ENTRY O0384 19970728 0000O038400000001
SUBENT O0384001 19970728 0000O038400100001
BIB 12 20 O038400100002
TITLE Inelastic Proton Scattering Ar-40 and Ca-40. O038400100003
AUTHOR (W.S.GRAY,R.A.KENEFICK,J.J.KRAUSHAAR) O038400100004
INSTITUTE (1USACLU) Department of Physics and Astrophysics. O038400100005
REFERENCE (J,NP,67,542,65) O038400100006
HISTORY (970721C) O038400100007
(970728U) Last checking has been done. O038400100008
ADD-RES (COMP).DWBA Analysis. Optical Model Calculations. O038400100009
(P-SPC) O038400100010
(STRUC) O038400100011
(POT) O038400100012
PART-DET (P) O038400100013
DETECTOR (SOLST).The Surface Barrier Semiconductor Spectrometer.O038400100014
One Lithium Drifted Detector was Used. All Detectors O038400100015
Had a Dead Layer on the Front Surface of Less Than 1 O038400100016
Mum Thick. O038400100017
FACILITY (CYCLO,1USACLU).Four-Sector (FFAG) Cyclotron. O038400100018
METHOD (EXTB) O038400100019
(BCINT) O038400100020
ERR-ANALYS (ANG-ERR).Data-Point Reader Uncertainty. O038400100021
STATUS (CURVE).By CAJAD. O038400100022
ENDBIB 20 0 O038400100023
NOCOMMON 0 0 O038400100024
ENDSUBENT 23 0 O038400199999
SUBENT O0384002 19970728 0000O038400200001
BIB 3 9 O038400200002
REACTION (20-CA-40(P,EL)20-CA-40,,DA,,,EXP) Figure 4. O038400200003
SAMPLE The Calcium Target was a Natural Calcium Foil (99.6% O038400200004
CA-40), Which was Rolled in Air to a Thickness of O038400200005
5.8 Mg/Cm**2. As Calcium Oxidizes Very Rapidly When O038400200006
Exposed to Air, the Target Prepared in this Way was O038400200007
Heavily Contaminated with Oxygen, and in Fact was O038400200008
Somewhat Wrinkled As a Results of Chemical Changes O038400200009
Occurring After the Target was Mounted. O038400200010
ERR-ANALYS (DATA-ERR).Data-Point Reader Uncertainty. O038400200011
ENDBIB 9 0 O038400200012
COMMON 3 3 O038400200013
EN ANG-ERR DATA-ERR O038400200014
MEV ADEG PER-CENT O038400200015
14.6 1. 5. O038400200016
ENDCOMMON 3 0 O038400200017
DATA 2 25 O038400200018
ANG-CM DATA O038400200019
ADEG MB/SR O038400200020
32.4 259. O038400200021
37. 145. O038400200022
42.3 87. O038400200023
47.5 66. O038400200024
51.3 59.4 O038400200025
56.4 66. O038400200026
61.6 55.5 O038400200027
68.3 40.8 O038400200028
72.1 29. O038400200029
75.9 17.3 O038400200030
81.3 8.4 O038400200031
85.2 4.71 O038400200032
91.8 4.56 O038400200033
95.3 8.2 O038400200034
101.1 12.8 O038400200035
103.9 17.4 O038400200036
110.5 21.4 O038400200037
114.2 20.7 O038400200038
120.1 19.3 O038400200039
124.6 15.7 O038400200040
131.3 12. O038400200041
135.8 8.8 O038400200042
140.3 7.2 O038400200043
145.4 7.9 O038400200044
149.8 9.1 O038400200045
ENDDATA 27 0 O038400200046
ENDSUBENT 45 0 O038400299999
SUBENT O0384003 19970728 0000O038400300001
BIB 3 9 O038400300002
REACTION (20-CA-40(P,EL)20-CA-40,,DA,,,EXP) Figure 5. O038400300003
SAMPLE The Calcium Target were Prepared by Evaporating O038400300004
Natural Mettallic Calcium onto an Aluminium Backing O038400300005
Under Vacuum.When the Calcium had Accumulated to O038400300006
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038400300007
Easily be Peeled Off the Backing As a Smooth Foil and O038400300008
Storage of the Target in Vacuum Immediately After O038400300009
Mounting Considerably Reduced the Oxygen Contamination.O038400300010
ERR-ANALYS (DATA-ERR).Data-Point Reader Uncertainty. O038400300011
ENDBIB 9 0 O038400300012
COMMON 3 3 O038400300013
EN ANG-ERR DATA-ERR O038400300014
MEV ADEG PER-CENT O038400300015
17.3 1. 5. O038400300016
ENDCOMMON 3 0 O038400300017
DATA 2 23 O038400300018
ANG-CM DATA O038400300019
ADEG MB/SR O038400300020
28. 389. O038400300021
31. 143. O038400300022
35.5 59.9 O038400300023
41.5 40.8 O038400300024
45.3 53.7 O038400300025
49.1 68. O038400300026
53.7 76. O038400300027
62. 59.1 O038400300028
65. 46.3 O038400300029
71.8 25.7 O038400300030
76.3 14.7 O038400300031
81.5 7.6 O038400300032
87.6 7.3 O038400300033
92.9 8.7 O038400300034
96.7 11.4 O038400300035
102. 14.5 O038400300036
106.5 15. O038400300037
111.1 15.5 O038400300038
116.4 13.5 O038400300039
120.9 11.7 O038400300040
131.5 6.7 O038400300041
143.5 4.1 O038400300042
149.6 6.2 O038400300043
ENDDATA 25 0 O038400300044
ENDSUBENT 43 0 O038400399999
SUBENT O0384004 19970728 0000O038400400001
BIB 4 11 O038400400002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.8a, Top. O038400400003
EN-SEC (E-LVL,20-CA-40) O038400400004
SAMPLE The Calcium Target was a Natural Calcium Foil (99.6% O038400400005
CA-40), Which was Rolled in Air to a Thickness of O038400400006
5.8 Mg/Cm**2.As Calcium Oxidizes Very Rapidly When O038400400007
Exposed to Air,the Target Prepared in this Way was O038400400008
Heavily Contaminated with Oxygen, and in Fact was O038400400009
Somewhat Wrinkled As a Results of Chemical Changes O038400400010
Occurring After the Target was Mounted. O038400400011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038400400012
(DATA-ERR).Data-Point Reader Uncertainty. O038400400013
ENDBIB 11 0 O038400400014
COMMON 4 3 O038400400015
EN E-LVL ANG-ERR DATA-ERR O038400400016
MEV MEV ADEG PER-CENT O038400400017
14.6 3.73 0.5 2. O038400400018
ENDCOMMON 3 0 O038400400019
DATA 3 15 O038400400020
ANG-CM DATA ERR-T O038400400021
ADEG MB/SR PER-CENT O038400400022
34.7 3.6 19. O038400400023
39.5 4.3 9. O038400400024
45.1 5.1 10. O038400400025
50.3 5.1 8. O038400400026
55.2 5.4 7. O038400400027
59.2 5.94 O038400400028
64.8 6.02 O038400400029
70. 6.11 O038400400030
75.3 5.88 O038400400031
80.5 5.74 O038400400032
86.1 5.53 O038400400033
90.9 5.06 O038400400034
95.8 4.69 O038400400035
101.4 4.4 O038400400036
106.3 3.92 O038400400037
ENDDATA 17 0 O038400400038
ENDSUBENT 37 0 O038400499999
SUBENT O0384005 19970728 0000O038400500001
BIB 4 10 O038400500002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.8a, Middle. O038400500003
EN-SEC (E-LVL,20-CA-40) O038400500004
SAMPLE The Calcium Target was a Natural Calcium Foil (99.6% O038400500005
CA-40), Which was Rolled in Air to a Thickness of O038400500006
5.8 Mg/Cm**2.As Calcium Oxidizes Very Rapidly When O038400500007
Exposed to Air,the Target Prepared in this Way was O038400500008
Heavily Contaminated with Oxygen, and in Fact was O038400500009
Somewhat Wrinkled As a Results of Chemical Changes O038400500010
Occurring After the Target was Mounted. O038400500011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038400500012
ENDBIB 10 0 O038400500013
COMMON 3 3 O038400500014
EN E-LVL ANG-ERR O038400500015
MEV MEV ADEG O038400500016
14.6 3.9 0.5 O038400500017
ENDCOMMON 3 0 O038400500018
DATA 3 15 O038400500019
ANG-CM DATA ERR-T O038400500020
ADEG MB/SR PER-CENT O038400500021
35. 0.8 50. O038400500022
40.2 0.9 30. O038400500023
44.6 1.05 20. O038400500024
49.5 1.04 14. O038400500025
55. 1. 20. O038400500026
60.3 0.98 17. O038400500027
64.7 1.04 14. O038400500028
70.7 0.97 15. O038400500029
75.9 0.85 9. O038400500030
81.9 0.64 11. O038400500031
86.8 0.62 11. O038400500032
91.3 0.6 12. O038400500033
96.5 0.76 22. O038400500034
101.7 0.88 10. O038400500035
106.5 1.12 11. O038400500036
ENDDATA 17 0 O038400500037
ENDSUBENT 36 0 O038400599999
SUBENT O0384006 19970728 0000O038400600001
BIB 4 11 O038400600002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.8a,Bottom O038400600003
EN-SEC (E-LVL,20-CA-40) O038400600004
SAMPLE The Calcium Target was a Natural Calcium Foil (99.6% O038400600005
CA-40), Which was Rolled in Air to a Thickness of O038400600006
5.8 Mg/Cm**2.As Calcium Oxidizes Very Rapidly When O038400600007
Exposed to Air,the Target Prepared in this Way was O038400600008
Heavily Contaminated with Oxygen, and in Fact was O038400600009
Somewhat Wrinkled As a Results of Chemical Changes O038400600010
Occurring After the Target was Mounted. O038400600011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038400600012
(DATA-ERR).Data-Point Reader Uncertainty. O038400600013
ENDBIB 11 0 O038400600014
COMMON 4 3 O038400600015
EN E-LVL ANG-ERR DATA-ERR O038400600016
MEV MEV ADEG PER-CENT O038400600017
14.6 4.48 0.5 2. O038400600018
ENDCOMMON 3 0 O038400600019
DATA 3 24 O038400600020
ANG-CM DATA ERR-T O038400600021
ADEG MB/SR PER-CENT O038400600022
40.3 1.9 26. O038400600023
47.1 2.1 13. O038400600024
50.2 1.9 26. O038400600025
56.2 2.5 12. O038400600026
60.1 2.1 24. O038400600027
67.3 1.82 16. O038400600028
71.5 1.8 17. O038400600029
76.8 1.71 9. O038400600030
82.9 1.49 11. O038400600031
88.3 1.295 O038400600032
92.8 1.141 O038400600033
98.2 1.14 11. O038400600034
103.1 1.07 12. O038400600035
109.2 0.88 13. O038400600036
113.4 0.91 16. O038400600037
118.7 0.88 14. O038400600038
