ENTRY O1626 20160719 O058O162600000001
SUBENT O1626001 20160719 O058O162600100001
BIB 11 39 O162600100002
TITLE Global optical model potentials for symmetrical lithiumO162600100003
systems-Li6+Li6, Li7+Li7 at E(lab)=5-40 MeV O162600100004
AUTHOR (K.W.Potthast, H.Brand, H.Freiesleben, P.Rosenthal, O162600100005
B.Kamys, H.Paetz gen.Schieck, L.Sydow) O162600100006
INSTITUTE (2GERBOC) O162600100007
(3POLUJK) O162600100008
(2GERKLN) O162600100009
REFERENCE (J,NP/A,614,95,1997) O162600100010
REL-REF (M,O1628001,A.M.Bachmann+,J,ZP/A,346,47,1993) - detailsO162600100011
of experiment and data for Li-7(Li-7,el) and O162600100012
Li-7(Li-7,inl) reactions O162600100013
DETECTOR (SIBAR) two position sensitive surface barrier O162600100014
detectors(PSDs-100 mum, 8*47 mm**2) for first O162600100015
experiment at the energy 5-17 MeV O162600100016
and for second experiment (20-40 MeV) two angle- O162600100017
defining PSDs(500-mum,8*15 mm**2) were used. O162600100018
ADD-RES (COMP) Optical model. O162600100019
ERR-ANALYS (DATA-ERR,10.,16.5) uncertainties due to the correctionO162600100020
of the efficiency are angle dependent, for angles belowO162600100021
angle(cm)=60-degree their size is up to 10%, O162600100022
leading to 16.5% overall uncertainty for the smallest O162600100023
angles and to an uncertainty of the slope of the O162600100024
angular distributions at forward angles. O162600100025
* Systematic uncertainties include: O162600100026
(ERR-1) The uncertainty in target thickness is 11%. O162600100027
(ERR-2) The error in beam current integration is 4%. O162600100028
(ERR-3) The error in the effective charge state of the O162600100029
integrated beam is 3%. O162600100030
- This leads to a systematic overall uncertainty of 11%O162600100031
* Statistical errors are less than the symbol size O162600100032
METHOD (TOF) O162600100033
(COINC) O162600100034
(BCINT) O162600100035
COMMENT * From Prof.H.Freiesleben: The data files are no O162600100036
longer accessible. 2016/07/29. O162600100037
HISTORY (20080213C) S.B O162600100038
(20160719U) SD: One ref moved to REL-REF. The trailing O162600100039
zeros in digitized values were deleted from Subents. O162600100040
ERR-ANALYS update. ERR-S deleted. O162600100041
ENDBIB 39 0 O162600100042
COMMON 3 3 O162600100043
ERR-1 ERR-2 ERR-3 O162600100044
PER-CENT PER-CENT PER-CENT O162600100045
11. 4. 3. O162600100046
ENDCOMMON 3 0 O162600100047
ENDSUBENT 46 0 O162600199999
SUBENT O1626002 20160719 O058O162600200001
BIB 4 7 O162600200002
REACTION (3-LI-6(3-LI-6,EL)3-LI-6,,DA) fig 1 O162600200003
FACILITY (DYNAM,2GERBOC) The 4-MV Dynamitron tandem accelerator O162600200004
at energy range 5-17 MeV. O162600200005
SAMPLE (3-LI-6,ENR=0.95) A 95% enriched metallic Li-6 target O162600200006
of 27-mug/cm**2, evaporated onto a thin carbon backing O162600200007
of about 10-mug/cm**2. O162600200008
