ENTRY D6007 20091104 D070D600700000001
SUBENT D6007001 20091104 D070D600700100001
BIB 7 17 D600700100002
TITLE Elastic scattering and fusion cross sections for D600700100003
7Be,7Li+27Al systems. D600700100004
AUTHOR (K.Kalita,S.Verma,R.Singh,J.J.Das,A.Jhingan, D600700100005
N.Madhavan,S.Nath,T.Varughese,P.Sugathan,V.V.Parkar, D600700100006
K.Mahata,K.Ramachandran,A.Shrivastava,A.Chatterjee, D600700100007
S.Kailas,S.Barua,P.Basu,H.Majumdar,M.Sinha, D600700100008
R.Bhattacharya,A.K.Sinha) D600700100009
INSTITUTE (3INDNSD,3INDTRM,3INDGUJ,3INDSAH) D600700100010
(3INDIND) Gurudas College, Kolkata ; D600700100011
UGC-DAE Consortium for Scientific Research, Kolkata D600700100012
REFERENCE (J,PR/C,73,(2),024609,2006) D600700100013
METHOD (EDE,BCINT) Beam current was measured by an electron- D600700100014
suppressed Faraday cup at a distance of 1m from the D600700100015
target position. D600700100016
STATUS (APRVD) Entry was approved by Dr. S.Verma D600700100017
HISTORY (20091104C) Compiled by Balbir Kaur, Jaspreet kaur and D600700100018
Babita Sharma from NIT Jalandhar 144011. D600700100019
ENDBIB 17 0 D600700100020
NOCOMMON 0 0 D600700100021
ENDSUBENT 20 0 D600700199999
SUBENT D6007002 20091104 D070D600700200001
BIB 8 31 D600700200002
REACTION (13-AL-27(4-BE-7,SCT)13-AL-27,PAR,DA,,RTH) D600700200003
FACILITY (VDGT,3INDNSD) radioactive ion beam facility using 15 D600700200004
UD tandem accelerator D600700200005
INC-SOURCE The 7Be (T1/2 =53 days) beams produced through the D600700200006
p(7Li,7Be)n reaction by bombarding a 12-mu-m D600700200007
polypropylene [(CH2)n] foil mounted on a rotating D600700200008
target system, with 7Li (3+) beams of Elab =21.5, 23, D600700200009
and 25 MeV from a 15-UD Pelletron accelerator D600700200010
SAMPLE High-purity (>99.99%) 27Al target, rolled down to D600700200011
1-mg/cm2 thickness, was used for the measurements. The D600700200012
target was mounted on a target frame of 15-mm D600700200013
diameter to avoid scattering from the frame. D600700200014
DETECTOR (TELES,IOCH,PS) The large area telescopic detector D600700200015
setup consisted of a delta E gas ionization chamber(IC)D600700200016
with axial field geometry and two E two-dimensional(2D)D600700200017
position-sensitive silicon detectors 50 mm x 50 mm D600700200018
each were used. D600700200019
(CSICR) The solid angles covered by the CsI (Tl) D600700200020
detectors placed at 120, 130, 140, and 150 degrees D600700200021
were 13.96, 12.26, 9.69, and 7.85 msr, respectively. D600700200022
(TELES,SIBAR,SIBAR) Delta E - E Si telescope D600700200023
(delta E = 300 mu-m, E = 2 mm) was mounted in the D600700200024
7-Be production chamber at an angle of 30 degree with D600700200025
respect to the beam direction to detect the elastic D600700200026
recoil protons for the purpose of normalization. D600700200027
(SI) Si-SB (500 mu-m) detector for counting 7Be D600700200028
particles for the purpose of normalization checks. D600700200029
EN-SEC (E-LVL1,4-BE-7) D600700200030