124.1 0.9 10. O038400600039
129.4 0.954 O038400600040
134.7 1.074 O038400600041
140. 1. 8. O038400600042
144.2 1.195 O038400600043
148.4 1.197 O038400600044
154.1 1.296 O038400600045
159.4 1.316 O038400600046
ENDDATA 26 0 O038400600047
ENDSUBENT 46 0 O038400699999
SUBENT O0384007 19970728 0000O038400700001
BIB 4 11 O038400700002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.8B, Top. O038400700003
EN-SEC (E-LVL,20-CA-40) O038400700004
SAMPLE The Calcium Target was a Natural Calcium Foil (99.6% O038400700005
CA-40), Which was Rolled in Air to a Thickness of O038400700006
5.8 Mg/Cm**2.As Calcium Oxidizes Very Rapidly When O038400700007
Exposed to Air,the Target Prepared in this Way was O038400700008
Heavily Contaminated with Oxygen, and in Fact was O038400700009
Somewhat Wrinkled As a Results of Chemical Changes O038400700010
Occurring After the Target was Mounted. O038400700011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038400700012
(DATA-ERR).Data-Point Reader Uncertainty. O038400700013
ENDBIB 11 0 O038400700014
COMMON 4 3 O038400700015
EN E-LVL ANG-ERR DATA-ERR O038400700016
MEV MEV ADEG PER-CENT O038400700017
14.6 5.26 0.5 2. O038400700018
ENDCOMMON 3 0 O038400700019
DATA 3 19 O038400700020
ANG-CM DATA ERR-T O038400700021
ADEG MB/SR PER-CENT O038400700022
50. 2.3 30. O038400700023
56.3 2.3 26. O038400700024
61.6 2.1 30. O038400700025
77.3 1.11 23. O038400700026
81.4 1.17 16. O038400700027
87.4 1.19 8. O038400700028
91.8 1.06 9. O038400700029
96.7 1.21 8. O038400700030
100.8 1.162 O038400700031
107.2 0.944 O038400700032
111.3 0.97 8. O038400700033
116.9 0.945 O038400700034
120.6 0.95 6. O038400700035
126.2 1.06 8. O038400700036
129.6 1.01 7. O038400700037
135.9 0.99 8. O038400700038
140.4 0.94 6. O038400700039
144.5 0.9 8. O038400700040
149.8 0.99 15. O038400700041
ENDDATA 21 0 O038400700042
ENDSUBENT 41 0 O038400799999
SUBENT O0384008 19970728 0000O038400800001
BIB 4 10 O038400800002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig. 8B, Middle.O038400800003
EN-SEC (E-LVL,20-CA-40) O038400800004
SAMPLE The Calcium Target was a Natural Calcium Foil (99.6% O038400800005
CA-40), Which was Rolled in Air to a Thickness of O038400800006
5.8 Mg/Cm**2.As Calcium Oxidizes Very Rapidly When O038400800007
Exposed to Air,the Target Prepared in this Way was O038400800008
Heavily Contaminated with Oxygen, and in Fact was O038400800009
Somewhat Wrinkled As a Results of Chemical Changes O038400800010
Occurring After the Target was Mounted. O038400800011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038400800012
ENDBIB 10 0 O038400800013
COMMON 3 3 O038400800014
EN E-LVL ANG-ERR O038400800015
MEV MEV ADEG O038400800016
14.6 6.29 0.5 O038400800017
ENDCOMMON 3 0 O038400800018
DATA 3 11 O038400800019
ANG-CM DATA ERR-T O038400800020
ADEG MB/SR PER-CENT O038400800021
55.9 1.07 15. O038400800022
61.2 1.18 13. O038400800023
67.5 1.12 8. O038400800024
71.3 1.03 8. O038400800025
76.9 0.85 9. O038400800026
82.1 0.75 11. O038400800027
86.6 0.66 11. O038400800028
91.8 0.53 13. O038400800029
96.3 0.56 13. O038400800030
101.2 0.52 13. O038400800031
107.1 0.52 13. O038400800032
ENDDATA 13 0 O038400800033
ENDSUBENT 32 0 O038400899999
SUBENT O0384009 19970728 0000O038400900001
BIB 4 11 O038400900002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.8B,Bottom. O038400900003
EN-SEC (E-LVL,20-CA-40) O038400900004
SAMPLE The Calcium Target was a Natural Calcium Foil (99.6% O038400900005
CA-40), Which was Rolled in Air to a Thickness of O038400900006
5.8 Mg/Cm**2.As Calcium Oxidizes Very Rapidly When O038400900007
Exposed to Air,the Target Prepared in this Way was O038400900008
Heavily Contaminated with Oxygen, and in Fact was O038400900009
Somewhat Wrinkled As a Results of Chemical Changes O038400900010
Occurring After the Target was Mounted. O038400900011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038400900012
(DATA-ERR).Data-Point Reader Uncertainty. O038400900013
ENDBIB 11 0 O038400900014
COMMON 4 3 O038400900015
EN E-LVL ANG-ERR DATA-ERR O038400900016
MEV MEV ADEG PER-CENT O038400900017
14.6 5.61 0.5 2. O038400900018
ENDCOMMON 3 0 O038400900019
DATA 3 20 O038400900020
ANG-CM DATA ERR-T O038400900021
ADEG MB/SR PER-CENT O038400900022
46.9 2.4 25. O038400900023
51.4 2.1 24. O038400900024
56.7 1.9 21. O038400900025
61.9 1.7 18. O038400900026
66.7 1.32 15. O038400900027
72. 1.22 11. O038400900028
77.6 1.05 10. O038400900029
92.9 0.93 10. O038400900030
97. 1.06 8. O038400900031
100.8 1.12 8. O038400900032
107.1 1.11 9. O038400900033
111.2 1.204 O038400900034
116.5 1.224 O038400900035
121.7 1.196 O038400900036
126.2 1.215 O038400900037
131. 1.219 O038400900038
135.5 1.191 O038400900039
139.3 1.193 O038400900040
145.2 1.08 6. O038400900041
149.7 1.14 6. O038400900042
ENDDATA 22 0 O038400900043
ENDSUBENT 42 0 O038400999999
SUBENT O0384010 19970728 0000O038401000001
BIB 4 11 O038401000002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.9a, Top. O038401000003
EN-SEC (E-LVL,20-CA-40) O038401000004
SAMPLE The Calcium Target were Prepared by Evaporating O038401000005
Natural Mettallic Calcium onto an Aluminium Backing O038401000006
Under Vacuum.When the Calcium had Accumulated to O038401000007
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038401000008
Easily be Peeled Off the Backing As a Smooth Foil and O038401000009
Storage of the Target in Vacuum Immediately After O038401000010
Mounting Considerably Reduced the Oxygen Contamination.O038401000011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038401000012
(DATA-ERR).Data-Point Reader Uncertainty. O038401000013
ENDBIB 11 0 O038401000014
COMMON 4 3 O038401000015
EN E-LVL ANG-ERR DATA-ERR O038401000016
MEV MEV ADEG PER-CENT O038401000017
17.3 3.73 0.5 2. O038401000018
ENDCOMMON 3 0 O038401000019
DATA 3 23 O038401000020
ANG-CM DATA ERR-T O038401000021
ADEG MB/SR PER-CENT O038401000022
25.7 5.9 40. O038401000023
30.7 6.3 11. O038401000024
35.7 6.3 6. O038401000025
40.8 5.98 3. O038401000026
45.4 6.37 4. O038401000027
49.7 6.7 4. O038401000028
55.8 7.15 O038401000029
60.9 6.74 O038401000030
67. 6.67 4. O038401000031
71. 6.36 4. O038401000032
76.8 5.78 4. O038401000033
81.5 5.12 3. O038401000034
86.6 4.6 3. O038401000035
92. 4.13 4. O038401000036
96.7 3.66 4. O038401000037
101.8 3.58 4. O038401000038
106.9 3.29 6. O038401000039
112.2 3.64 4. O038401000040
117.2 3.92 6. O038401000041
121.2 3.27 4. O038401000042
131. 3.01 5. O038401000043
141.1 3.03 4. O038401000044
151.8 3.31 5. O038401000045
ENDDATA 25 0 O038401000046
ENDSUBENT 45 0 O038401099999
SUBENT O0384011 19970728 0000O038401100001
BIB 4 10 O038401100002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.9a, Middle. O038401100003
EN-SEC (E-LVL,20-CA-40) O038401100004
SAMPLE The Calcium Target were Prepared by Evaporating O038401100005
Natural Mettallic Calcium onto an Aluminium Backing O038401100006
Under Vacuum.When the Calcium had Accumulated to O038401100007
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038401100008
Easily be Peeled Off the Backing As a Smooth Foil and O038401100009
Storage of the Target in Vacuum Immediately After O038401100010
Mounting Considerably Reduced the Oxygen Contamination.O038401100011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038401100012
ENDBIB 10 0 O038401100013
COMMON 3 3 O038401100014
EN E-LVL ANG-ERR O038401100015
MEV MEV ADEG O038401100016
17.3 3.9 0.5 O038401100017
ENDCOMMON 3 0 O038401100018
DATA 3 21 O038401100019
ANG-CM DATA ERR-T O038401100020
ADEG MB/SR PER-CENT O038401100021
24.8 1.3 50. O038401100022
32.5 1. 40. O038401100023
36. 1.4 21. O038401100024
41.3 1.59 11. O038401100025
45.7 1.31 12. O038401100026
50.4 1.19 11. O038401100027
55.9 0.89 17. O038401100028
61.4 0.86 16. O038401100029
66.3 0.99 13. O038401100030
71.5 0.78 8. O038401100031
76.8 0.81 7. O038401100032
81.3 0.62 8. O038401100033
86.7 0.64 6. O038401100034
91. 0.61 7. O038401100035
96.5 0.47 17. O038401100036
101.9 0.5 8. O038401100037
112. 0.46 11. O038401100038
121.9 0.62 6. O038401100039
131.5 0.81 6. O038401100040
141.5 0.94 9. O038401100041
151.2 1.02 7. O038401100042
ENDDATA 23 0 O038401100043
ENDSUBENT 42 0 O038401199999
SUBENT O0384012 19970728 0000O038401200001
BIB 4 10 O038401200002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.9a, Bottom. O038401200003
EN-SEC (E-LVL,20-CA-40) O038401200004
SAMPLE The Calcium Target were Prepared by Evaporating O038401200005
Natural Mettallic Calcium onto an Aluminium Backing O038401200006
Under Vacuum.When the Calcium had Accumulated to O038401200007
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038401200008
