-Oxide Powder Containing Separated Cu-65 Enclosed in B005400700006
Flat Al-Capsules. Thickness of Powder Layer About B005400700007
0.25 mm. The Stack Consisted of 4 to 8 Capsules B005400700008
Interspaced with Al-Absorbers. B005400700009
METHOD (INTB,STTA,EDEG) B005400700010
According to Hintz Et Al.,Phys.Rev.88,19,1952 the B005400700011
Energy at Each Target Foil was Calculated from the B005400700012
Average Radius and Magnetic Field For the Scattered B005400700013
Protons Together with Range Energy Curves Given by B005400700014
W.A.Aron,B.G.Hoffman and F.C.Williams, Ucrl-121(REV.) B005400700015
Initial Proton Energies 100 and 75 MeV, Respectively. B005400700016
STATUS (CPX) B005400700017
(DEP,B0054002) B005400700018
Used As Secondary Monitor B005400700019
ENDBIB 17 0 B005400700020
NOCOMMON 0 0 B005400700021
DATA 2 17 B005400700022
EN DATA B005400700023
MEV MB B005400700024
25. 4. B005400700025
30. 4. B005400700026
35. 10. B005400700027
40.5 60. B005400700028
40.7 68. B005400700029
44. 164. B005400700030
50. 190. B005400700031
56. 151. B005400700032
59.3 130. B005400700033
65. 102. B005400700034
70. 96. B005400700035
75. 94. B005400700036
79.5 97. B005400700037
85. 90. B005400700038
90. 86. B005400700039
95. 80. B005400700040
99.2 76. B005400700041
ENDDATA 19 0 B005400700042
ENDSUBENT 41 0 B005400799999
SUBENT B0054008 20011220 0000B005400800001
BIB 8 19 B005400800002
REACTION (29-CU-65(P,X)29-CU-61,CUM,SIG,,,EXP) B005400800003
RAD-DET (29-CU-61,B+) B005400800004
DECAY-DATA (29-CU-61,,B+) B005400800005
SAMPLE Cu-Oxide Powder Containing Separated Cu-65 Enclosed in B005400800006
Flat Al-Capsules. Thickness of Powder Layer About B005400800007
0.25 mm. The Stack Consisted of 4 to 8 Capsules B005400800008
Interspaced with Al-Absorbers. B005400800009
METHOD (INTB,STTA,MOSEP,EDEG,CHSEP) B005400800010
According to Hintz Et Al.,Phys.Rev.88,19,1952 the B005400800011
Energy at Each Target Foil was Calculated from the B005400800012
Average Radius and Magnetic Field For the Scattered B005400800013
Protons Together with Range Energy Curves Given by B005400800014
W.A.Aron,B.G.Hoffman and F.C.Williams, Ucrl-121(REV.) B005400800015
Initial Proton Energies 100 and 75 MeV, Respectively. B005400800016
MONITOR 1(13-AL-27(P,X)11-NA-24-G,CUM,SIG,,,EXP) B005400800017
2(6-C-12(P,N+P)6-C-11,,SIG) B005400800018
MONIT-REF 1(B0076003,N.M.HINTZ+,J,PR,88,19,1952) B005400800019
2(B0077002,R.L.AAMODT+,J,PR,88,739,1952) B005400800020
STATUS (CPX) B005400800021
ENDBIB 19 0 B005400800022
NOCOMMON 0 0 B005400800023
DATA 2 12 B005400800024
EN DATA B005400800025
MEV MB B005400800026
45. 10. B005400800027
51. 30. B005400800028
55. 62. B005400800029
60. 86. B005400800030
65. 92. B005400800031
71. 80. B005400800032
75. 50. B005400800033
80. 42. B005400800034
85. 40. B005400800035
90. 40. B005400800036
95. 38. B005400800037
99. 34. B005400800038
ENDDATA 14 0 B005400800039
ENDSUBENT 38 0 B005400899999
SUBENT B0054009 20011220 0000B005400900001
BIB 8 19 B005400900002
REACTION (29-CU-65(P,3N)30-ZN-63,,SIG,,,EXP) B005400900003