(E-LVL2,13-AL-27) D600700200031
STATUS (TABLE) Data were received from Dr. K.Kalita D600700200032
ERR-ANALYS (ERR-S) Statistical uncertainty D600700200033
ENDBIB 31 0 D600700200034
COMMON 4 3 D600700200035
E-LVL1 E-LVL1 E-LVL2 E-LVL2 D600700200036
MEV MEV MEV MEV D600700200037
0.0 0.430 0.0 0.840 D600700200038
ENDCOMMON 3 0 D600700200039
DATA 4 21 D600700200040
EN ANG-CM DATA ERR-S D600700200041
MEV ADEG NO-DIM NO-DIM D600700200042
17. 12.13 1.1629 0.1660 D600700200043
17. 17.28 1.1863 0.1726 D600700200044
17. 22.41 1.1311 0.1771 D600700200045
17. 27.51 0.9833 0.1866 D600700200046
17. 32.58 1.1063 0.1983 D600700200047
17. 37.58 0.8124 0.2047 D600700200048
17. 42.70 0.1250 0.0652 D600700200049
19. 12.13 1.0100 0.1525 D600700200050
19. 17.28 1.2116 0.1886 D600700200051
19. 22.41 1.0121 0.1620 D600700200052
19. 27.51 0.8491 0.1503 D600700200053
19. 32.58 0.8345 0.1643 D600700200054
19. 37.58 0.4277 0.0881 D600700200055
19. 42.70 0.1526 0.0627 D600700200056
21. 12.13 1.0150 0.1788 D600700200057
21. 17.28 1.2266 0.2183 D600700200058
21. 22.41 0.9781 0.2106 D600700200059
21. 27.51 0.9434 0.2926 D600700200060
21. 32.58 0.6126 0.2396 D600700200061
21. 37.58 0.3969 0.2183 D600700200062
21. 42.70 0.0735 0.0643 D600700200063
ENDDATA 23 0 D600700200064
ENDSUBENT 63 0 D600700299999
SUBENT D6007003 20091104 D070D600700300001
BIB 4 8 D600700300002
REACTION (13-AL-27(4-BE-7,NON),,SIG,,,DERIV) D600700300003
FACILITY (VDGT,3INDNSD) radioactive ion beam facility using 15 D600700300004
UD tandem accelerator D600700300005
ANALYSIS (INTAD) The reaction cross sections obtained from the D600700300006
Opt.Model analysis of the quasi-elastic data on D600700300007
7Be + 27Al system D600700300008
STATUS (TABLE)Data has been taken from Table 1. D600700300009
(DEP,D6007002) D600700300010
ENDBIB 8 0 D600700300011
NOCOMMON 0 0 D600700300012
DATA 2 3 D600700300013
EN DATA D600700300014
MEV MB D600700300015
17. 772. D600700300016
19. 1010. D600700300017
21. 1105. D600700300018
ENDDATA 5 0 D600700300019
ENDSUBENT 18 0 D600700399999
SUBENT D6007004 20091104 D070D600700400001
BIB 4 8 D600700400002
REACTION (13-AL-27(4-BE-7,FUS),,SIG) D600700400003
FACILITY (VDGT,3INDNSD) radioactive ion beam facility using 15 D600700400004
UD tandem accelerator D600700400005
ANALYSIS (INTAD) The fusion cross sections obtained by D600700400006
subtraction of the integrated one-proton (stripping) D600700400007
transfer cross sections from the reaction cross D600700400008
sections D600700400009
STATUS (TABLE) Table 1 D600700400010
ENDBIB 8 0 D600700400011
NOCOMMON 0 0 D600700400012
DATA 3 3 D600700400013
EN DATA ERR-T D600700400014
MEV MB MB D600700400015
17. 635. 76. D600700400016
19. 858. 94. D600700400017
21. 922. 92. D600700400018
ENDDATA 5 0 D600700400019
ENDSUBENT 18 0 D600700499999
SUBENT D6007005 20091104 D070D600700500001
BIB 7 19 D600700500002
REACTION (13-AL-27(3-LI-7,EL)13-AL-27,,DA,,RTH) D600700500003
FACILITY (VDGT,3INDTRM)BARC-TIFR Pelletron, Mumbai. D600700500004
