ENTRY E1790 20040622 0000E179000000001
SUBENT E1790001 20040622 0000E179000100001
BIB 10 46 E179000100002
TITLE Isovector quadrupole resonance observed in the E179000100003
60Ni(13C,13N)60Co reaction at E/A=100 MeV E179000100004
AUTHOR (T.Ichihara, M.Ishihara, H.Ohnuma, T.Niizeki, Y.Satou, E179000100005
H.Okamura, S.Kubono, M.H.Tanaka, Y.Fuchi) E179000100006
INSTITUTE (2JPNIPC) E179000100007
(2JPNJPN) Department of Physics, Chiba Institute of E179000100008
Technology, Chiba E179000100009
(2JPNJPN) Faculty of Home Economics, Tokyo Kasei E179000100010
University, Tokyo E179000100011
(2JPNTOK) Center for Nuclear Study (CNS) E179000100012
(2JPNSUU) Department of Physics E179000100013
(2JPNKEK) E179000100014
REFERENCE (J,PRL,89,(14),142501,200209) E179000100015
SAMPLE - Target enrichment: enriched target E179000100016
- Target-thickness is 3.0 mg/cm**2. E179000100017
- Target is self supported. E179000100018
METHOD (TOF) for paticle identification E179000100019
(EDE) for paticle identification E179000100020
FACILITY (CYCLO,2JPNIPC) K540 RIKEN Ring Cyclotron E179000100021
DETECTOR - Solid angle: Angular acceptance is 200 mrad for E179000100022
vertical and 50 mrad for horizontal planes. E179000100023
- E-RSL: Including contribution of incident beam E179000100024
energy resolution, energy loss due to finite target E179000100025
thickness, optical momentum resolution of E179000100026
spectrograph, and position resolution of position E179000100027
detector E179000100028
(MAGSP) Spectrograph SMART [T.Ichihara et al., Nucl. E179000100029
Phys. A569 (1994) 287c] E179000100030
(MWDC) To obtain momentum and scattering angle. E179000100031
Cathode readout drift chambers (CRDC) E179000100032
[M.H.Tanaka et al., Nucl. Instrum. Methods E179000100033
Phys. Res., A362 (1995) 521] The overall E179000100034
angular resolution obtained by reconstructing E179000100035
the trajectory through the two CRDC's was E179000100036
estimated to be approximately 0.1 deg. E179000100037
(SCIN) To provide Delta-E and time of flight signals E179000100038
for particle identification E179000100039
ADD-RES E1790.002:28-NI-60(6-C-13,7-N-13)27-CO-60 E179000100040
Giant resonance (The authors also did E179000100041
60Ni(12C,12N)60Co at 135MeV/A. One resonance E179000100042
was found at excitation energy of 10MeV.) E179000100043
See NRDF D1790 DATA,1 for detail. E179000100044
E1790.007:28-NI-60(6-C-13,EL)28-NI-60 E179000100045
Optical potential parameter E179000100046
See NRDF D1790 DATA,6 for detail. E179000100047
HISTORY (20030313C) E179000100048
ENDBIB 46 0 E179000100049
COMMON 2 3 E179000100050
EN E-RSL E179000100051
MEV/A MEV E179000100052
100. 1. E179000100053
ENDCOMMON 3 0 E179000100054
ENDSUBENT 53 0 E179000199999
NOSUBENT E1790002 20040622 0000E179000200001
SUBENT E1790003 20040622 0000E179000300001
BIB 7 16 E179000300002
REACTION (28-NI-60(6-C-13,7-N-13)27-CO-60,PAR,DA) E179000300003
PART-DET (7-N-13) E179000300004
EN-SEC ANG-CM is polar angle between beam and 13N in center E179000300005
of mass system E179000300006
(E-LVL,27-CO-60) E179000300007
MISC-COL (MISC) Transferred orbital angular momentum L E179000300008
ERR-ANALYS (DATA-ERR) No information on source of error E179000300009
ADD-RES (COMP) DWBA : Distorded wave Born approximation (using E179000300010
code developed by Lenske [H.Lenske, Nucl. Phys. E179000300011
A482 (1988) 343c]. Optical potential determined E179000300012
by fitting the present data on the E179000300013
60Ni(13C,13C)60Ni elastic scattering with code E179000300014
