ENTRY F0449 20220606 F093F044900000001
SUBENT F0449001 20220606 F093F044900100001
BIB 10 19 F044900100002
TITLE The (d,n) reaction on 1p shell nuclei at F044900100003
E(d)=11.8 MeV F044900100004
AUTHOR (G.S.Mutchler,D.Rendic,D.E.Velkley,W.E.Sweeney Jr, F044900100005
G.C.Phillips) F044900100006
INSTITUTE (1USARIC) F044900100007
REFERENCE (J,NP/A,172,469,1971) F044900100008
FACILITY (VDGT,1USARIC) F044900100009
ERR-ANALYS (ERR-1) The overall absolute normalization error F044900100010
The largest source of error being the uncertainty in F044900100011
the deuteron elastic scattering cross sections. F044900100012
(ERR-S) Statistical error F044900100013
METHOD (TOF,PSD) F044900100014
DETECTOR (SCIN) NE 218 liquid scintillator F044900100015
COMMENT The target thickness was measured by counting the F044900100016
elastically scattered deuterons, with a solid-state F044900100017
detector mounted on a second low-mass cantilever arm. F044900100018
HISTORY (19921224C) F044900100019
(19990409A) CNPD: corrected 4-dig. year F044900100020
(20220606A) SD: Corrections in all Subents. F044900100021
ENDBIB 19 0 F044900100022
COMMON 1 3 F044900100023
EN F044900100024
MEV F044900100025
11.8 F044900100026
ENDCOMMON 3 0 F044900100027
ENDSUBENT 26 0 F044900199999
SUBENT F0449002 20220606 F093F044900200001
BIB 6 8 F044900200002
REACTION (5-B-10(D,N)6-C-11,PAR,DA) F044900200003
SAMPLE The targets were self-supporting foils mounted on thin F044900200004
aluminum holders. 250 ug/cm2 10B targets were prepared F044900200005
by evaporating 96% enriched 10B from a carbon boat. F044900200006
MONITOR ((MONIT)5-B-10(D,EL)5-B-10,,DA) F044900200007
MONIT-REF (F0221001,W.Fitz+,J,NP/A,101,449,1967) F044900200008
STATUS (TABLE) Table 6 from Nucl.Phys.,A172(1971)469 F044900200009
HISTORY (20220606A) SD: SF9=EXP deleted from REACTION code. F044900200010
ENDBIB 8 0 F044900200011
COMMON 4 3 F044900200012
E-LVL ANG-NRM ERR-1 MONIT F044900200013
MEV ADEG PER-CENT MB/SR F044900200014
0. 131.0 25. 7.82 F044900200015
ENDCOMMON 3 0 F044900200016
DATA 3 18 F044900200017
ANG-CM DATA-CM ERR-S F044900200018
ADEG MB/SR MB/SR F044900200019
13.1 3.01 0.10 F044900200020
18.0 3.54 0.10 F044900200021
23.1 3.01 0.09 F044900200022
28.4 2.10 0.07 F044900200023
33.7 1.50 0.06 F044900200024
39.0 0.66 0.04 F044900200025
44.3 0.56 0.04 F044900200026
49.7 0.58 0.03 F044900200027
54.9 0.67 0.04 F044900200028
60.2 0.64 0.04 F044900200029
65.5 0.63 0.04 F044900200030
75.8 0.40 0.04 F044900200031
86.0 0.43 0.03 F044900200032
96.1 0.32 0.03 F044900200033
105.9 0.41 0.04 F044900200034
115.6 0.47 0.04 F044900200035
125.0 0.33 0.03 F044900200036
134.4 0.36 0.03 F044900200037