Easily be Peeled Off the Backing As a Smooth Foil and O038401200009
Storage of the Target in Vacuum Immediately After O038401200010
Mounting Considerably Reduced the Oxygen Contamination.O038401200011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038401200012
ENDBIB 10 0 O038401200013
COMMON 3 3 O038401200014
EN E-LVL ANG-ERR O038401200015
MEV MEV ADEG O038401200016
17.3 4.48 0.5 O038401200017
ENDCOMMON 3 0 O038401200018
DATA 3 23 O038401200019
ANG-CM DATA ERR-T O038401200020
ADEG MB/SR PER-CENT O038401200021
25.3 2.9 30. O038401200022
30.3 2.9 14. O038401200023
36.1 3.04 8. O038401200024
40.4 3.05 7. O038401200025
45.1 2.91 7. O038401200026
50.5 2.85 7. O038401200027
55.5 2.79 9. O038401200028
60.6 2.33 9. O038401200029
65.7 2.25 7. O038401200030
70.3 2.43 5. O038401200031
75.8 2.16 5. O038401200032
81.3 1.78 6. O038401200033
86.7 1.76 5. O038401200034
91. 1.62 5. O038401200035
96.1 1.48 7. O038401200036
101.5 1.38 6. O038401200037
106.2 1.41 8. O038401200038
111.3 1.37 4. O038401200039
117. 1.36 7. O038401200040
121.4 1.31 8. O038401200041
130.7 1.33 6. O038401200042
140.8 1.28 8. O038401200043
150.5 1.33 6. O038401200044
ENDDATA 25 0 O038401200045
ENDSUBENT 44 0 O038401299999
SUBENT O0384013 19970728 0000O038401300001
BIB 4 10 O038401300002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.9B, Top. O038401300003
EN-SEC (E-LVL,20-CA-40) O038401300004
SAMPLE The Calcium Target were Prepared by Evaporating O038401300005
Natural Mettallic Calcium onto an Aluminium Backing O038401300006
Under Vacuum.When the Calcium had Accumulated to O038401300007
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038401300008
Easily be Peeled Off the Backing As a Smooth Foil and O038401300009
Storage of the Target in Vacuum Immediately After O038401300010
Mounting Considerably Reduced the Oxygen Contamination.O038401300011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038401300012
ENDBIB 10 0 O038401300013
COMMON 3 3 O038401300014
EN E-LVL ANG-ERR O038401300015
MEV MEV ADEG O038401300016
17.3 3.35 0.5 O038401300017
ENDCOMMON 3 0 O038401300018
DATA 3 15 O038401300019
ANG-CM DATA ERR-T O038401300020
ADEG MB/SR PER-CENT O038401300021
35.9 0.3 20. O038401300022
41.6 0.26 50. O038401300023
62.4 0.16 40. O038401300024
67.7 0.18 30. O038401300025
72.5 9.E-02 60. O038401300026
76.6 0.12 30. O038401300027
81.7 9.E-02 30. O038401300028
86.7 0.17 24. O038401300029
91.5 0.23 22. O038401300030
101. 0.27 19. O038401300031
111.2 0.27 15. O038401300032
121.5 0.29 10. O038401300033
131. 0.114 18. O038401300034
141.4 8.E-02 40. O038401300035
151.4 0.18 28. O038401300036
ENDDATA 17 0 O038401300037
ENDSUBENT 36 0 O038401399999
SUBENT O0384014 19970728 0000O038401400001
BIB 4 10 O038401400002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.9B, Middle. O038401400003
EN-SEC (E-LVL,20-CA-40) O038401400004
SAMPLE The Calcium Target were Prepared by Evaporating O038401400005
Natural Mettallic Calcium onto an Aluminium Backing O038401400006
Under Vacuum.When the Calcium had Accumulated to O038401400007
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038401400008
Easily be Peeled Off the Backing As a Smooth Foil and O038401400009
Storage of the Target in Vacuum Immediately After O038401400010
Mounting Considerably Reduced the Oxygen Contamination.O038401400011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038401400012
ENDBIB 10 0 O038401400013
COMMON 3 3 O038401400014
EN E-LVL ANG-ERR O038401400015
MEV MEV ADEG O038401400016
17.3 5.27 0.5 O038401400017
ENDCOMMON 3 0 O038401400018
DATA 3 19 O038401400019
ANG-CM DATA ERR-T O038401400020
ADEG MB/SR PER-CENT O038401400021
30.9 1. 40. O038401400022
36.5 1.23 18. O038401400023
41.7 0.71 18. O038401400024
47.1 0.67 21. O038401400025
51.7 0.57 25. O038401400026
57.2 0.36 28. O038401400027
61.6 0.63 16. O038401400028
67. 0.43 23. O038401400029
71.2 0.46 15. O038401400030
76.8 0.54 11. O038401400031
81.1 0.48 13. O038401400032
86.4 0.51 12. O038401400033
91.8 0.4 13. O038401400034
101.6 0.53 11. O038401400035
111.1 0.57 12. O038401400036
120.4 0.42 12. O038401400037
131. 0.45 9. O038401400038
140.7 0.31 16. O038401400039
150.8 0.43 21. O038401400040
ENDDATA 21 0 O038401400041
ENDSUBENT 40 0 O038401499999
SUBENT O0384015 19970728 0000O038401500001
BIB 4 10 O038401500002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.9B,Bottom. O038401500003
EN-SEC (E-LVL,20-CA-40) O038401500004
SAMPLE The Calcium Target were Prepared by Evaporating O038401500005
Natural Mettallic Calcium onto an Aluminium Backing O038401500006
Under Vacuum.When the Calcium had Accumulated to O038401500007
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038401500008
Easily be Peeled Off the Backing As a Smooth Foil and O038401500009
Storage of the Target in Vacuum Immediately After O038401500010
Mounting Considerably Reduced the Oxygen Contamination.O038401500011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038401500012
ENDBIB 10 0 O038401500013
COMMON 3 3 O038401500014
EN E-LVL ANG-ERR O038401500015
MEV MEV ADEG O038401500016
17.3 6.01 0.5 O038401500017
ENDCOMMON 3 0 O038401500018
DATA 3 17 O038401500019
ANG-CM DATA ERR-T O038401500020
ADEG MB/SR PER-CENT O038401500021
31.4 0.7 60. O038401500022
35.9 0.3 50. O038401500023
41.6 0.32 30. O038401500024
46.5 0.36 40. O038401500025
51.5 0.33 40. O038401500026
57.1 0.41 27. O038401500027
61.2 0.51 27. O038401500028
66.8 0.61 16. O038401500029
71.3 0.67 13. O038401500030
77. 0.73 10. O038401500031
81.2 0.78 10. O038401500032
101.1 0.54 9. O038401500033
111.1 0.49 16. O038401500034
121. 0.5 12. O038401500035
131.1 0.66 8. O038401500036
140.7 0.53 11. O038401500037
151. 0.53 9. O038401500038
ENDDATA 19 0 O038401500039
ENDSUBENT 38 0 O038401599999
SUBENT O0384016 19970728 0000O038401600001
BIB 4 10 O038401600002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.9C, Top. O038401600003
EN-SEC (E-LVL,20-CA-40) O038401600004
SAMPLE The Calcium Target were Prepared by Evaporating O038401600005
Natural Mettallic Calcium onto an Aluminium Backing O038401600006
Under Vacuum.When the Calcium had Accumulated to O038401600007
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038401600008
Easily be Peeled Off the Backing As a Smooth Foil and O038401600009
Storage of the Target in Vacuum Immediately After O038401600010
Mounting Considerably Reduced the Oxygen Contamination.O038401600011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038401600012
ENDBIB 10 0 O038401600013
COMMON 3 3 O038401600014
EN E-LVL ANG-ERR O038401600015
MEV MEV ADEG O038401600016
17.3 6.28 0.5 O038401600017
ENDCOMMON 3 0 O038401600018
DATA 3 20 O038401600019
ANG-CM DATA ERR-T O038401600020
ADEG MB/SR PER-CENT O038401600021
26.7 1. 50. O038401600022
31.9 1.7 40. O038401600023
36.8 1.3 30. O038401600024
41.7 1.3 30. O038401600025
46.6 0.71 18. O038401600026
51.8 0.84 18. O038401600027
56.7 1.01 16. O038401600028
62. 0.88 18. O038401600029
67.6 0.91 15. O038401600030
72.5 0.73 15. O038401600031
78.2 0.58 16. O038401600032
83.1 0.55 16. O038401600033
87.6 0.41 17. O038401600034
93.6 0.28 18. O038401600035
103.4 0.47 13. O038401600036
113.2 0.47 21. O038401600037
122.6 0.34 15. O038401600038
132.7 0.5 14. O038401600039
143.6 0.65 11. O038401600040
153. 0.66 11. O038401600041
ENDDATA 22 0 O038401600042
ENDSUBENT 41 0 O038401699999
SUBENT O0384017 19970728 0000O038401700001
BIB 4 10 O038401700002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.9C, Middle. O038401700003
EN-SEC (E-LVL,20-CA-40) O038401700004
SAMPLE The Calcium Target were Prepared by Evaporating O038401700005
Natural Mettallic Calcium onto an Aluminium Backing O038401700006
Under Vacuum.When the Calcium had Accumulated to O038401700007
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038401700008
Easily be Peeled Off the Backing As a Smooth Foil and O038401700009
Storage of the Target in Vacuum Immediately After O038401700010
Mounting Considerably Reduced the Oxygen Contamination.O038401700011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038401700012
ENDBIB 10 0 O038401700013
COMMON 3 3 O038401700014
EN E-LVL ANG-ERR O038401700015
MEV MEV ADEG O038401700016
17.3 7.1 0.5 O038401700017
ENDCOMMON 3 0 O038401700018
DATA 3 14 O038401700019
ANG-CM DATA ERR-T O038401700020
ADEG MB/SR PER-CENT O038401700021
46.6 1.11 15. O038401700022
51.9 1.22 16. O038401700023
56. 1.5 13. O038401700024
61.3 1.41 13. O038401700025
66.9 1.69 9. O038401700026
71.8 1.17 13. O038401700027
76.7 0.83 11. O038401700028
87.3 0.6 23. O038401700029
92.5 0.66 14. O038401700030
102.7 0.67 12. O038401700031
107.6 0.63 25. O038401700032