SAMPLE Two self supported 27Al (99.99 % pure) targets of D600700500005
thicknesses 86 and 691 mu-g/cm2 were used for elastic- D600700500006
scattering and fusion cross-section measurements, D600700500007
respectively. D600700500008
A 12C target of thickness 50 mu-g/cm2 was used for D600700500009
energy calibration by use of the discrete alpha-peaks D600700500010
from the 12C(7Li,4He)15N reaction. D600700500011
INC-SOURCE 7Li beam (From BARC-Pelletron) at lab energy=10, 13, D600700500012
16, 19 and 24 MeV D600700500013
DETECTOR (TELES,SI,SI) A set of three deltaE - E Si detector D600700500014
telescopes (10 mu-m + 300 mu-m, 35 mu-m + 2 mm, D600700500015
25 mu-m + 2 mm) were used D600700500016
(SI) A Si detector of 2-mm thickness was kept at 30 D600700500017
degrees on another movable arm to monitor elastic D600700500018
scattering. D600700500019
ERR-ANALYS (ERR-S) Statistical uncertainty D600700500020
STATUS (TABLE) Data were received from Dr. K.Kalita D600700500021
ENDBIB 19 0 D600700500022
NOCOMMON 0 0 D600700500023
DATA 4 48 D600700500024
EN ANG-CM DATA ERR-S D600700500025
MEV ADEG NO-DIM NO-DIM D600700500026
10. 15.09 1.0056 0.16 D600700500027
10. 21.35 1.0364 0.11 D600700500028
10. 27.57 1.0426 0.10 D600700500029
10. 39.90 1.0020 0.09 D600700500030
10. 45.98 0.9100 0.06 D600700500031
10. 51.99 0.8084 0.04 D600700500032
10. 63.79 0.6570 0.03 D600700500033
10. 69.56 0.5645 0.02 D600700500034
13. 21.35 1.0715 0.13 D600700500035
13. 27.57 0.9412 0.12 D600700500036
13. 33.76 0.9813 0.11 D600700500037
13. 33.90 0.7424 0.08 D600700500038
13. 45.89 0.5228 0.04 D600700500039
13. 51.99 0.3843 0.04 D600700500040
13. 57.93 0.3100 0.03 D600700500041
13. 63.79 0.2509 0.02 D600700500042
16. 15.09 0.9410 0.11 D600700500043
16. 21.35 0.8491 0.08 D600700500044
16. 27.57 0.7618 0.07 D600700500045
16. 32.53 0.5862 0.04 D600700500046
16. 37.45 0.4218 0.04 D600700500047
16. 42.34 0.3396 0.03 D600700500048
16. 45.98 0.2228 0.03 D600700500049
16. 51.99 0.1678 0.02 D600700500050
16. 56.75 0.1473 0.02 D600700500051
16. 61.46 0.1112 0.03 D600700500052
16. 66.11 0.0889 0.01 D600700500053
19. 15.09 1.0826 0.14 D600700500054
19. 21.35 0.7806 0.11 D600700500055
19. 27.57 0.5532 0.08 D600700500056
19. 32.53 0.2802 0.05 D600700500057
19. 37.45 0.2334 0.05 D600700500058
19. 42.34 0.1448 0.04 D600700500059
19. 45.98 0.1106 0.05 D600700500060
19. 51.99 0.0884 0.04 D600700500061
19. 56.75 0.0616 0.03 D600700500062
19. 61.46 0.0418 0.02 D600700500063
19. 66.11 0.0338 0.01 D600700500064
24. 15.09 0.8000 0.11 D600700500065
24. 21.35 0.5818 0.07 D600700500066
24. 27.57 0.3099 0.06 D600700500067
24. 33.76 0.2507 0.05 D600700500068
24. 39.90 0.1514 0.03 D600700500069
24. 45.98 0.0900 0.02 D600700500070
24. 51.99 0.0514 0.02 D600700500071
24. 57.93 0.0341 0.01 D600700500072
24. 63.79 0.0242 0.01 D600700500073
24. 69.56 0.0149 0.01 D600700500074
ENDDATA 50 0 D600700500075
ENDSUBENT 74 0 D600700599999
SUBENT D6007006 20091104 D070D600700600001
BIB 7 17 D600700600002