ENDDATA 20 0 F044900200038
ENDSUBENT 37 0 F044900299999
SUBENT F0449003 20220606 F093F044900300001
BIB 6 8 F044900300002
REACTION (5-B-11(D,N)6-C-12,PAR,DA) F044900300003
MONITOR ((MONIT)5-B-11(D,EL)5-B-11,,DA) F044900300004
MONIT-REF (F0221001,W.Fitz+,J,NP/A,101,449,1967) F044900300005
SAMPLE The targets were self-supporting foils mounted on thin F044900300006
aluminum holders. 250 ug/cm2 11B targets were prepared F044900300007
by evaporating 99% enriched 11B from a carbon boat. F044900300008
STATUS (TABLE) Table 6 from Nucl.Phys.,A172(1971)469 F044900300009
HISTORY (20220606A) SD: SF9=EXP deleted from REACTION code. F044900300010
ENDBIB 8 0 F044900300011
COMMON 3 3 F044900300012
ANG-NRM ERR-1 MONIT F044900300013
ADEG PER-CENT MB/SR F044900300014
110.4 25. 5.07 F044900300015
ENDCOMMON 3 0 F044900300016
DATA 4 95 F044900300017
E-LVL ANG-CM DATA-CM ERR-S F044900300018
MEV ADEG MB/SR MB/SR F044900300019
0. 12.5 1.33 0.05 F044900300020
0. 17.4 1.73 0.06 F044900300021
0. 22.4 1.80 0.14 F044900300022
0. 27.6 1.30 0.05 F044900300023
0. 32.9 1.01 0.08 F044900300024
0. 38.1 0.68 0.05 F044900300025
0. 43.3 0.68 0.05 F044900300026
0. 48.6 0.53 0.03 F044900300027
0. 53.8 0.67 0.06 F044900300028
0. 59.0 0.61 0.03 F044900300029
0. 64.2 0.52 0.05 F044900300030
0. 74.4 0.44 0.03 F044900300031
0. 84.6 0.40 0.04 F044900300032
0. 94.6 0.49 0.03 F044900300033
0. 104.5 0.48 0.03 F044900300034
0. 114.2 0.37 0.02 F044900300035
0. 123.8 0.29 0.02 F044900300036
0. 133.3 0.35 0.025 F044900300037
0. 142.6 0.34 0.03 F044900300038
4.44 12.6 3.79 0.11 F044900300039
4.44 17.5 4.71 0.12 F044900300040
4.44 22.6 4.88 0.33 F044900300041
4.44 27.8 2.96 0.09 F044900300042
4.44 33.1 2.06 0.15 F044900300043
4.44 38.4 1.05 0.07 F044900300044
4.44 43.7 0.84 0.07 F044900300045
4.44 48.9 0.75 0.04 F044900300046
4.44 54.2 1.14 0.09 F044900300047
4.44 59.4 1.04 0.04 F044900300048
4.44 64.6 1.09 0.08 F044900300049
4.44 74.9 0.85 0.04 F044900300050
4.44 85.1 0.67 0.06 F044900300051
4.44 95.1 0.74 0.03 F044900300052
4.44 105.0 0.91 0.04 F044900300053
4.44 114.7 0.89 0.03 F044900300054
4.44 124.3 0.82 0.03 F044900300055
4.44 133.7 0.89 0.03 F044900300056
4.44 143.0 0.98 0.04 F044900300057
9.638 12.8 0.63 0.05 F044900300058
9.638 17.7 1.01 0.055 F044900300059
9.638 22.9 1.18 0.1 F044900300060
9.638 28.2 1.44 0.07 F044900300061
9.638 33.6 1.37 0.11 F044900300062
9.638 38.9 1.18 0.08 F044900300063
9.638 44.2 0.94 0.07 F044900300064
9.638 49.6 0.64 0.04 F044900300065
9.638 54.9 0.64 0.05 F044900300066
9.638 60.1 0.70 0.03 F044900300067
9.638 65.4 0.74 0.06 F044900300068
9.638 75.7 0.60 0.08 F044900300069
9.638 86.0 0.47 0.05 F044900300070