STATUS (CURVE) By CAJAD. Fig.1 from NP/A,614,95,1997 O162600200009
ENDBIB 7 0 O162600200010
COMMON 2 3 O162600200011
ANG-ERR-D ERR-DIG O162600200012
ADEG PER-CENT O162600200013
0.5 6. O162600200014
ENDCOMMON 3 0 O162600200015
DATA 3 73 O162600200016
EN ANG-CM DATA-CM O162600200017
MEV ADEG MB/SR O162600200018
5.0 59.3 127.0 O162600200019
5.0 69.4 86.0 O162600200020
5.0 79.8 75.0 O162600200021
5.0 89.5 69.0 O162600200022
10.0 31.9 610.0 O162600200023
10.0 34.9 385.0 O162600200024
10.0 37.6 265.0 O162600200025
10.0 40.2 167.0 O162600200026
10.0 42.9 120.0 O162600200027
10.0 45.9 94.0 O162600200028
10.0 48.2 70.0 O162600200029
10.0 51.2 55.0 O162600200030
10.0 52.8 48.3 O162600200031
10.0 54.5 46.4 O162600200032
10.0 56.5 42.9 O162600200033
10.0 59.4 36.4 O162600200034
10.0 62.1 36.6 O162600200035
10.0 65.0 32.5 O162600200036
10.0 67.3 32.6 O162600200037
10.0 70.0 28.9 O162600200038
10.0 72.0 26.7 O162600200039
10.0 73.6 26.8 O162600200040
10.0 75.2 29.2 O162600200041
10.0 77.2 28.1 O162600200042
10.0 78.5 28.2 O162600200043
10.0 80.5 27.1 O162600200044
10.0 82.2 27.2 O162600200045
10.0 83.8 27.3 O162600200046
10.0 85.1 27.4 O162600200047
10.0 86.8 28.7 O162600200048
10.0 88.7 27.6 O162600200049
10.0 90.7 26.6 O162600200050
10.0 92.0 26.7 O162600200051
10.0 93.0 26.7 O162600200052
10.0 95.0 24.7 O162600200053
10.0 97.6 28.2 O162600200054
10.0 100.6 25.0 O162600200055
10.0 103.6 24.1 O162600200056
15.0 19.8 2070.0 O162600200057
15.0 22.9 1230.0 O162600200058
15.0 25.3 630.0 O162600200059
15.0 28.4 308.0 O162600200060
15.0 31.2 150.0 O162600200061
15.0 33.9 98.0 O162600200062
15.0 37.0 70.0 O162600200063
15.0 38.9 64.0 O162600200064
15.0 40.5 64.0 O162600200065
15.0 42.4 67.0 O162600200066
15.0 44.7 64.0 O162600200067
15.0 47.1 65.0 O162600200068
15.0 48.2 53.0 O162600200069
15.0 51.3 46.0 O162600200070
15.0 54.0 36.6 O162600200071
15.0 56.8 23.9 O162600200072
15.0 59.5 16.3 O162600200073
15.0 61.8 11.7 O162600200074
15.0 64.9 9.2 O162600200075
15.0 67.3 8.4 O162600200076
15.0 70.0 9.3 O162600200077
15.0 73.1 11.3 O162600200078
15.0 75.0 13.0 O162600200079
15.0 76.5 13.7 O162600200080
15.0 78.8 15.9 O162600200081
15.0 81.9 15.9 O162600200082
15.0 83.5 15.9 O162600200083
15.0 85.4 16.8 O162600200084
15.0 87.7 16.8 O162600200085
15.0 89.3 16.8 O162600200086
15.0 92.4 18.6 O162600200087
15.0 95.8 16.1 O162600200088
15.0 98.2 15.4 O162600200089
15.0 102.0 12.2 O162600200090
15.0 104.4 11.1 O162600200091
ENDDATA 75 0 O162600200092
ENDSUBENT 91 0 O162600299999
SUBENT O1626003 20160719 O058O162600300001
BIB 4 7 O162600300002
REACTION (3-LI-6(3-LI-6,EL)3-LI-6,,DA) fig 1 O162600300003
FACILITY (VDGT,2GERKLN) The 10 MV Van de Graaff tandem O162600300004
at energies between 20-40 MeV. O162600300005
SAMPLE A target of mixed composition (22.5 mug/cm**2 of Li-7, O162600300006
40-mug/cm**2 of Li-6 on a carbon backing of O162600300007