REACTION (13-AL-27(3-LI-7,X)2-HE-4,,DA/DE) fig.7 D600700600003
FACILITY (VDGT,3INDTRM)BARC-TIFR Pelletron, Mumbai. D600700600004
SAMPLE Two self supported 27Al (99.99 % pure) targets of D600700600005
thicknesses 86 and 691 mu-g/cm2 were used for elastic- D600700600006
scattering and fusion cross-section measurements, D600700600007
respectively. D600700600008
INC-SOURCE A 12C target of thickness 50 mu-g/cm2 was used for D600700600009
energy calibration by use of the discrete alpha-peaks D600700600010
from the 12C(7Li,4He)15N reaction. D600700600011
DETECTOR (TELES,SI,SI) A set of three deltaE - E Si detector D600700600012
telescopes (10 mu-m + 300 mu-m, 35 mu-m + 2 mm, D600700600013
25 mu-m + 2 mm) were used D600700600014
(SI) A Si detector of 2-mm thickness was kept at 30 D600700600015
degrees on another movable arm to monitor elastic D600700600016
scattering. D600700600017
STATUS (TABLE) Data were received from Dr.S.Verma D600700600018
ERR-ANALYS (ERR-S) Statistical uncertainty D600700600019
ENDBIB 17 0 D600700600020
NOCOMMON 0 0 D600700600021
DATA 5 183 D600700600022
EN ANG E DATA ERR-S D600700600023
MEV ADEG MEV MB/SR/MEV MB/SR/MEV D600700600024
10. 52. 3.5 0.307 0.052 D600700600025
10. 52. 4.5 2.333 0.246 D600700600026
10. 52. 5.5 4.137 0.400 D600700600027
10. 52. 6.5 5.496 0.513 D600700600028
10. 52. 7.5 5.209 0.489 D600700600029
10. 52. 8.5 3.948 0.384 D600700600030
10. 52. 9.5 2.593 0.269 D600700600031
10. 52. 10.5 1.648 0.185 D600700600032
10. 52. 11.5 0.954 0.120 D600700600033
10. 52. 12.5 0.591 0.083 D600700600034
10. 52. 13.5 0.369 0.059 D600700600035
10. 52. 14.5 0.227 0.042 D600700600036
10. 52. 15.5 0.106 0.025 D600700600037
10. 52. 16.5 0.079 0.021 D600700600038
10. 52. 17.5 0.044 0.015 D600700600039
10. 52. 18.5 0.015 0.008 D600700600040
10. 52. 19.5 0.012 0.007 D600700600041
10. 52. 20.5 0.006 0.005 D600700600042
10. 52. 21.5 0.003 0.002 D600700600043
10. 142. 5.5 0.906 0.105 D600700600044
10. 142. 6.5 0.836 0.098 D600700600045
10. 142. 7.5 0.590 0.074 D600700600046
10. 142. 8.5 0.372 0.052 D600700600047
10. 142. 9.5 0.242 0.052 D600700600048
10. 142. 10.5 0.177 0.031 D600700600049
10. 142. 11.5 0.123 0.024 D600700600050
10. 142. 12.5 0.071 0.016 D600700600051
10. 142. 13.5 0.047 0.013 D600700600052
10. 142. 14.5 0.021 0.008 D600700600053
10. 142. 15.5 0.013 0.006 D600700600054
10. 142. 16.5 0.004 0.003 D600700600055
10. 142. 17.5 0.002 0.002 D600700600056
13. 52. 3.5 0.794 0.098 D600700600057
13. 52. 4.5 2.328 0.235 D600700600058
13. 52. 5.5 4.152 0.387 D600700600059
13. 52. 6.5 5.941 0.529 D600700600060
13. 52. 7.5 6.145 0.548 D600700600061
13. 52. 8.5 5.261 0.477 D600700600062
13. 52. 9.5 4.058 0.380 D600700600063
13. 52. 10.5 2.889 0.283 D600700600064
13. 52. 11.5 1.910 0.199 D600700600065
13. 52. 12.5 1.232 0.139 D600700600066
13. 52. 13.5 0.780 0.096 D600700600067
13. 52. 14.5 0.499 0.068 D600700600068
13. 52. 15.5 0.309 0.048 D600700600069
13. 52. 16.5 0.167 0.031 D600700600070
13. 52. 17.5 0.110 0.023 D600700600071