112.8 0.52 19. O038401700033
122.6 0.47 17. O038401700034
131.6 0.51 16. O038401700035
ENDDATA 16 0 O038401700036
ENDSUBENT 35 0 O038401799999
SUBENT O0384018 19970728 0000O038401800001
BIB 4 10 O038401800002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.9C, Bottom. O038401800003
EN-SEC (E-LVL,20-CA-40) O038401800004
SAMPLE The Calcium Target were Prepared by Evaporating O038401800005
Natural Mettallic Calcium onto an Aluminium Backing O038401800006
Under Vacuum.When the Calcium had Accumulated to O038401800007
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038401800008
Easily be Peeled Off the Backing As a Smooth Foil and O038401800009
Storage of the Target in Vacuum Immediately After O038401800010
Mounting Considerably Reduced the Oxygen Contamination.O038401800011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038401800012
ENDBIB 10 0 O038401800013
COMMON 3 3 O038401800014
EN E-LVL ANG-ERR O038401800015
MEV MEV ADEG O038401800016
17.3 6.55 0.5 O038401800017
ENDCOMMON 3 0 O038401800018
DATA 3 20 O038401800019
ANG-CM DATA ERR-T O038401800020
ADEG MB/SR PER-CENT O038401800021
25.6 1.9 50. O038401800022
30.5 1.3 50. O038401800023
35.4 1.15 22. O038401800024
40.6 1.2 30. O038401800025
46.3 0.8 40. O038401800026
50.8 0.63 50. O038401800027
55.7 1.1 27. O038401800028
66.2 1.19 11. O038401800029
71.9 1.18 11. O038401800030
75.2 0.96 10. O038401800031
81.6 0.59 22. O038401800032
86.5 0.68 16. O038401800033
91.8 0.63 13. O038401800034
97.4 0.49 24. O038401800035
101.9 0.7 10. O038401800036
112.1 0.66 14. O038401800037
122.3 0.54 13. O038401800038
131.3 0.57 14. O038401800039
141.8 0.65 12. O038401800040
152. 0.64 11. O038401800041
ENDDATA 22 0 O038401800042
ENDSUBENT 41 0 O038401899999
SUBENT O0384019 19970728 0000O038401900001
BIB 4 10 O038401900002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.9D, Top. O038401900003
EN-SEC (E-LVL,20-CA-40) O038401900004
SAMPLE The Calcium Target were Prepared by Evaporating O038401900005
Natural Mettallic Calcium onto an Aluminium Backing O038401900006
Under Vacuum.When the Calcium had Accumulated to O038401900007
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038401900008
Easily be Peeled Off the Backing As a Smooth Foil and O038401900009
Storage of the Target in Vacuum Immediately After O038401900010
Mounting Considerably Reduced the Oxygen Contamination.O038401900011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038401900012
ENDBIB 10 0 O038401900013
COMMON 3 3 O038401900014
EN E-LVL ANG-ERR O038401900015
MEV MEV ADEG O038401900016
17.3 6.94 0.5 O038401900017
ENDCOMMON 3 0 O038401900018
DATA 3 22 O038401900019
ANG-CM DATA ERR-T O038401900020
ADEG MB/SR PER-CENT O038401900021
27.2 2.9 40. O038401900022
31.6 3. 20. O038401900023
36.8 3.2 13. O038401900024
48.4 2.96 8. O038401900025
53.6 3.01 9. O038401900026
58.5 2.72 8. O038401900027
63.7 2.2 9. O038401900028
68.6 1.84 10. O038401900029
73.1 1.63 10. O038401900030
77.2 1.27 16. O038401900031
83.2 1. 18. O038401900032
88.1 1.18 10. O038401900033
92.9 1.36 9. O038401900034
95.5 1.17 18. O038401900035
102.6 1.52 6. O038401900036
107.4 1.4 14. O038401900037
112.7 1.26 9. O038401900038
118.7 0.95 26. O038401900039
122.4 1.13 8. O038401900040
132.5 1.23 6. O038401900041
141.8 1.45 7. O038401900042
151.8 1.85 6. O038401900043
ENDDATA 24 0 O038401900044
ENDSUBENT 43 0 O038401999999
SUBENT O0384020 19970728 0000O038402000001
BIB 4 10 O038402000002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.9D, Middle. O038402000003
EN-SEC (E-LVL,20-CA-40) O038402000004
SAMPLE The Calcium Target were Prepared by Evaporating O038402000005
Natural Mettallic Calcium onto an Aluminium Backing O038402000006
Under Vacuum.When the Calcium had Accumulated to O038402000007
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038402000008
Easily be Peeled Off the Backing As a Smooth Foil and O038402000009
Storage of the Target in Vacuum Immediately After O038402000010
Mounting Considerably Reduced the Oxygen Contamination.O038402000011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038402000012
ENDBIB 10 0 O038402000013
COMMON 3 3 O038402000014
EN E-LVL ANG-ERR O038402000015
MEV MEV ADEG O038402000016
17.3 5.62 0.5 O038402000017
ENDCOMMON 3 0 O038402000018
DATA 3 18 O038402000019
ANG-CM DATA ERR-T O038402000020
ADEG MB/SR PER-CENT O038402000021
31.9 1.2 30. O038402000022
41.6 1.26 13. O038402000023
47.6 1.17 14. O038402000024
53.2 1.36 13. O038402000025
57.7 1.33 11. O038402000026
62.9 1.19 13. O038402000027
72.2 1.26 6. O038402000028
77.1 1.31 7. O038402000029
87.2 1.06 8. O038402000030
92.4 1.06 6. O038402000031
97.2 1.03 11. O038402000032
102.1 1.04 7. O038402000033
111.8 0.98 6. O038402000034
116.7 0.82 16. O038402000035
121.9 0.96 6. O038402000036
131.2 0.79 6. O038402000037
140.6 0.61 11. O038402000038
151.4 0.71 8. O038402000039
ENDDATA 20 0 O038402000040
ENDSUBENT 39 0 O038402099999
SUBENT O0384021 19970728 0000O038402100001
BIB 4 10 O038402100002
REACTION (20-CA-40(P,INL)20-CA-40,PAR,DA,,,EXP) Fig.9D, Bottom. O038402100003
EN-SEC (E-LVL,20-CA-40) O038402100004
SAMPLE The Calcium Target were Prepared by Evaporating O038402100005
Natural Mettallic Calcium onto an Aluminium Backing O038402100006
Under Vacuum.When the Calcium had Accumulated to O038402100007
Convenient Thicknesses (MORE THAN 1 MG/CM**2) It Could O038402100008
Easily be Peeled Off the Backing As a Smooth Foil and O038402100009
Storage of the Target in Vacuum Immediately After O038402100010
Mounting Considerably Reduced the Oxygen Contamination.O038402100011
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038402100012
ENDBIB 10 0 O038402100013
COMMON 3 3 O038402100014
EN E-LVL ANG-ERR O038402100015
MEV MEV ADEG O038402100016
17.3 6.73 0.5 O038402100017
ENDCOMMON 3 0 O038402100018
DATA 3 13 O038402100019
ANG-CM DATA ERR-T O038402100020
ADEG MB/SR PER-CENT O038402100021
30.2 0.6 70. O038402100022
36.6 0.35 70. O038402100023
56.4 0.46 40. O038402100024
77.7 0.35 30. O038402100025
82.2 0.25 60. O038402100026
86.7 0.23 50. O038402100027
91.1 0.24 50. O038402100028
101.5 0.36 40. O038402100029
111.3 0.32 50. O038402100030
121.3 0.46 20. O038402100031
131. 0.45 30. O038402100032
140.3 0.56 40. O038402100033
151.1 0.74 27. O038402100034
ENDDATA 15 0 O038402100035
ENDSUBENT 34 0 O038402199999
SUBENT O0384022 19970728 0000O038402200001
BIB 4 10 O038402200002
REACTION (18-AR-40(P,EL)18-AR-40,,DA,,,EXP) Fig.6, Top. O038402200003
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038402200004
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038402200005
Windows For the Scattered Protons and 12.5 Mum Havar O038402200006
Beam Entrance and Exit Windows. O038402200007
Natural Argon (99.6% AR-40) Was Used. O038402200008
The Cell was Operated at 0.25 Atm For the 14.1 MeV O038402200009
Data. O038402200010
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038402200011
ERR-ANALYS (DATA-ERR).Data-Point Reader Uncertainty. O038402200012
ENDBIB 10 0 O038402200013
COMMON 4 3 O038402200014
EN EN-RSL-FW ANG-ERR DATA-ERR O038402200015
MEV KEV ADEG PER-CENT O038402200016
14.1 140. 1.1 5. O038402200017
ENDCOMMON 3 0 O038402200018
DATA 2 27 O038402200019
ANG-CM DATA O038402200020
ADEG MB/SR O038402200021
23.8 469. O038402200022
27.7 318. O038402200023
31.5 187. O038402200024
37.7 103. O038402200025
43.1 72. O038402200026
49.2 65. O038402200027
54.6 56.4 O038402200028
59.2 49. O038402200029
62.3 41. O038402200030
66.1 30.9 O038402200031
70. 17. O038402200032
73.8 10.4 O038402200033
76.1 6.8 O038402200034
80.7 3.02 O038402200035
88.4 2.2 O038402200036
91.5 3.47 O038402200037
96.9 6.5 O038402200038
100.7 9. O038402200039
105.4 10. O038402200040
111.5 10.7 O038402200041
115.4 10. O038402200042
120. 8.3 O038402200043
123.8 7.5 O038402200044
128.4 5.9 O038402200045
135.3 3.1 O038402200046
142.3 2.34 O038402200047
146.9 2.42 O038402200048
ENDDATA 29 0 O038402200049
ENDSUBENT 48 0 O038402299999
SUBENT O0384023 19970728 0000O038402300001
BIB 4 10 O038402300002
REACTION (18-AR-40(P,EL)18-AR-40,,DA,,,EXP) Fig.7. O038402300003
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038402300004
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038402300005
Windows For the Scattered Protons and 12.5 Mum Havar O038402300006
Beam Entrance and Exit Windows. O038402300007
Natural Argon (99.6% AR-40) Was Used. O038402300008
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038402300009
Data. O038402300010
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038402300011
ERR-ANALYS (DATA-ERR).Data-Point Reader Uncertainty. O038402300012
ENDBIB 10 0 O038402300013