RAD-DET (30-ZN-63,B+) B005400900004
DECAY-DATA (30-ZN-63,38.MIN,B+,2400.) B005400900005
SAMPLE Cu-Oxide Powder Containing Separated Cu-65 Enclosed in B005400900006
Flat Al-Capsules. Thickness of Powder Layer About B005400900007
0.25 mm. The Stack Consisted of 4 to 8 Capsules B005400900008
Interspaced with Al-Absorbers. B005400900009
METHOD (INTB,STTA,MOSEP,EDEG,CHSEP) B005400900010
According to Hintz Et Al.,Phys.Rev.88,19,1952 the B005400900011
Energy at Each Target Foil was Calculated from the B005400900012
Average Radius and Magnetic Field For the Scattered B005400900013
Protons Together with Range Energy Curves Given by B005400900014
W.A.Aron,B.G.Hoffman and F.C.Williams, Ucrl-121(REV.) B005400900015
Initial Proton Energies 100 and 75 MeV, Respectively. B005400900016
MONITOR 1(13-AL-27(P,X)11-NA-24-G,CUM,SIG,,,EXP) B005400900017
2(6-C-12(P,N+P)6-C-11,,SIG) B005400900018
MONIT-REF 1(B0076003,N.M.HINTZ+,J,PR,88,19,1952) B005400900019
2(B0077002,R.L.AAMODT+,J,PR,88,739,1952) B005400900020
STATUS (CPX) B005400900021
ENDBIB 19 0 B005400900022
NOCOMMON 0 0 B005400900023
DATA 2 11 B005400900024
EN DATA B005400900025
MEV MB B005400900026
29.8 93. B005400900027
33.6 136. B005400900028
38.1 165. B005400900029
43.6 89. B005400900030
54.1 43. B005400900031
59.2 31. B005400900032
65.1 30. B005400900033
69.1 26. B005400900034
79.7 16. B005400900035
89.4 17. B005400900036
99.2 13. B005400900037
ENDDATA 13 0 B005400900038
ENDSUBENT 37 0 B005400999999
SUBENT B0054010 20011220 0000B005401000001
BIB 8 19 B005401000002
REACTION (29-CU-65(P,4N)30-ZN-62,,SIG,,,EXP) B005401000003
RAD-DET (30-ZN-62,B+) B005401000004
DECAY-DATA (30-ZN-62,9.5HR,B+,650.) B005401000005
SAMPLE Cu-Oxide Powder Containing Separated Cu-65 Enclosed in B005401000006
Flat Al-Capsules. Thickness of Powder Layer About B005401000007
0.25 mm. The Stack Consisted of 4 to 8 Capsules B005401000008
Interspaced with Al-Absorbers. B005401000009
METHOD (INTB,STTA,MOSEP,EDEG,CHSEP) B005401000010
According to Hintz Et Al.,Phys.Rev.88,19,1952 the B005401000011
Energy at Each Target Foil was Calculated from the B005401000012
Average Radius and Magnetic Field For the Scattered B005401000013
Protons Together with Range Energy Curves Given by B005401000014
W.A.Aron,B.G.Hoffman and F.C.Williams, Ucrl-121(REV.) B005401000015
Initial Proton Energies 100 and 75 MeV, Respectively. B005401000016
MONITOR 1(13-AL-27(P,X)11-NA-24-G,CUM,SIG,,,EXP) B005401000017
2(6-C-12(P,N+P)6-C-11,,SIG) B005401000018
MONIT-REF 1(B0076003,N.M.HINTZ+,J,PR,88,19,1952) B005401000019
2(B0077002,R.L.AAMODT+,J,PR,88,739,1952) B005401000020
STATUS (CPX) B005401000021
ENDBIB 19 0 B005401000022
NOCOMMON 0 0 B005401000023
DATA 2 11 B005401000024
EN DATA B005401000025
MEV MB B005401000026
34. 1. B005401000027
38. 4. B005401000028
44. 8. B005401000029
50. 20. B005401000030
54. 16. B005401000031
60. 10. B005401000032
65. 8. B005401000033
70. 8. B005401000034
80. 5. B005401000035
90. 4. B005401000036
99. 4. B005401000037
ENDDATA 13 0 B005401000038
ENDSUBENT 37 0 B005401099999
ENDENTRY 10 0 B005499999999