9.638 96.0 0.36 0.03 F044900300071
9.638 105.9 0.41 0.03 F044900300072
9.638 115.5 0.45 0.03 F044900300073
9.638 125.0 0.46 0.03 F044900300074
9.638 134.4 0.46 0.03 F044900300075
9.638 143.5 0.47 0.03 F044900300076
12.71 12.9 5.62 0.28 F044900300077
12.71 17.9 5.77 0.29 F044900300078
12.71 23.2 4.28 0.29 F044900300079
12.71 28.6 2.28 0.11 F044900300080
12.71 34.0 1.16 0.13 F044900300081
12.71 39.3 0.66 0.14 F044900300082
12.71 44.7 0.53 0.07 F044900300083
12.71 50.1 0.61 0.05 F044900300084
12.71 55.5 0.78 0.07 F044900300085
12.71 60.8 0.94 0.05 F044900300086
12.71 66.1 0.97 0.08 F044900300087
12.71 76.5 0.62 0.04 F044900300088
12.71 86.7 0.47 0.06 F044900300089
12.71 96.8 0.41 0.04 F044900300090
12.71 106.6 0.71 0.05 F044900300091
12.71 116.3 0.78 0.045 F044900300092
12.71 125.7 0.87 0.045 F044900300093
12.71 135.0 0.93 0.05 F044900300094
12.71 144.0 0.78 0.05 F044900300095
15.11 13.1 12.41 0.62 F044900300096
15.11 18.2 12.39 0.62 F044900300097
15.11 23.5 11.77 0.79 F044900300098
15.11 28.9 8.06 0.4 F044900300099
15.11 34.4 5.89 0.39 F044900300100
15.11 39.9 3.74 0.21 F044900300101
15.11 45.3 2.55 0.17 F044900300102
15.11 50.7 1.26 0.07 F044900300103
15.11 56.1 0.89 0.1 F044900300104
15.11 61.5 1.17 0.06 F044900300105
15.11 66.8 1.30 0.1 F044900300106
15.11 77.3 1.03 0.19 F044900300107
15.11 87.6 0.60 0.04 F044900300108
15.11 97.7 0.67 0.05 F044900300109
15.11 107.5 0.53 0.055 F044900300110
15.11 117.1 0.52 0.05 F044900300111
15.11 126.5 0.39 0.05 F044900300112
15.11 135.6 0.32 0.045 F044900300113
15.11 144.6 0.26 0.05 F044900300114
ENDDATA 97 0 F044900300115
ENDSUBENT 114 0 F044900399999
SUBENT F0449004 20220606 F093F044900400001
BIB 6 8 F044900400002
REACTION (6-C-12(D,N)7-N-13,PAR,DA) F044900400003
MONITOR ((MONIT)6-C-12(D,EL)6-C-12,,DA) F044900400004
MONIT-REF (F0221001,W.Fitz+,J,NP/A,101,449,1967) F044900400005
SAMPLE The targets were self-supporting foils mounted on thin F044900400006
aluminum holders. The 12C target was a 100 ug/cm2 F044900400007
foil. F044900400008
STATUS (TABLE) Table 6 from Nucl.Phys.,A172(1971)469 F044900400009
HISTORY (20220606A) SD: SF9=EXP deleted from REACTION code. F044900400010
ENDBIB 8 0 F044900400011
COMMON 3 3 F044900400012
ANG-NRM ERR-1 MONIT F044900400013
ADEG PER-CENT MB/SR F044900400014
46.7 12. 12.6 F044900400015
ENDCOMMON 3 0 F044900400016
DATA 4 34 F044900400017
E-LVL ANG-CM DATA-CM ERR-S F044900400018
MEV ADEG MB/SR MB/SR F044900400019
0. 12.7 22.30 0.51 F044900400020
0. 17.6 16.86 0.40 F044900400021
0. 22.8 12.92 0.31 F044900400022
0. 28.4 7.30 0.23 F044900400023
0. 33.8 4.53 0.14 F044900400024
0. 44.5 2.34 0.11 F044900400025
0. 50.0 2.06 0.10 F044900400026