COMMON 4 3 O038402300014
EN EN-RSL-FW ANG-ERR DATA-ERR O038402300015
MEV KEV ADEG PER-CENT O038402300016
16.9 140. 1.1 5. O038402300017
ENDCOMMON 3 0 O038402300018
DATA 2 25 O038402300019
ANG-CM DATA O038402300020
ADEG MB/SR O038402300021
27.9 351. O038402300022
29.4 200. O038402300023
38.4 74. O038402300024
42.1 46.8 O038402300025
44.4 58. O038402300026
50.5 64. O038402300027
56.6 64. O038402300028
60.4 57.3 O038402300029
63.4 40.2 O038402300030
64.1 34.9 O038402300031
66.3 26.3 O038402300032
72.3 12.5 O038402300033
74.5 7.9 O038402300034
81.3 3.76 O038402300035
86.6 4.63 O038402300036
90.5 6.6 O038402300037
94.3 10.4 O038402300038
98.9 11.9 O038402300039
104.2 10.3 O038402300040
110.3 9.9 O038402300041
115.5 6.3 O038402300042
118.5 4.55 O038402300043
129. 1.47 O038402300044
139.6 1.36 O038402300045
151.9 2.73 O038402300046
ENDDATA 27 0 O038402300047
ENDSUBENT 46 0 O038402399999
SUBENT O0384024 19970728 0000O038402400001
BIB 5 11 O038402400002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.10a, Top. O038402400003
EN-SEC (E-LVL,18-AR-40) O038402400004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038402400005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038402400006
Windows For the Scattered Protons and 12.5 Mum Havar O038402400007
Beam Entrance and Exit Windows. O038402400008
Natural Argon (99.6% AR-40) Was Used. O038402400009
The Cell was Operated at 0.25 Atm For the 14.1 MeV O038402400010
Data. O038402400011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038402400012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038402400013
ENDBIB 11 0 O038402400014
COMMON 4 3 O038402400015
EN E-LVL EN-RSL-FW ANG-ERR O038402400016
MEV MEV KEV ADEG O038402400017
14.1 1.46 140. 0.5 O038402400018
ENDCOMMON 3 0 O038402400019
DATA 3 13 O038402400020
ANG-CM DATA ERR-T O038402400021
ADEG MB/SR PER-CENT O038402400022
27.2 2.68 10. O038402400023
30.1 3.32 8. O038402400024
35.3 3.87 5. O038402400025
40.4 4.13 4. O038402400026
45.6 4.09 4. O038402400027
50.8 3.44 4. O038402400028
55.6 3.05 4. O038402400029
60.8 2.53 6. O038402400030
66.7 1.86 4. O038402400031
71.9 1.4 4. O038402400032
76.8 1.24 6. O038402400033
82.3 1.24 4. O038402400034
86.3 1.23 4. O038402400035
ENDDATA 15 0 O038402400036
ENDSUBENT 35 0 O038402499999
SUBENT O0384025 19970728 0000O038402500001
BIB 5 11 O038402500002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.10a, Bottom.O038402500003
EN-SEC (E-LVL,18-AR-40) O038402500004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038402500005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038402500006
Windows For the Scattered Protons and 12.5 Mum Havar O038402500007
Beam Entrance and Exit Windows. O038402500008
Natural Argon (99.6% AR-40) Was Used. O038402500009
The Cell was Operated at 0.25 Atm For the 14.1 MeV O038402500010
Data. O038402500011
INC-SPECT *En-Rsl-Fw*.Overall Energy Resolution. O038402500012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038402500013
ENDBIB 11 0 O038402500014
COMMON 4 3 O038402500015
EN E-LVL EN-RSL-FW ANG-ERR O038402500016
MEV MEV KEV ADEG O038402500017
14.1 1.85 140. 0.5 O038402500018
ENDCOMMON 3 0 O038402500019
DATA 3 12 O038402500020
ANG-CM DATA ERR-T O038402500021
ADEG MB/SR PER-CENT O038402500022
27.6 0.53 25. O038402500023
30.5 0.59 20. O038402500024
36.2 0.3 20. O038402500025
40. 0.2 20. O038402500026
45.2 0.115 9. O038402500027
49.7 0.116 16. O038402500028
55.2 0.103 20. O038402500029
60. 9.1E-02 22. O038402500030
66.3 9.E-02 30. O038402500031
71.9 6.3E-02 50. O038402500032
76.1 2.8E-02 50. O038402500033
82.4 2.6E-02 50. O038402500034
ENDDATA 14 0 O038402500035
ENDSUBENT 34 0 O038402599999
SUBENT O0384026 19970728 0000O038402600001
BIB 5 11 O038402600002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.10B, Top. O038402600003
EN-SEC (E-LVL,18-AR-40) O038402600004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038402600005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038402600006
Windows For the Scattered Protons and 12.5 Mum Havar O038402600007
Beam Entrance and Exit Windows. O038402600008
Natural Argon (99.6% AR-40) Was Used. O038402600009
The Cell was Operated at 0.25 Atm For the 14.1 MeV O038402600010
Data. O038402600011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038402600012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038402600013
ENDBIB 11 0 O038402600014
COMMON 4 3 O038402600015
EN E-LVL EN-RSL-FW ANG-ERR O038402600016
MEV MEV KEV ADEG O038402600017
14.1 2.13 140. 0.5 O038402600018
ENDCOMMON 3 0 O038402600019
DATA 3 15 O038402600020
ANG-CM DATA ERR-T O038402600021
ADEG MB/SR PER-CENT O038402600022
27.8 0.43 40. O038402600023
30. 0.52 29. O038402600024
34.9 0.42 17. O038402600025
39.1 0.36 14. O038402600026
44. 0.33 12. O038402600027
49.7 0.31 10. O038402600028
54.9 0.32 13. O038402600029
60.5 0.28 11. O038402600030
67.5 0.164 13. O038402600031
72.4 0.129 19. O038402600032
76.2 0.111 17. O038402600033
81.9 9.5E-02 15. O038402600034
86.4 8.9E-02 16. O038402600035
91.6 0.103 21. O038402600036
96.8 0.133 18. O038402600037
ENDDATA 17 0 O038402600038
ENDSUBENT 37 0 O038402699999
SUBENT O0384027 19970728 0000O038402700001
BIB 5 11 O038402700002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.10B, Bottom.O038402700003
EN-SEC (E-LVL,18-AR-40) O038402700004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038402700005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038402700006
Windows For the Scattered Protons and 12.5 Mum Havar O038402700007
Beam Entrance and Exit Windows. O038402700008
Natural Argon (99.6% AR-40) Was Used. O038402700009
The Cell was Operated at 0.25 Atm For the 14.1 MeV O038402700010
Data. O038402700011
INC-SPECT *En-Rsl-Fw*.Overall Energy Resolution. O038402700012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038402700013
ENDBIB 11 0 O038402700014
COMMON 4 3 O038402700015
EN E-LVL EN-RSL-FW ANG-ERR O038402700016
MEV MEV KEV ADEG O038402700017
14.1 3.53 140. 0.5 O038402700018
ENDCOMMON 3 0 O038402700019
DATA 3 15 O038402700020
ANG-CM DATA ERR-T O038402700021
ADEG MB/SR PER-CENT O038402700022
26.8 0.52 27. O038402700023
29. 0.51 20. O038402700024
33.9 0.49 18. O038402700025
40.2 0.5 16. O038402700026
44.3 0.55 9. O038402700027
49.6 0.51 8. O038402700028
54.9 0.49 10. O038402700029
59.8 0.38 11. O038402700030
67.4 0.281 9. O038402700031
71.9 0.271 10. O038402700032
76.4 0.27 11. O038402700033
82.1 0.235 10. O038402700034
87.3 0.24 13. O038402700035
92.2 0.25 12. O038402700036
96.2 0.29 10. O038402700037
ENDDATA 17 0 O038402700038
ENDSUBENT 37 0 O038402799999
SUBENT O0384028 19970728 0000O038402800001
BIB 5 11 O038402800002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.10C, Top. O038402800003
EN-SEC (E-LVL,18-AR-40) O038402800004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038402800005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038402800006
Windows For the Scattered Protons and 12.5 Mum Havar O038402800007
Beam Entrance and Exit Windows. O038402800008
Natural Argon (99.6% AR-40) Was Used. O038402800009
The Cell was Operated at 0.25 Atm For the 14.1 MeV O038402800010
Data. O038402800011
INC-SPECT *En-Rsl-Fw*.Overall Energy Resolution. O038402800012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038402800013
ENDBIB 11 0 O038402800014
COMMON 4 3 O038402800015
EN E-LVL EN-RSL-FW ANG-ERR O038402800016
MEV MEV KEV ADEG O038402800017
14.1 3.23 140. 0.5 O038402800018
ENDCOMMON 3 0 O038402800019
DATA 3 15 O038402800020
ANG-CM DATA ERR-T O038402800021
ADEG MB/SR PER-CENT O038402800022
26.8 1.15 14. O038402800023
29. 1.08 17. O038402800024
34.6 0.93 10. O038402800025
40.1 0.8 7. O038402800026
45.2 0.77 6. O038402800027
50.2 0.78 6. O038402800028
54.6 0.71 8. O038402800029
60. 0.74 9. O038402800030
66.7 0.61 7. O038402800031
71.1 0.57 7. O038402800032
76.5 0.55 5. O038402800033
81.3 0.5 8. O038402800034
87. 0.37 8. O038402800035
91.5 0.28 9. O038402800036
95.9 0.25 12. O038402800037
ENDDATA 17 0 O038402800038
ENDSUBENT 37 0 O038402899999
SUBENT O0384029 19970728 0000O038402900001
BIB 5 11 O038402900002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig10c, Bottom. O038402900003
EN-SEC (E-LVL,18-AR-40) O038402900004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038402900005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038402900006
Windows For the Scattered Protons and 12.5 Mum Havar O038402900007
Beam Entrance and Exit Windows. O038402900008
Natural Argon (99.6% AR-40) Was Used. O038402900009
The Cell was Operated at 0.25 Atm For the 14.1 MeV O038402900010