13. 52. 18.5 0.049 0.014 D600700600072
13. 52. 19.5 0.027 0.009 D600700600073
13. 52. 20.5 0.013 0.006 D600700600074
13. 52. 21.5 0.011 0.006 D600700600075
13. 52. 22.5 0.007 0.004 D600700600076
13. 132. 6.5 1.648 0.170 D600700600077
13. 132. 7.5 1.911 0.192 D600700600078
13. 132. 8.5 1.405 0.148 D600700600079
13. 132. 9.5 0.959 0.109 D600700600080
13. 132. 10.5 1.681 0.083 D600700600081
13. 132. 11.5 0.432 0.058 D600700600082
13. 132. 12.5 0.292 0.043 D600700600083
13. 132. 13.5 0.205 0.034 D600700600084
13. 132. 14.5 0.111 0.022 D600700600085
13. 132. 15.5 0.037 0.011 D600700600086
13. 132. 16.5 0.029 0.009 D600700600087
13. 132. 17.5 0.014 0.006 D600700600088
13. 132. 18.5 0.011 0.005 D600700600089
13. 132. 19.5 0.001 3.E-04 D600700600090
16. 52. 3.5 0.868 0.101 D600700600091
16. 52. 4.5 1.908 0.193 D600700600092
16. 52. 5.5 4.259 0.387 D600700600093
16. 52. 6.5 6.621 0.575 D600700600094
16. 52. 7.5 7.538 0.646 D600700600095
16. 52. 8.5 7.046 0.608 D600700600096
16. 52. 9.5 5.494 0.486 D600700600097
16. 52. 10.5 4.522 0.408 D600700600098
16. 52. 11.5 3.346 0.313 D600700600099
16. 52. 12.5 2.489 0.242 D600700600100
16. 52. 13.5 1.714 0.177 D600700600101
16. 52. 14.5 1.176 0.129 D600700600102
16. 52. 15.5 0.792 0.094 D600700600103
16. 52. 16.5 0.425 0.058 D600700600104
16. 52. 17.5 0.298 0.044 D600700600105
16. 52. 18.5 0.177 0.031 D600700600106
16. 52. 19.5 0.142 0.026 D600700600107
16. 52. 20.5 0.063 0.015 D600700600108
16. 52. 21.5 0.054 0.014 D600700600109
16. 52. 22.5 0.023 0.008 D600700600110
16. 52. 23.5 0.020 0.008 D600700600111
16. 52. 24.5 0.006 0.004 D600700600112
16. 132. 7.5 2.392 0.231 D600700600113
16. 132. 8.5 1.873 0.188 D600700600114
16. 132. 9.5 1.317 0.139 D600700600115
16. 132. 10.5 0.881 0.100 D600700600116
16. 132. 11.5 0.682 0.082 D600700600117
16. 132. 12.5 0.427 0.057 D600700600118
16. 132. 13.5 0.274 0.041 D600700600119
16. 132. 14.5 0.187 0.031 D600700600120
16. 132. 15.5 0.104 0.021 D600700600121
16. 132. 16.5 0.053 0.013 D600700600122
16. 132. 17.5 0.031 0.010 D600700600123
16. 132. 18.5 0.015 0.006 D600700600124
16. 132. 19.5 0.007 0.004 D600700600125
16. 132. 20.5 0.005 0.003 D600700600126
16. 132. 21.5 0.003 0.003 D600700600127
19. 52. 3.5 0.397 0.052 D600700600128
19. 52. 4.5 2.054 0.200 D600700600129
19. 52. 5.5 3.910 0.351 D600700600130
19. 52. 6.5 5.820 0.502 D600700600131
19. 52. 7.5 6.693 0.570 D600700600132
19. 52. 8.5 6.498 0.554 D600700600133
19. 52. 9.5 5.204 0.453 D600700600134
19. 52. 10.5 4.345 0.385 D600700600135
19. 52. 11.5 3.353 0.306 D600700600136
19. 52. 12.5 2.350 0.224 D600700600137
19. 52. 13.5 1.837 0.182 D600700600138
19. 52. 14.5 1.343 0.139 D600700600139
19. 52. 15.5 0.783 0.089 D600700600140
19. 52. 16.5 0.591 0.071 D600700600141
19. 52. 17.5 0.412 0.054 D600700600142
19. 52. 18.5 0.243 0.036 D600700600143
19. 52. 19.5 0.174 0.029 D600700600144
19. 52. 20.5 0.133 0.024 D600700600145
19. 52. 21.5 0.060 0.014 D600700600146
19. 52. 22.5 0.046 0.012 D600700600147