20-mug/cm**2) was employed. O162600300008
STATUS (CURVE) By CAJAD. Fig.1 from NP/A,614,95,1997 O162600300009
ENDBIB 7 0 O162600300010
COMMON 2 3 O162600300011
ANG-ERR-D ERR-DIG O162600300012
ADEG PER-CENT O162600300013
0.5 7. O162600300014
ENDCOMMON 3 0 O162600300015
DATA 3 181 O162600300016
EN ANG-CM DATA-CM O162600300017
MEV ADEG MB/SR O162600300018
20.0 26.1 81.00 O162600300019
20.0 28.1 56.00 O162600300020
20.0 30.1 41.90 O162600300021
20.0 31.7 41.90 O162600300022
20.0 34.4 49.50 O162600300023
20.0 36.0 75.00 O162600300024
20.0 37.7 78.00 O162600300025
20.0 39.7 85.00 O162600300026
20.0 41.3 75.00 O162600300027
20.0 43.0 75.00 O162600300028
20.0 44.3 64.00 O162600300029
20.0 46.3 61.00 O162600300030
20.0 47.7 44.20 O162600300031
20.0 50.0 33.10 O162600300032
20.0 52.0 23.80 O162600300033
20.0 54.0 14.00 O162600300034
20.0 56.0 8.50 O162600300035
20.0 58.4 6.70 O162600300036
20.0 60.0 5.70 O162600300037
20.0 61.3 7.00 O162600300038
20.0 63.0 7.00 O162600300039
20.0 65.3 7.60 O162600300040
20.0 67.0 8.20 O162600300041
20.0 69.3 8.30 O162600300042
20.0 71.6 8.30 O162600300043
20.0 74.0 6.70 O162600300044
20.0 75.9 6.70 O162600300045
20.0 77.9 5.70 O162600300046
20.0 79.9 4.66 O162600300047
20.0 81.9 3.50 O162600300048
20.0 83.6 2.73 O162600300049
20.0 86.3 2.14 O162600300050
20.0 88.6 1.89 O162600300051
20.0 90.3 1.54 O162600300052
20.0 92.3 1.75 O162600300053
20.0 93.9 1.75 O162600300054
25.0 23.9 71.00 O162600300055
25.0 25.8 37.40 O162600300056
25.0 28.4 27.20 O162600300057
25.0 30.2 32.80 O162600300058
25.0 32.3 39.60 O162600300059
25.0 34.2 48.00 O162600300060
25.0 36.3 52.00 O162600300061
25.0 37.8 48.00 O162600300062
25.0 40.0 40.10 O162600300063
25.0 42.2 35.10 O162600300064
25.0 44.1 25.50 O162600300065
25.0 46.0 18.60 O162600300066
25.0 48.6 10.30 O162600300067
25.0 50.4 7.50 O162600300068
25.0 52.7 5.20 O162600300069
25.0 54.1 4.60 O162600300070
25.0 55.6 4.80 O162600300071
25.0 57.1 5.20 O162600300072
25.0 58.5 5.50 O162600300073
25.0 60.3 7.30 O162600300074
25.0 61.8 7.30 O162600300075
25.0 64.3 7.30 O162600300076
25.0 66.5 7.40 O162600300077
25.0 68.0 6.70 O162600300078
25.0 70.6 5.40 O162600300079
25.0 71.7 4.70 O162600300080
25.0 73.9 3.92 O162600300081
25.0 76.5 3.28 O162600300082
25.0 77.9 3.77 O162600300083
25.0 80.1 4.34 O162600300084
25.0 81.9 5.00 O162600300085
25.0 84.1 6.00 O162600300086
25.0 85.6 6.60 O162600300087
25.0 87.4 7.00 O162600300088
25.0 89.6 7.00 O162600300089
25.0 91.8 7.30 O162600300090
25.0 94.0 8.10 O162600300091
30.0 24.1 37.20 O162600300092
30.0 25.5 25.20 O162600300093
30.0 27.6 26.30 O162600300094
30.0 29.7 37.20 O162600300095
30.0 32.1 48.10 O162600300096
30.0 34.2 48.10 O162600300097
30.0 35.9 40.50 O162600300098
30.0 38.4 37.20 O162600300099
30.0 40.1 27.50 O162600300100
30.0 42.2 16.40 O162600300101
30.0 44.3 10.20 O162600300102
30.0 46.0 6.10 O162600300103
30.0 47.8 3.97 O162600300104