Data. O038402900011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038402900012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038402900013
ENDBIB 11 0 O038402900014
COMMON 4 3 O038402900015
EN E-LVL EN-RSL-FW ANG-ERR O038402900016
MEV MEV KEV ADEG O038402900017
14.1 2.53 140. 0.5 O038402900018
ENDCOMMON 3 0 O038402900019
DATA 3 15 O038402900020
ANG-CM DATA ERR-T O038402900021
ADEG MB/SR PER-CENT O038402900022
27.1 0.44 36. O038402900023
29.3 0.53 23. O038402900024
34.9 0.44 16. O038402900025
39.1 0.34 15. O038402900026
44.9 0.32 13. O038402900027
49.3 0.288 10. O038402900028
54.8 0.156 16. O038402900029
60.4 0.137 20. O038402900030
67.2 9.5E-02 20. O038402900031
72.4 7.1E-02 28. O038402900032
75.8 0.157 14. O038402900033
81.1 0.116 16. O038402900034
86.8 0.135 14. O038402900035
91.5 0.134 16. O038402900036
96.2 0.125 17. O038402900037
ENDDATA 17 0 O038402900038
ENDSUBENT 37 0 O038402999999
SUBENT O0384030 19970728 0000O038403000001
BIB 5 12 O038403000002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.10D, Top. O038403000003
EN-SEC (E-LVL,18-AR-40) O038403000004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038403000005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038403000006
Windows For the Scattered Protons and 12.5 Mum Havar O038403000007
Beam Entrance and Exit Windows. O038403000008
Natural Argon (99.6% AR-40) Was Used. O038403000009
The Cell was Operated at 0.25 Atm For the 14.1 MeV O038403000010
Data. O038403000011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038403000012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038403000013
(DATA-ERR).Data-Point Reader Uncertainty. O038403000014
ENDBIB 12 0 O038403000015
COMMON 5 3 O038403000016
EN E-LVL EN-RSL-FW ANG-ERR DATA-ERR O038403000017
MEV MEV KEV ADEG PER-CENT O038403000018
14.1 3.71 140. 0.5 2. O038403000019
ENDCOMMON 3 0 O038403000020
DATA 3 15 O038403000021
ANG-CM DATA ERR-T O038403000022
ADEG MB/SR PER-CENT O038403000023
26.2 1.02 12. O038403000024
29.2 1.17 19. O038403000025
34.5 1.34 8. O038403000026
39.4 1.43 6. O038403000027
44.5 1.92 6. O038403000028
49. 2.2 O038403000029
53.6 2.36 O038403000030
59.3 2.56 4. O038403000031
66.6 2.45 3. O038403000032
72. 2.34 O038403000033
77.1 2.11 O038403000034
81. 1.89 O038403000035
86. 1.77 6. O038403000036
91.2 1.48 5. O038403000037
96.7 1.24 6. O038403000038
ENDDATA 17 0 O038403000039
ENDSUBENT 38 0 O038403099999
SUBENT O0384031 19970728 0000O038403100001
BIB 5 11 O038403100002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.10B, Bottom.O038403100003
EN-SEC (E-LVL,18-AR-40) O038403100004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038403100005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038403100006
Windows For the Scattered Protons and 12.5 Mum Havar O038403100007
Beam Entrance and Exit Windows. O038403100008
Natural Argon (99.6% AR-40) Was Used. O038403100009
The Cell was Operated at 0.25 Atm For the 14.1 MeV O038403100010
Data. O038403100011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038403100012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038403100013
ENDBIB 11 0 O038403100014
COMMON 4 3 O038403100015
EN E-LVL EN-RSL-FW ANG-ERR O038403100016
MEV MEV KEV ADEG O038403100017
14.1 2.91 140. 0.5 O038403100018
ENDCOMMON 3 0 O038403100019
DATA 3 15 O038403100020
ANG-CM DATA ERR-T O038403100021
ADEG MB/SR PER-CENT O038403100022
26.4 0.77 12. O038403100023
28.9 0.61 16. O038403100024
34.4 0.51 16. O038403100025
39.7 0.37 19. O038403100026
44.8 0.49 8. O038403100027
49.3 0.54 9. O038403100028
54.7 0.55 5. O038403100029
59.2 0.63 10. O038403100030
67. 0.52 8. O038403100031
71.9 0.59 7. O038403100032
77.3 0.57 9. O038403100033
82.8 0.515 6. O038403100034
87.4 0.48 6. O038403100035
92.4 0.46 9. O038403100036
97.5 0.44 9. O038403100037
ENDDATA 17 0 O038403100038
ENDSUBENT 37 0 O038403199999
SUBENT O0384032 19970728 0000O038403200001
BIB 5 11 O038403200002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.11a, Top. O038403200003
EN-SEC (E-LVL,18-AR-40) O038403200004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038403200005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038403200006
Windows For the Scattered Protons and 12.5 Mum Havar O038403200007
Beam Entrance and Exit Windows. O038403200008
Natural Argon (99.6% AR-40) Was Used. O038403200009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038403200010
Data. O038403200011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038403200012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038403200013
ENDBIB 11 0 O038403200014
COMMON 4 3 O038403200015
EN E-LVL EN-RSL-FW ANG-ERR O038403200016
MEV MEV KEV ADEG O038403200017
16.9 1.46 140. 0.5 O038403200018
ENDCOMMON 3 0 O038403200019
DATA 3 20 O038403200020
ANG-CM DATA ERR-T O038403200021
ADEG MB/SR PER-CENT O038403200022
26.5 3.84 6. O038403200023
29.8 5. 3. O038403200024
34.5 5.2 3. O038403200025
39.9 4.91 3. O038403200026
45.2 4.69 3. O038403200027
50. 4.06 3. O038403200028
54.7 3.44 3. O038403200029
59.8 3.17 3. O038403200030
64.6 2.44 3. O038403200031
69.3 1.96 3. O038403200032
74. 1.79 3. O038403200033
79.1 1.46 3. O038403200034
84.2 1.01 3. O038403200035
90.3 0.823 3. O038403200036
99.8 0.778 3. O038403200037
110.1 1.09 3. O038403200038
119.8 1.35 3. O038403200039
129.6 1.32 3. O038403200040
140.3 1.43 3. O038403200041
149.1 1.27 3. O038403200042
ENDDATA 22 0 O038403200043
ENDSUBENT 42 0 O038403299999
SUBENT O0384033 19970728 0000O038403300001
BIB 5 11 O038403300002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.11a, Bottom.O038403300003
EN-SEC (E-LVL,18-AR-40) O038403300004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038403300005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038403300006
Windows For the Scattered Protons and 12.5 Mum Havar O038403300007
Beam Entrance and Exit Windows. O038403300008
Natural Argon (99.6% AR-40) Was Used. O038403300009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038403300010
Data. O038403300011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038403300012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038403300013
ENDBIB 11 0 O038403300014
COMMON 4 3 O038403300015
EN E-LVL EN-RSL-FW ANG-ERR O038403300016
MEV MEV KEV ADEG O038403300017
16.9 1.85 140. 0.5 O038403300018
ENDCOMMON 3 0 O038403300019
DATA 3 9 O038403300020
ANG-CM DATA ERR-T O038403300021
ADEG MB/SR PER-CENT O038403300022
30.6 0.53 11. O038403300023
35.8 0.26 12. O038403300024
40.6 0.16 25. O038403300025
50.4 0.1 40. O038403300026
54.8 0.12 30. O038403300027
60.2 0.12 30. O038403300028
64.3 7.2E-02 40. O038403300029
70.1 4.5E-02 40. O038403300030
74.9 3.1E-02 60. O038403300031
ENDDATA 11 0 O038403300032
ENDSUBENT 31 0 O038403399999
SUBENT O0384034 19970728 0000O038403400001
BIB 5 11 O038403400002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.11C, Top. O038403400003
EN-SEC (E-LVL,18-AR-40) O038403400004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038403400005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038403400006
Windows For the Scattered Protons and 12.5 Mum Havar O038403400007
Beam Entrance and Exit Windows. O038403400008
Natural Argon (99.6% AR-40) Was Used. O038403400009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038403400010
Data. O038403400011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038403400012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038403400013
ENDBIB 11 0 O038403400014
COMMON 4 3 O038403400015
EN E-LVL EN-RSL-FW ANG-ERR O038403400016
MEV MEV KEV ADEG O038403400017
16.9 3.22 140. 0.5 O038403400018
ENDCOMMON 3 0 O038403400019
DATA 3 16 O038403400020
ANG-CM DATA ERR-T O038403400021
ADEG MB/SR PER-CENT O038403400022
27.8 1.24 10. O038403400023
30.7 1.1 6. O038403400024
36.2 0.99 6. O038403400025
41.8 0.75 7. O038403400026
47. 0.63 8. O038403400027
52.1 0.58 5. O038403400028
57.3 0.54 9. O038403400029
62.7 0.6 7. O038403400030
67.1 0.52 8. O038403400031
72.7 0.396 5. O038403400032
77.8 0.393 5. O038403400033
83.3 0.349 5. O038403400034
89.3 0.238 7. O038403400035
94.5 0.199 11. O038403400036
105.2 0.127 16. O038403400037
116.3 9.4E-02 24. O038403400038
ENDDATA 18 0 O038403400039
ENDSUBENT 38 0 O038403499999
SUBENT O0384035 19970728 0000O038403500001
BIB 5 11 O038403500002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.11C, Bottom.O038403500003
EN-SEC (E-LVL,18-AR-40) O038403500004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038403500005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038403500006
Windows For the Scattered Protons and 12.5 Mum Havar O038403500007
Beam Entrance and Exit Windows. O038403500008
Natural Argon (99.6% AR-40) Was Used. O038403500009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038403500010