19. 52. 23.5 0.015 0.006 D600700600148
19. 52. 24.5 0.012 0.005 D600700600149
19. 52. 25.5 0.006 0.004 D600700600150
19. 52. 26.5 0.002 0.001 D600700600151
19. 132. 6.5 2.384 0.225 D600700600152
19. 132. 7.5 3.014 0.276 D600700600153
19. 132. 8.5 2.287 0.216 D600700600154
19. 132. 9.5 1.670 0.165 D600700600155
19. 132. 10.5 1.219 0.127 D600700600156
19. 132. 11.5 0.914 0.099 D600700600157
19. 132. 12.5 0.635 0.074 D600700600158
19. 132. 13.5 0.389 0.050 D600700600159
19. 132. 14.5 0.272 0.039 D600700600160
19. 132. 15.5 0.117 0.021 D600700600161
19. 132. 16.5 0.100 0.019 D600700600162
19. 132. 17.5 0.049 0.009 D600700600163
19. 132. 18.5 0.022 0.009 D600700600164
19. 132. 19.5 0.008 0.004 D600700600165
19. 132. 20.5 0.006 0.003 D600700600166
19. 132. 21.5 0.003 0.002 D600700600167
24. 52. 4.5 1.737 0.190 D600700600168
24. 52. 5.5 3.387 0.333 D600700600169
24. 52. 6.5 5.229 0.485 D600700600170
24. 52. 7.5 6.654 0.599 D600700600171
24. 52. 8.5 6.605 0.596 D600700600172
24. 52. 9.5 5.906 0.599 D600700600173
24. 52. 10.5 5.572 0.513 D600700600174
24. 52. 11.5 4.652 0.438 D600700600175
24. 52. 12.5 3.935 0.378 D600700600176
24. 52. 13.5 3.083 0.307 D600700600177
24. 52. 14.5 2.538 0.260 D600700600178
24. 52. 15.5 1.812 0.197 D600700600179
24. 52. 16.5 1.260 0.146 D600700600180
24. 52. 17.5 1.098 0.131 D600700600181
24. 52. 18.5 0.674 0.090 D600700600182
24. 52. 19.5 0.488 0.070 D600700600183
24. 52. 20.5 0.361 0.057 D600700600184
24. 52. 21.5 0.345 0.055 D600700600185
24. 52. 22.5 0.251 0.044 D600700600186
24. 52. 23.5 0.175 0.034 D600700600187
24. 52. 24.5 0.121 0.026 D600700600188
24. 52. 25.5 0.099 0.023 D600700600189
24. 52. 26.5 0.059 0.017 D600700600190
24. 52. 27.5 0.019 0.008 D600700600191
24. 132. 5.5 3.197 0.329 D600700600192
24. 132. 6.5 3.142 0.324 D600700600193
24. 132. 7.5 2.467 0.265 D600700600194
24. 132. 8.5 1.920 0.216 D600700600195
24. 132. 9.5 1.411 0.161 D600700600196
24. 132. 10.5 1.146 0.143 D600700600197
24. 132. 11.5 0.853 0.114 D600700600198
24. 132. 12.5 0.578 0.085 D600700600199
24. 132. 13.5 0.379 0.063 D600700600200
24. 132. 14.5 0.224 0.043 D600700600201
24. 132. 15.5 0.110 0.027 D600700600202
24. 132. 16.5 0.072 0.021 D600700600203
24. 132. 17.5 0.031 0.013 D600700600204
24. 132. 18.5 0.017 0.009 D600700600205
24. 132. 19.5 0.007 0.005 D600700600206
24. 132. 20.5 0.003 0.002 D600700600207
ENDDATA 185 0 D600700600208
ENDSUBENT 207 0 D600700699999
SUBENT D6007007 20091104 D070D600700700001
BIB 4 13 D600700700002
REACTION (13-AL-27(3-LI-7,NON),,SIG,,,DERIV) D600700700003
FACILITY (VDGT,3INDTRM)BARC-TIFR Pelletron, Mumbai. D600700700004
ANALYSIS (INTAD) The elastic-scattering angular distributions D600700700005
were subjected to Optical Model (OM) analysis. The D600700700006
alpha-evaporation spectra were reproduced with the D600700700007
statistical model calculations, and the fusion cross D600700700008
sections were extracted from them. The fusion cross D600700700009
sections were also extracted by subtraction of the D600700700010