30.0 49.5 3.97 O162600300105
30.0 52.3 5.40 O162600300106
30.0 54.1 6.10 O162600300107
30.0 56.2 6.10 O162600300108
30.0 57.9 6.10 O162600300109
30.0 60.7 6.10 O162600300110
30.0 62.4 5.80 O162600300111
30.0 64.2 4.51 O162600300112
30.0 65.9 4.51 O162600300113
30.0 68.4 2.81 O162600300114
30.0 70.1 1.68 O162600300115
30.0 72.2 1.30 O162600300116
30.0 74.3 1.00 O162600300117
30.0 75.7 1.24 O162600300118
30.0 78.1 1.83 O162600300119
30.0 80.2 2.17 O162600300120
30.0 82.3 3.20 O162600300121
30.0 84.8 4.14 O162600300122
30.0 86.5 4.51 O162600300123
30.0 88.6 4.32 O162600300124
30.0 91.0 4.90 O162600300125
30.0 93.1 4.90 O162600300126
30.0 94.2 4.32 O162600300127
35.0 23.6 21.80 O162600300128
35.0 25.8 21.90 O162600300129
35.0 28.0 33.20 O162600300130
35.0 29.8 43.90 O162600300131
35.0 31.6 42.10 O162600300132
35.0 33.8 35.10 O162600300133
35.0 36.0 33.70 O162600300134
35.0 38.3 19.50 O162600300135
35.0 40.8 12.30 O162600300136
35.0 42.4 5.70 O162600300137
35.0 44.3 3.42 O162600300138
35.0 46.5 2.85 O162600300139
35.0 48.2 4.80 O162600300140
35.0 50.4 6.00 O162600300141
35.0 52.2 6.90 O162600300142
35.0 54.8 6.60 O162600300143
35.0 55.9 6.10 O162600300144
35.0 58.8 5.80 O162600300145
35.0 59.9 3.85 O162600300146
35.0 62.1 3.53 O162600300147
35.0 64.4 2.04 O162600300148
35.0 66.6 1.29 O162600300149
35.0 68.5 0.86 O162600300150
35.0 70.0 0.54 O162600300151
35.0 72.6 0.41 O162600300152
35.0 74.0 0.41 O162600300153
35.0 76.2 0.72 O162600300154
35.0 78.4 0.66 O162600300155
35.0 79.8 0.83 O162600300156
35.0 82.0 0.84 O162600300157
35.0 83.8 1.16 O162600300158
35.0 86.0 0.84 O162600300159
35.0 87.8 0.97 O162600300160
35.0 89.6 0.85 O162600300161
35.0 91.5 0.89 O162600300162
35.0 93.6 1.03 O162600300163
40.0 23.4 7.50 O162600300164
40.0 25.0 11.10 O162600300165
40.0 27.0 15.60 O162600300166
40.0 29.1 17.70 O162600300167
40.0 31.1 19.30 O162600300168
40.0 33.2 13.70 O162600300169
40.0 34.7 10.20 O162600300170
40.0 37.2 5.60 O162600300171
40.0 38.7 2.36 O162600300172
40.0 40.9 1.09 O162600300173
40.0 42.9 1.29 O162600300174
40.0 44.8 2.80 O162600300175
40.0 46.9 3.62 O162600300176
40.0 48.5 4.30 O162600300177
40.0 50.6 4.30 O162600300178
40.0 52.4 3.62 O162600300179
40.0 54.8 3.47 O162600300180
40.0 56.9 2.46 O162600300181
40.0 59.0 1.75 O162600300182
40.0 60.8 1.35 O162600300183
40.0 62.6 0.57 O162600300184
40.0 64.7 0.60 O162600300185
40.0 67.2 0.42 O162600300186
40.0 69.3 0.29 O162600300187
40.0 71.3 0.36 O162600300188
40.0 72.9 0.65 O162600300189
40.0 75.0 0.41 O162600300190
40.0 76.8 0.37 O162600300191
40.0 79.2 0.39 O162600300192
40.0 81.3 0.25 O162600300193
40.0 83.4 0.22 O162600300194
40.0 85.4 0.28 O162600300195
40.0 87.5 0.29 O162600300196
40.0 89.2 0.20 O162600300197
40.0 90.9 0.34 O162600300198
40.0 93.7 0.25 O162600300199
ENDDATA 183 0 O162600300200
ENDSUBENT 199 0 O162600399999
ENDENTRY 3 0 O162699999999