Data. O038403500011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038403500012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038403500013
ENDBIB 11 0 O038403500014
COMMON 4 3 O038403500015
EN E-LVL EN-RSL-FW ANG-ERR O038403500016
MEV MEV KEV ADEG O038403500017
16.9 2.53 140. 0.5 O038403500018
ENDCOMMON 3 0 O038403500019
DATA 3 17 O038403500020
ANG-CM DATA ERR-T O038403500021
ADEG MB/SR PER-CENT O038403500022
26.7 0.72 13. O038403500023
31.5 0.83 10. O038403500024
36. 0.69 7. O038403500025
42.4 0.5 8. O038403500026
48. 0.36 11. O038403500027
53.4 0.19 21. O038403500028
57.9 0.172 13. O038403500029
63.5 0.145 12. O038403500030
67.9 0.127 12. O038403500031
73.1 0.132 11. O038403500032
78.6 0.149 8. O038403500033
85.3 0.139 10. O038403500034
90.4 0.146 8. O038403500035
95.8 7.7E-02 21. O038403500036
106.9 6.4E-02 30. O038403500037
127.9 7.7E-02 18. O038403500038
138.2 8.2E-02 17. O038403500039
ENDDATA 19 0 O038403500040
ENDSUBENT 39 0 O038403599999
SUBENT O0384036 19970728 0000O038403600001
BIB 5 11 O038403600002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.11E, Top. O038403600003
EN-SEC (E-LVL,18-AR-40) O038403600004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038403600005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038403600006
Windows For the Scattered Protons and 12.5 Mum Havar O038403600007
Beam Entrance and Exit Windows. O038403600008
Natural Argon (99.6% AR-40) Was Used. O038403600009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038403600010
Data. O038403600011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038403600012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038403600013
ENDBIB 11 0 O038403600014
COMMON 4 3 O038403600015
EN E-LVL EN-RSL-FW ANG-ERR O038403600016
MEV MEV KEV ADEG O038403600017
16.9 4.3 140. 0.5 O038403600018
ENDCOMMON 3 0 O038403600019
DATA 3 14 O038403600020
ANG-CM DATA ERR-T O038403600021
ADEG MB/SR PER-CENT O038403600022
25.9 1.05 8. O038403600023
29. 1.09 12. O038403600024
35. 1.04 9. O038403600025
39.2 1. 7. O038403600026
43.7 1.13 8. O038403600027
49.3 1.16 6. O038403600028
54. 0.87 8. O038403600029
59.5 0.98 7. O038403600030
64.2 0.83 5. O038403600031
69.3 0.62 6. O038403600032
74.2 0.615 5. O038403600033
80.2 0.52 6. O038403600034
84.8 0.48 6. O038403600035
89.8 0.41 7. O038403600036
ENDDATA 16 0 O038403600037
ENDSUBENT 36 0 O038403699999
SUBENT O0384037 19970728 0000O038403700001
BIB 5 11 O038403700002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.11E,Middle. O038403700003
EN-SEC (E-LVL,18-AR-40) O038403700004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038403700005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038403700006
Windows For the Scattered Protons and 12.5 Mum Havar O038403700007
Beam Entrance and Exit Windows. O038403700008
Natural Argon (99.6% AR-40) Was Used. O038403700009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038403700010
Data. O038403700011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038403700012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038403700013
ENDBIB 11 0 O038403700014
COMMON 4 3 O038403700015
EN E-LVL EN-RSL-FW ANG-ERR O038403700016
MEV MEV KEV ADEG O038403700017
16.9 3.93 140. 0.5 O038403700018
ENDCOMMON 3 0 O038403700019
DATA 3 14 O038403700020
ANG-CM DATA ERR-T O038403700021
ADEG MB/SR PER-CENT O038403700022
26.2 0.4 50. O038403700023
29.4 0.67 22. O038403700024
34.4 0.56 13. O038403700025
39.3 0.52 13. O038403700026
44.7 0.44 18. O038403700027
49.7 0.37 16. O038403700028
55.5 0.28 18. O038403700029
59.8 0.37 14. O038403700030
64.7 0.237 11. O038403700031
69.6 0.235 12. O038403700032
74.7 0.165 12. O038403700033
79.6 0.15 27. O038403700034
85.4 0.115 17. O038403700035
90.7 0.107 21. O038403700036
ENDDATA 16 0 O038403700037
ENDSUBENT 36 0 O038403799999
SUBENT O0384038 19970728 0000O038403800001
BIB 5 11 O038403800002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.11E, Bottom.O038403800003
EN-SEC (E-LVL,18-AR-40) O038403800004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038403800005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038403800006
Windows For the Scattered Protons and 12.5 Mum Havar O038403800007
Beam Entrance and Exit Windows. O038403800008
Natural Argon (99.6% AR-40) Was Used. O038403800009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038403800010
Data. O038403800011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038403800012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038403800013
ENDBIB 11 0 O038403800014
COMMON 4 3 O038403800015
EN E-LVL EN-RSL-FW ANG-ERR O038403800016
MEV MEV KEV ADEG O038403800017
16.9 4.43 140. 0.5 O038403800018
ENDCOMMON 3 0 O038403800019
DATA 3 14 O038403800020
ANG-CM DATA ERR-T O038403800021
ADEG MB/SR PER-CENT O038403800022
27.6 0.66 30. O038403800023
30.8 0.62 21. O038403800024
35.4 0.59 14. O038403800025
40.4 0.52 13. O038403800026
44.6 0.53 13. O038403800027
50.8 0.33 18. O038403800028
55.3 0.39 15. O038403800029
60.5 0.43 14. O038403800030
64.9 0.29 10. O038403800031
70.2 0.28 14. O038403800032
75.9 0.226 9. O038403800033
80.8 0.23 12. O038403800034
85.9 0.166 10. O038403800035
90.9 0.144 20. O038403800036
ENDDATA 16 0 O038403800037
ENDSUBENT 36 0 O038403899999
SUBENT O0384039 19970728 0000O038403900001
BIB 5 11 O038403900002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.11B, Top. O038403900003
EN-SEC (E-LVL,18-AR-40) O038403900004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038403900005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038403900006
Windows For the Scattered Protons and 12.5 Mum Havar O038403900007
Beam Entrance and Exit Windows. O038403900008
Natural Argon (99.6% AR-40) Was Used. O038403900009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038403900010
Data. O038403900011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038403900012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038403900013
ENDBIB 11 0 O038403900014
COMMON 4 3 O038403900015
EN E-LVL EN-RSL-FW ANG-ERR O038403900016
MEV MEV KEV ADEG O038403900017
16.9 2.13 140. 0.5 O038403900018
ENDCOMMON 3 0 O038403900019
DATA 3 14 O038403900020
ANG-CM DATA ERR-T O038403900021
ADEG MB/SR PER-CENT O038403900022
29.3 0.63 13. O038403900023
32.3 0.52 10. O038403900024
36.7 0.36 11. O038403900025
41.8 0.294 6. O038403900026
46.6 0.262 10. O038403900027
51.3 0.21 14. O038403900028
56.5 0.221 13. O038403900029
61.2 0.207 14. O038403900030
66.7 0.174 12. O038403900031
70.8 0.138 11. O038403900032
77.7 0.123 9. O038403900033
81.8 8.2E-02 11. O038403900034
86.1 0.101 10. O038403900035
91.3 0.112 11. O038403900036
ENDDATA 16 0 O038403900037
ENDSUBENT 36 0 O038403999999
SUBENT O0384040 19970728 0000O038404000001
BIB 5 11 O038404000002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.11B, Bottom.O038404000003
EN-SEC (E-LVL,18-AR-40) O038404000004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038404000005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038404000006
Windows For the Scattered Protons and 12.5 Mum Havar O038404000007
Beam Entrance and Exit Windows. O038404000008
Natural Argon (99.6% AR-40) Was Used. O038404000009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038404000010
Data. O038404000011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038404000012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038404000013
ENDBIB 11 0 O038404000014
COMMON 4 3 O038404000015
EN E-LVL EN-RSL-FW ANG-ERR O038404000016
MEV MEV KEV ADEG O038404000017
16.9 3.53 140. 0.5 O038404000018
ENDCOMMON 3 0 O038404000019
DATA 3 20 O038404000020
ANG-CM DATA ERR-T O038404000021
ADEG MB/SR PER-CENT O038404000022
28.3 0.93 11. O038404000023
31.2 0.84 8. O038404000024
35.7 0.57 7. O038404000025
41.5 0.59 8. O038404000026
47. 0.48 10. O038404000027
51.4 0.31 13. O038404000028
56.2 0.33 9. O038404000029
61.7 0.326 7. O038404000030
66.1 0.295 8. O038404000031
71.2 0.33 3. O038404000032
76.3 0.291 8. O038404000033
81.1 0.291 8. O038404000034
86.2 0.269 7. O038404000035
91.7 0.269 9. O038404000036
100.5 0.272 8. O038404000037
106. 0.26 12. O038404000038
110.7 0.179 9. O038404000039
119.9 0.152 12. O038404000040
130.5 0.105 12. O038404000041
140.4 0.108 16. O038404000042
ENDDATA 22 0 O038404000043
ENDSUBENT 42 0 O038404099999
SUBENT O0384041 19970728 0000O038404100001
BIB 5 11 O038404100002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.11D, Top. O038404100003
EN-SEC (E-LVL,18-AR-40) O038404100004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038404100005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038404100006