integrated inelastic-scattering cross sections from D600700700011
the reaction cross sections obtained from the OM fits D600700700012
to the elastic-scattering data. D600700700013
STATUS (TABLE) Table 3 D600700700014
(DEP,D6007005) D600700700015
ENDBIB 13 0 D600700700016
NOCOMMON 0 0 D600700700017
DATA 2 5 D600700700018
EN DATA D600700700019
MEV MB D600700700020
10. 698. D600700700021
13. 1.093E+03 D600700700022
16. 1.336E+03 D600700700023
19. 1.495E+03 D600700700024
24. 1.745E+03 D600700700025
ENDDATA 7 0 D600700700026
ENDSUBENT 25 0 D600700799999
SUBENT D6007008 20091104 D070D600700800001
BIB 5 19 D600700800002
REACTION (13-AL-27(3-LI-7,FUS),,SIG) D600700800003
FACILITY (VDGT,3INDTRM)BARC-TIFR Pelletron, Mumbai. D600700800004
ANALYSIS (INTAD) The fusion cross-sections were extracted D600700800005
by subtraction of the integrated inelastic-scattering D600700800006
cross sections from the reaction cross sections D600700800007
obtained from the OM fits to the elastic-scattering D600700800008
data. D600700800009
FLAG (1.) the fusion cross sections for 7Li + 27Al system D600700800010
from the alpha-evaporation spectra in conjunction D600700800011
with the statistical model calculations by using D600700800012
the computer code PACE D600700800013
(2.) the fusion cross sections for 7Li + 27Al system D600700800014
from quasi elastic D600700800015
(3.) The fusion cross-sections were extracted by D600700800016
subtraction of the integrated inelastic-scatteringD600700800017
cross sections from the reaction cross sections D600700800018
obtained from the OM fits to the elastic- D600700800019
scattering data. D600700800020
STATUS (TABLE) Table 3 D600700800021
ENDBIB 19 0 D600700800022
NOCOMMON 0 0 D600700800023
DATA 4 15 D600700800024
EN DATA DATA-ERR FLAG D600700800025
MEV MB MB NO-DIM D600700800026
10.0 408.0 50.0 1.0 D600700800027
10.0 352.0 2.0 D600700800028
10.0 486.0 3.0 D600700800029
13.0 736.0 88.0 1.0 D600700800030
13.0 681.0 2.0 D600700800031
13.0 707.0 3.0 D600700800032
16.0 912.0 105.0 1.0 D600700800033
16.0 842.0 2.0 D600700800034
16.0 858.0 3.0 D600700800035
19.0 1015.0 117.0 1.0 D600700800036
19.0 953.0 2.0 D600700800037
19.0 924.0 3.0 D600700800038
24.0 1101.0 132.0 1.0 D600700800039
24.0 996.0 2.0 D600700800040
24.0 1126.0 3.0 D600700800041
ENDDATA 17 0 D600700800042
ENDSUBENT 41 0 D600700899999
SUBENT D6007009 20091104 D070D600700900001
BIB 3 4 D600700900002
REACTION (13-AL-27(3-LI-7,FUS),,SIG) D600700900003
FACILITY (VDGT,3INDTRM)BARC-TIFR Pelletron, Mumbai. D600700900004
STATUS (TABLE) Table 3 D600700900005
(DEP,D6007008) D600700900006
ENDBIB 4 0 D600700900007
NOCOMMON 0 0 D600700900008
DATA 3 5 D600700900009
EN DATA DATA-ERR D600700900010
MEV MB MB D600700900011
10.0 415.0 67.0 D600700900012
13.0 708.0 28.0 D600700900013
16.0 871.0 37.0 D600700900014
19.0 964.0 46.0 D600700900015
24.0 1074.0 69.0 D600700900016
ENDDATA 7 0 D600700900017
ENDSUBENT 16 0 D600700999999
ENDENTRY 9 0 D600799999999