0. 55.0 2.16 0.10 F044900400027
0. 60.5 2.54 0.11 F044900400028
0. 66.0 2.07 0.09 F044900400029
0. 76.0 1.45 0.07 F044900400030
0. 86.5 0.81 0.04 F044900400031
0. 96.6 1.07 0.06 F044900400032
0. 106.5 1.63 0.07 F044900400033
0. 116.0 1.68 0.08 F044900400034
0. 125.8 1.48 0.08 F044900400035
0. 135.0 1.25 0.07 F044900400036
2.366 12.9 24.91 0.60 F044900400037
2.366 18.0 13.88 0.60 F044900400038
2.366 22.8 5.91 0.23 F044900400039
2.366 28.4 4.79 0.30 F044900400040
2.366 33.8 4.34 0.20 F044900400041
2.366 44.9 5.80 0.25 F044900400042
2.366 50.4 4.19 0.19 F044900400043
2.366 55.8 3.08 0.14 F044900400044
2.366 61.2 2.72 0.12 F044900400045
2.366 66.6 1.74 0.12 F044900400046
2.366 77.2 1.35 0.08 F044900400047
2.366 87.5 1.34 0.08 F044900400048
2.366 97.6 1.39 0.08 F044900400049
2.366 107.5 1.34 0.06 F044900400050
2.366 117.2 1.39 0.08 F044900400051
2.366 126.6 1.34 0.09 F044900400052
2.366 135.8 1.25 0.08 F044900400053
ENDDATA 36 0 F044900400054
ENDSUBENT 53 0 F044900499999
SUBENT F0449005 20220606 F093F044900500001
BIB 6 8 F044900500002
REACTION (6-C-12(D,N)7-N-13,PAR,DA) F044900500003
MONITOR ((MONIT)6-C-12(D,EL)6-C-12,,DA) F044900500004
MONIT-REF (F0221001,W.Fitz+,J,NP/A,101,449,1967) F044900500005
SAMPLE The targets were self-supporting foils mounted on thin F044900500006
aluminum holders. The 12C target was a 100 ug/cm2 F044900500007
foil. F044900500008
STATUS (TABLE) Table 6 from Nucl.Phys.,A172(1971)469 F044900500009
HISTORY (20220606A) SD: SF9=EXP deleted from REACTION code. F044900500010
ENDBIB 8 0 F044900500011
COMMON 5 3 F044900500012
E-LVL-MIN E-LVL-MAX ANG-NRM ERR-1 MONIT F044900500013
MEV MEV ADEG PER-CENT MB/SR F044900500014
3.51 3.55 46.7 12. 12.6 F044900500015
ENDCOMMON 3 0 F044900500016
DATA 3 17 F044900500017
ANG-CM DATA-CM ERR-S F044900500018
ADEG MB/SR MB/SR F044900500019
13.1 93.07 3.26 F044900500020
18.3 75.02 2.63 F044900500021
22.8 61.34 1.53 F044900500022
28.5 40.67 1.30 F044900500023
34.2 31.01 0.84 F044900500024
45.3 16.28 0.57 F044900500025
50.8 9.90 0.42 F044900500026
56.4 7.69 0.32 F044900500027
61.8 6.01 0.20 F044900500028
67.2 5.09 0.20 F044900500029
77.8 4.67 0.17 F044900500030
88.2 3.71 0.16 F044900500031
98.3 3.76 0.14 F044900500032
108.2 2.92 0.15 F044900500033
117.8 2.89 0.17 F044900500034
127.2 3.07 0.15 F044900500035
136.4 3.45 0.17 F044900500036
ENDDATA 19 0 F044900500037
ENDSUBENT 36 0 F044900599999
SUBENT F0449006 20220606 F093F044900600001
BIB 6 10 F044900600002
REACTION (6-C-13(D,N)7-N-14,PAR,DA) F044900600003
MONITOR ((MONIT)6-C-13(D,P)6-C-14,PAR,DA) F044900600004
The deuteron elastic yield for 13C was measured F044900600005
relative to the 13C(d,p)14C. F044900600006
