ENTRY D0612 20181105 D119D061200000001
SUBENT D0612001 20181105 D119D061200100001
BIB 10 31 D061200100002
TITLE Properties of the 7He ground state from 8He neutron D061200100003
knockout D061200100004
AUTHOR (Yu.Aksyutina, H.T.Johansson, T.Aumann, K.Boretzky, D061200100005
M.J.G.Borge, A.Chatillon, L.V.Chulkov, D.Cortina-Gil, D061200100006
U.Datta Pramanik, H.Emling, C.Forssen, H.O.U.Fynbo, D061200100007
H.Geissel, G.Ickert, B.Jonson, R.Kulessa, C.Langer, D061200100008
M.Lantz, T.Lessleis, A.O.Lindahl, K.Mahata, M.Meister,D061200100009
G.Muenzenberg, T.Nilsson, G.Nyman, R.Palit, D061200100010
S.Paschalis, W.Prokopowicz, R.Reifarth, A.Richter, D061200100011
K.Riisager, G.Schrieder, H.Simon, K.Suemmerer, D061200100012
O.Tengblad, H.Weick, M.V.Zhukov) D061200100013
INSTITUTE (2GERGSI,2SWDCTH,2SPNIEM,4RUSKUR,2SPNSAU,3INDSAH, D061200100014
2DENAAU,3POLUJK,2GERTHD,2GERFRK,2UK LVP) D061200100015
(2SWDSWD) University of Gothenburg, Goeteborg D061200100016
REFERENCE (J,PL/B,679,191,2009) D061200100017
FACILITY (SYNCH,2GERGSI) heavy-ion synchrotron, SIS D061200100018
INC-SOURCE (FRAGM) 240 MeV/u 8He produced byfragmentation of 18O D061200100019
beam by a Be target D061200100020
SAMPLE Liquid-hydrogen (effective thickness 350 mg/cm2) kept D061200100021
in a cylindrical container (28 mm in diameter and D061200100022
50 mm long) with thin Mylar windows inside a vacuum D061200100023
chamber. D061200100024
Background measurements were performed with an empty D061200100025
container. D061200100026
DETECTOR (SPEC) GSI ALADIN-LAND setup D061200100027
ERR-ANALYS The systematical uncertainties in the cross sections D061200100028
are mainly originating from the finite acceptance of D061200100029
the experimental setup. D061200100030
(ERR-S) Statistical error D061200100031
HISTORY (20100520C) SD D061200100032
(20181105A) On. Major revision in 003 D061200100033
ENDBIB 31 0 D061200100034
COMMON 1 3 D061200100035
EN D061200100036
MEV/A D061200100037
240. D061200100038
ENDCOMMON 3 0 D061200100039
ENDSUBENT 38 0 D061200199999
SUBENT D0612002 20181105 D119D061200200001
BIB 2 3 D061200200002
REACTION ((1-H-1(2-HE-8,X)2-HE-7,PAR,SIG)= D061200200003
(2-HE-8(P,X)2-HE-7,PAR,SIG)) D061200200004
STATUS (TABLE) Table 3 of Phys.Lett.B679(2009)191 D061200200005
ENDBIB 3 0 D061200200006
NOCOMMON 0 0 D061200200007
DATA 3 1 D061200200008
E-LVL DATA ERR-S D061200200009
MEV MB MB D061200200010
0. 52. 7. D061200200011
ENDDATA 3 0 D061200200012
ENDSUBENT 11 0 D061200299999
SUBENT D0612003 20181105 D119D061200300001
BIB 4 5 D061200300002
REACTION ((1-H-1(2-HE-8,N+X)2-HE-7,,DE,N+HE6)= D061200300003
(2-HE-8(P,N+X)2-HE-7,,DE,N+HE6)) D061200300004
EN-SEC (E-RL,N+2-HE-6) D061200300005
STATUS (TABLE) Data received from Dr.B.Jonson D061200300006
HISTORY (20181105A) On. REACTION(SF7) 2-HE-6 -> HE6 D061200300007
ENDBIB 5 0 D061200300008
NOCOMMON 0 0 D061200300009
DATA 3 140 D061200300010
E-RL DATA ERR-S D061200300011
MEV MB/MEV MB/MEV D061200300012
2.5E-02 4.1458 0.3339 D061200300013
7.5E-02 11.303 0.48915 D061200300014
0.125 19.309 0.66296 D061200300015
0.175 31.222 0.81725 D061200300016
0.225 43.275 0.97615 D061200300017
0.275 55.995 1.1251 D061200300018
0.325 65.023 1.2285 D061200300019
0.375 70.178 1.3053 D061200300020
0.425 71.896 1.3018 D061200300021
0.475 65.386 1.2372 D061200300022
0.525 59.842 1.183 D061200300023
0.575 52.075 1.085 D061200300024
0.625 45.097 1.0178 D061200300025
0.675 38.566 0.90496 D061200300026
0.725 30.87 0.85289 D061200300027
0.775 26.023 0.78817 D061200300028
0.825 22.639 0.72252 D061200300029
0.875 21.011 0.68288 D061200300030
0.925 17.462 0.64399 D061200300031
0.975 13.917 0.60948 D061200300032
1.025 13.358 0.56784 D061200300033
1.075 10.904 0.53826 D061200300034
1.125 10.183 0.52264 D061200300035
1.175 9.6093 0.49383 D061200300036
1.225 7.8961 0.50772 D061200300037
1.275 7.7656 0.48238 D061200300038
1.325 5.722 0.46761 D061200300039
1.375 7.4372 0.43695 D061200300040
1.425 6.4079 0.42168 D061200300041