Windows For the Scattered Protons and 12.5 Mum Havar O038404100007
Beam Entrance and Exit Windows. O038404100008
Natural Argon (99.6% AR-40) Was Used. O038404100009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038404100010
Data. O038404100011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038404100012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038404100013
ENDBIB 11 0 O038404100014
COMMON 4 3 O038404100015
EN E-LVL EN-RSL-FW ANG-ERR O038404100016
MEV MEV KEV ADEG O038404100017
16.9 3.71 140. 0.5 O038404100018
ENDCOMMON 3 0 O038404100019
DATA 3 22 O038404100020
ANG-CM DATA ERR-T O038404100021
ADEG MB/SR PER-CENT O038404100022
27.2 2.18 5. O038404100023
29.9 2.26 5. O038404100024
35.5 2.29 4. O038404100025
39.7 2.31 4. O038404100026
45.3 2.4 4. O038404100027
50.2 2.53 4. O038404100028
55.9 2.62 4. O038404100029
60.4 2.79 4. O038404100030
65.3 2.48 4. O038404100031
69.9 2.14 4. O038404100032
74.8 1.98 4. O038404100033
80.4 1.85 4. O038404100034
85. 1.62 4. O038404100035
90.7 1.4 4. O038404100036
95.2 1.21 7. O038404100037
100.2 1.02 4. O038404100038
105.9 0.77 6. O038404100039
110.4 0.72 6. O038404100040
120.3 0.57 7. O038404100041
130.4 0.585 5. O038404100042
141.4 0.61 5. O038404100043
151.2 0.62 6. O038404100044
ENDDATA 24 0 O038404100045
ENDSUBENT 44 0 O038404199999
SUBENT O0384042 19970728 0000O038404200001
BIB 5 11 O038404200002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig.11D, Bottom.O038404200003
EN-SEC (E-LVL,18-AR-40) O038404200004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038404200005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038404200006
Windows For the Scattered Protons and 12.5 Mum Havar O038404200007
Beam Entrance and Exit Windows. O038404200008
Natural Argon (99.6% AR-40) Was Used. O038404200009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038404200010
Data. O038404200011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038404200012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038404200013
ENDBIB 11 0 O038404200014
COMMON 4 3 O038404200015
EN E-LVL EN-RSL-FW ANG-ERR O038404200016
MEV MEV KEV ADEG O038404200017
16.9 2.91 140. 0.5 O038404200018
ENDCOMMON 3 0 O038404200019
DATA 3 18 O038404200020
ANG-CM DATA ERR-T O038404200021
ADEG MB/SR PER-CENT O038404200022
26.3 0.75 12. O038404200023
29.7 0.75 8. O038404200024
35.8 0.48 13. O038404200025
40.3 0.49 10. O038404200026
44.5 0.44 9. O038404200027
50.5 0.39 10. O038404200028
55.4 0.458 6. O038404200029
60.7 0.48 8. O038404200030
64.8 0.468 4. O038404200031
70.1 0.432 5. O038404200032
75.8 0.341 4. O038404200033
80.4 0.284 7. O038404200034
85.3 0.272 6. O038404200035
89.8 0.265 7. O038404200036
100.4 0.247 7. O038404200037
104.5 0.285 10. O038404200038
110.6 0.231 9. O038404200039
120.1 0.17 9. O038404200040
ENDDATA 20 0 O038404200041
ENDSUBENT 40 0 O038404299999
SUBENT O0384043 19970728 0000O038404300001
BIB 5 11 O038404300002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig 11F, Top. O038404300003
EN-SEC (E-LVL,18-AR-40) O038404300004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038404300005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038404300006
Windows For the Scattered Protons and 12.5 Mum Havar O038404300007
Beam Entrance and Exit Windows. O038404300008
Natural Argon (99.6% AR-40) Was Used. O038404300009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038404300010
Data. O038404300011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038404300012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038404300013
ENDBIB 11 0 O038404300014
COMMON 4 3 O038404300015
EN E-LVL EN-RSL-FW ANG-ERR O038404300016
MEV MEV KEV ADEG O038404300017
16.9 5.9 140. 0.5 O038404300018
ENDCOMMON 3 0 O038404300019
DATA 3 14 O038404300020
ANG-CM DATA ERR-T O038404300021
ADEG MB/SR PER-CENT O038404300022
31.8 0.82 30. O038404300023
34.3 0.7 23. O038404300024
37.9 0.58 22. O038404300025
43.2 0.52 21. O038404300026
48.9 0.5 18. O038404300027
52.5 0.43 23. O038404300028
58.6 0.39 26. O038404300029
63.6 0.39 23. O038404300030
67.9 0.43 14. O038404300031
73.9 0.25 28. O038404300032
77.5 0.27 15. O038404300033
83.5 0.23 26. O038404300034
88.1 0.174 15. O038404300035
92.8 0.15 40. O038404300036
ENDDATA 16 0 O038404300037
ENDSUBENT 36 0 O038404399999
SUBENT O0384044 19970728 0000O038404400001
BIB 5 11 O038404400002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig. 11F, MiddleO038404400003
EN-SEC (E-LVL,18-AR-40) O038404400004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038404400005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038404400006
Windows For the Scattered Protons and 12.5 Mum Havar O038404400007
Beam Entrance and Exit Windows. O038404400008
Natural Argon (99.6% AR-40) Was Used. O038404400009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038404400010
Data. O038404400011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038404400012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038404400013
ENDBIB 11 0 O038404400014
COMMON 4 3 O038404400015
EN E-LVL EN-RSL-FW ANG-ERR O038404400016
MEV MEV KEV ADEG O038404400017
16.9 4.88 140. 0.5 O038404400018
ENDCOMMON 3 0 O038404400019
DATA 3 13 O038404400020
ANG-CM DATA ERR-T O038404400021
ADEG MB/SR PER-CENT O038404400022
30.1 0.57 40. O038404400023
37.3 0.61 15. O038404400024
43. 0.62 13. O038404400025
47.6 0.53 17. O038404400026
53. 0.47 15. O038404400027
58.3 0.46 15. O038404400028
63. 0.57 14. O038404400029
67.3 0.43 12. O038404400030
71.9 0.47 13. O038404400031
78.4 0.47 6. O038404400032
83. 0.39 10. O038404400033
87.3 0.35 9. O038404400034
92.2 0.23 22. O038404400035
ENDDATA 15 0 O038404400036
ENDSUBENT 35 0 O038404499999
SUBENT O0384045 19970728 0000O038404500001
BIB 5 11 O038404500002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig. 11F,Middle.O038404500003
EN-SEC (E-LVL,18-AR-40) O038404500004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038404500005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038404500006
Windows For the Scattered Protons and 12.5 Mum Havar O038404500007
Beam Entrance and Exit Windows. O038404500008
Natural Argon (99.6% AR-40) Was Used. O038404500009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038404500010
Data. O038404500011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038404500012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038404500013
ENDBIB 11 0 O038404500014
COMMON 4 3 O038404500015
EN E-LVL EN-RSL-FW ANG-ERR O038404500016
MEV MEV KEV ADEG O038404500017
16.9 4.6 140. 0.5 O038404500018
ENDCOMMON 3 0 O038404500019
DATA 3 14 O038404500020
ANG-CM DATA ERR-T O038404500021
ADEG MB/SR PER-CENT O038404500022
29.5 0.38 30. O038404500023
32.8 0.38 29. O038404500024
37.1 0.42 14. O038404500025
42.4 0.32 19. O038404500026
47. 0.2 25. O038404500027
52.4 0.27 15. O038404500028
57.4 0.25 24. O038404500029
62.8 0.23 22. O038404500030
67. 0.205 14. O038404500031
72. 0.2 15. O038404500032
76.4 0.216 10. O038404500033
82. 0.13 30. O038404500034
86.7 0.14 21. O038404500035
91.6 8.6E-02 27. O038404500036
ENDDATA 16 0 O038404500037
ENDSUBENT 36 0 O038404599999
SUBENT O0384046 19970728 0000O038404600001
BIB 5 11 O038404600002
REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,,EXP) Fig. 11F,Bottom.O038404600003
EN-SEC (E-LVL,18-AR-40) O038404600004
SAMPLE The Argon Gas Target Consisted of an 8.5 Cm Diam. Disc-O038404600005
Shaped Cell,with 6.35 Mum Thick Aluminized Mylar Side O038404600006
Windows For the Scattered Protons and 12.5 Mum Havar O038404600007
Beam Entrance and Exit Windows. O038404600008
Natural Argon (99.6% AR-40) Was Used. O038404600009
The Cell was Operated at 0.20 Atm For the 16.9 MeV O038404600010
Data. O038404600011
INC-SPECT *En-Rsl-Fw*. Overall Energy Resolution. O038404600012
ERR-ANALYS (ERR-T).The Uncertainty is Reported by Authors. O038404600013
ENDBIB 11 0 O038404600014
COMMON 4 3 O038404600015
EN E-LVL EN-RSL-FW ANG-ERR O038404600016
MEV MEV KEV ADEG O038404600017
16.9 6.13 140. 0.5 O038404600018
ENDCOMMON 3 0 O038404600019
DATA 3 14 O038404600020
ANG-CM DATA ERR-T O038404600021
ADEG MB/SR PER-CENT O038404600022
28.6 0.98 14. O038404600023
32.5 0.87 18. O038404600024
37.1 0.71 14. O038404600025
42.5 0.54 20. O038404600026
45.7 0.53 19. O038404600027
51. 0.43 23. O038404600028
56.7 0.38 26. O038404600029
61.8 0.39 26. O038404600030
65.7 0.38 18. O038404600031
71.4 0.29 24. O038404600032
76. 0.26 19. O038404600033
81. 0.2 30. O038404600034
86.3 0.18 17. O038404600035
91.7 0.17 40. O038404600036
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ENDSUBENT 36 0 O038404699999
ENDENTRY 46 0 O038499999999