MONIT-REF (A1450001,J.P.Schiffer+,J,PR,164,1274,1967) F044900600007
SAMPLE The targets were self-supporting foils mounted on thin F044900600008
aluminum holders. 13C foil was prepared by cracking 18%F044900600009
enriched methyl-iodide onto a clean surface. F044900600010
STATUS (TABLE) Table 6 from Nucl.Phys.,A172(1971)469 F044900600011
HISTORY (20220606A) SD: SF9=EXP deleted from REACTION code. F044900600012
ENDBIB 10 0 F044900600013
COMMON 4 3 F044900600014
ANG-NRM E-LVL-NRM ERR-1 MONIT F044900600015
ADEG MEV PER-CENT MB/SR F044900600016
113.6 0.0 17. 2.57 F044900600017
ENDCOMMON 3 0 F044900600018
DATA 4 54 F044900600019
E-LVL ANG-CM DATA-CM ERR-S F044900600020
MEV ADEG MB/SR MB/SR F044900600021
0. 12.5 8.23 0.33 F044900600022
0. 17.3 8.93 0.38 F044900600023
0. 22.3 7.17 0.34 F044900600024
0. 27.1 5.57 0.23 F044900600025
0. 32.5 3.11 0.17 F044900600026
0. 38.0 1.78 0.12 F044900600027
0. 43.4 0.87 0.08 F044900600028
0. 48.8 1.48 0.11 F044900600029
0. 54.0 1.76 0.12 F044900600030
0. 59.2 1.85 0.11 F044900600031
0. 64.4 1.44 0.10 F044900600032
0. 74.6 0.96 0.08 F044900600033
0. 84.8 0.53 0.06 F044900600034
0. 94.9 0.65 0.07 F044900600035
0. 104.8 0.63 0.12 F044900600036
0. 114.5 0.99 0.11 F044900600037
0. 124.5 0.78 0.07 F044900600038
0. 133.6 0.39 0.08 F044900600039
2.313 12.4 4.92 0.19 F044900600040
2.313 17.5 4.77 0.22 F044900600041
2.313 22.3 3.39 0.17 F044900600042
2.313 27.7 2.45 0.12 F044900600043
2.313 33.1 1.09 0.09 F044900600044
2.313 38.5 0.42 0.05 F044900600045
2.313 43.7 0.25 0.04 F044900600046
2.313 49.0 0.56 0.05 F044900600047
2.313 54.3 0.58 0.06 F044900600048
2.313 59.5 0.76 0.06 F044900600049
2.313 64.8 0.45 0.05 F044900600050
2.313 75.1 0.41 0.05 F044900600051
2.313 85.2 0.56 0.09 F044900600052
2.313 95.3 0.63 0.08 F044900600053
2.313 105.2 0.16 0.10 F044900600054
2.313 115.0 0.4 0.10 F044900600055
2.313 124.6 0.42 0.10 F044900600056
2.313 134.1 0.24 0.10 F044900600057
3.945 12.6 6.47 0.26 F044900600058
3.945 17.6 6.8 0.29 F044900600059
3.945 22.5 5.24 0.25 F044900600060
3.945 27.9 4.25 0.18 F044900600061
3.945 33.3 2.74 0.14 F044900600062
3.945 38.7 1.62 0.11 F044900600063
3.945 43.9 0.82 0.06 F044900600064
3.945 49.4 0.72 0.06 F044900600065
3.945 54.6 0.67 0.06 F044900600066
3.945 59.9 0.81 0.06 F044900600067
3.945 65.1 0.69 0.06 F044900600068
3.945 75.4 0.73 0.06 F044900600069
3.945 85.6 0.99 0.15 F044900600070
3.945 95.7 1.28 0.11 F044900600071
3.945 105.6 0.73 0.11 F044900600072
3.945 115.3 0.91 0.13 F044900600073
3.945 124.8 1.00 0.07 F044900600074
3.945 134.2 0.85 0.11 F044900600075
ENDDATA 56 0 F044900600076
ENDSUBENT 75 0 F044900699999
ENDENTRY 6 0 F044999999999