1.475 5.6782 0.42559 D061200300042
1.525 4.6593 0.42206 D061200300043
1.575 5.7634 0.38369 D061200300044
1.625 4.3677 0.42009 D061200300045
1.675 4.218 0.40695 D061200300046
1.725 4.4804 0.38785 D061200300047
1.775 4.6636 0.36912 D061200300048
1.825 4.1092 0.37977 D061200300049
1.875 3.8426 0.38383 D061200300050
1.925 3.753 0.35386 D061200300051
1.975 3.7784 0.37631 D061200300052
2.025 3.5929 0.3775 D061200300053
2.075 3.3338 0.36579 D061200300054
2.125 3.3907 0.36421 D061200300055
2.175 2.8636 0.36825 D061200300056
2.225 3.1298 0.351 D061200300057
2.275 2.4308 0.39759 D061200300058
2.325 2.4859 0.37949 D061200300059
2.375 2.5131 0.378 D061200300060
2.425 2.8514 0.3833 D061200300061
2.475 3.3636 0.35493 D061200300062
2.525 2.8523 0.38094 D061200300063
2.575 2.3395 0.36363 D061200300064
2.625 2.1549 0.38945 D061200300065
2.675 2.2104 0.38231 D061200300066
2.725 2.3504 0.37871 D061200300067
2.775 2.916 0.35313 D061200300068
2.825 2.8597 0.36505 D061200300069
2.875 2.9868 0.37547 D061200300070
2.925 2.95 0.36582 D061200300071
2.975 2.1514 0.39368 D061200300072
3.025 2.461 0.38565 D061200300073
3.075 2.6452 0.39907 D061200300074
3.125 2.1017 0.40005 D061200300075
3.175 2.5567 0.37062 D061200300076
3.225 1.9658 0.40623 D061200300077
3.275 2.3035 0.42079 D061200300078
3.325 2.293 0.39855 D061200300079
3.375 2.2396 0.40341 D061200300080
3.425 1.7868 0.39324 D061200300081
3.475 2.3033 0.38678 D061200300082
3.525 2.009 0.42354 D061200300083
3.575 2.3928 0.43338 D061200300084
3.625 2.9118 0.38528 D061200300085
3.675 1.5574 0.39623 D061200300086
3.725 1.8587 0.45289 D061200300087
3.775 2.2324 0.4392 D061200300088
3.825 1.6122 0.43589 D061200300089
3.875 1.7726 0.43863 D061200300090
3.925 2.587 0.3978 D061200300091
3.975 1.8515 0.4201 D061200300092
4.025 0.97218 0.44865 D061200300093
4.075 2.0485 0.43326 D061200300094
4.125 1.2186 0.44551 D061200300095
4.175 2.7435 0.42006 D061200300096
4.225 1.4875 0.51145 D061200300097
4.275 1.5901 0.41252 D061200300098
4.325 1.9069 0.43292 D061200300099
4.375 1.9198 0.40941 D061200300100
4.425 1.3957 0.47417 D061200300101
4.475 2.2722 0.46759 D061200300102
4.525 1.8616 0.44871 D061200300103
4.575 0.62301 0.49426 D061200300104
4.625 2.2807 0.47247 D061200300105
4.675 0.91022 0.42489 D061200300106
4.725 1.3811 0.457 D061200300107
4.775 2.3318 0.50913 D061200300108
4.825 1.4284 0.45123 D061200300109
4.875 2.2283 0.4276 D061200300110
4.925 1.9844 0.4898 D061200300111
4.975 1.6833 0.4621 D061200300112
5.025 0.96801 0.48781 D061200300113
5.075 1.3243 0.49431 D061200300114
5.125 2.5594 0.50371 D061200300115
5.175 1.0697 0.5979 D061200300116
5.225 0.86998 0.54386 D061200300117
5.275 2.4727 0.44439 D061200300118
5.325 1.6913 0.47629 D061200300119
5.375 1.6697 0.57049 D061200300120
5.425 1.4958 0.47844 D061200300121
5.475 1.5133 0.50933 D061200300122
5.525 1.1939 0.54093 D061200300123
5.575 1.6739 0.45806 D061200300124
5.625 1.63 0.49054 D061200300125
5.675 1.3177 0.50173 D061200300126
5.725 1.0622 0.58202 D061200300127
5.775 0.93605 0.63804 D061200300128
5.825 0.13686 0.60872 D061200300129
5.875 1.1463 0.46626 D061200300130
5.925 0.71531 0.50622 D061200300131
5.975 1.4738 0.53787 D061200300132
6.025 1.6263 0.58985 D061200300133
6.075 0.9056 0.50629 D061200300134
6.125 1.3947 0.50645 D061200300135
6.175 1.2855 0.46234 D061200300136
6.225 0.86777 0.5262 D061200300137
6.275 0.14963 0.58862 D061200300138
6.325 1.0382 0.41449 D061200300139
6.375 1.7333 0.51818 D061200300140
6.425 1.5095 0.56998 D061200300141
6.475 1.3186 0.51321 D061200300142
6.525 1.5635 0.4595 D061200300143
6.575 2.4596E-03 0.64114 D061200300144
6.625 0.39136 0.51869 D061200300145
6.675 0.21328 0.49543 D061200300146
6.725 1.1727 0.64502 D061200300147
6.775 1.339 0.55035 D061200300148
6.825 1.3361 0.61259 D061200300149
6.875 1.3554 0.68851 D061200300150
6.925 1.6108 0.44706 D061200300151
6.975 0.96647 0.42367 D061200300152
ENDDATA 142 0 D061200300153
ENDSUBENT 152 0 D061200399999
ENDENTRY 3 0 D061299999999