ECIS79 [J.Raynal, code ECIS79 (unpublisehd)].) E179000300015
STATUS (TABLE) Data (Fig.2, p142501-3 in reference) are E179000300016
received by e-mail from T.Ichihara E179000300017
(2003.04.24) E179000300018
ENDBIB 16 0 E179000300019
COMMON 3 3 E179000300020
E-LVL E-LVL-ERR MISC E179000300021
MEV MEV NO-DIM E179000300022
8.7 0.5 1. E179000300023
ENDCOMMON 3 0 E179000300024
DATA 3 20 E179000300025
ANG-CM DATA DATA-ERR E179000300026
ADEG MB/SR MB/SR E179000300027
0.12 4.830E+00 2.100E-01 E179000300028
0.37 5.030E+00 1.200E-01 E179000300029
0.62 4.230E+00 8.640E-02 E179000300030
0.87 2.840E+00 6.300E-02 E179000300031
1.11 1.640E+00 4.600E-02 E179000300032
1.36 1.280E+00 3.550E-02 E179000300033
1.61 1.330E+00 3.300E-02 E179000300034
1.86 9.440E-01 2.790E-02 E179000300035
2.1 4.540E-01 2.280E-02 E179000300036
2.35 3.220E-01 2.210E-02 E179000300037
2.6 3.720E-01 2.170E-02 E179000300038
2.85 2.470E-01 1.700E-02 E179000300039
3.09 1.970E-01 1.520E-02 E179000300040
3.34 1.180E-01 1.270E-02 E179000300041
3.59 1.170E-01 1.140E-02 E179000300042
3.84 8.980E-02 1.020E-02 E179000300043
4.08 7.090E-02 8.890E-03 E179000300044
4.33 3.030E-02 1.090E-02 E179000300045
4.58 1.780E-02 8.910E-03 E179000300046
4.83 1.480E-02 6.820E-03 E179000300047
ENDDATA 22 0 E179000300048
ENDSUBENT 47 0 E179000399999
SUBENT E1790004 20040622 0000E179000400001
BIB 7 16 E179000400002
REACTION (28-NI-60(6-C-13,7-N-13)27-CO-60,PAR,DA) E179000400003
PART-DET (7-N-13) E179000400004
EN-SEC ANG-CM is polar angle between beam and 13N in center E179000400005
of mass system E179000400006
(E-LVL,27-CO-60) E179000400007
MISC-COL (MISC) Transferred orbital angular momentum L E179000400008
ERR-ANALYS (DATA-ERR) No information on source of error E179000400009
ADD-RES (COMP) DWBA : Distorded wave Born approximation (using E179000400010
code developed by Lenske [H.Lenske, Nucl. Phys. E179000400011
A482 (1988) 343c]. Optical potential determined E179000400012
by fitting the present data on the E179000400013
60Ni(13C,13C)60Ni elastic scattering with code E179000400014
ECIS79 [J.Raynal, code ECIS79 (unpublisehd)].) E179000400015
STATUS (TABLE) Data (Fig.2, p142501-3 in reference) are E179000400016
received by e-mail from T.Ichihara E179000400017
(2003.04.24) E179000400018
ENDBIB 16 0 E179000400019
COMMON 3 3 E179000400020
E-LVL E-LVL-ERR MISC E179000400021
MEV MEV NO-DIM E179000400022
20. 2. 2. E179000400023
ENDCOMMON 3 0 E179000400024
DATA 3 15 E179000400025
ANG-CM DATA DATA-ERR E179000400026
ADEG MB/SR MB/SR E179000400027
0.12 5.360E+00 3.170E-01 E179000400028
0.37 5.150E+00 1.770E-01 E179000400029
0.62 5.440E+00 1.300E-01 E179000400030
0.87 4.080E+00 9.910E-02 E179000400031
1.11 2.420E+00 7.580E-02 E179000400032
1.36 1.690E+00 5.790E-02 E179000400033
1.61 1.350E+00 5.090E-02 E179000400034
1.86 1.100E+00 4.430E-02 E179000400035
2.1 8.450E-01 3.910E-02 E179000400036
2.35 5.520E-01 3.620E-02 E179000400037
2.6 3.330E-01 3.150E-02 E179000400038
2.85 2.650E-01 2.810E-02 E179000400039
3.09 2.000E-01 2.480E-02 E179000400040
3.34 1.270E-01 2.210E-02 E179000400041
3.84 5.930E-02 1.620E-02 E179000400042
ENDDATA 17 0 E179000400043
ENDSUBENT 42 0 E179000499999
SUBENT E1790005 20040622 0000E179000500001
BIB 6 15 E179000500002
REACTION (28-NI-60(6-C-13,7-N-13)27-CO-60,PAR,DA) E179000500003
PART-DET (7-N-13) E179000500004
EN-SEC ANG-CM is polar angle between beam and 13N in center E179000500005
of mass system E179000500006
(E-EXC,27-CO-60) E179000500007
ERR-ANALYS (DATA-ERR) No information on source of error E179000500008
ADD-RES (COMP) DWBA : Distorded wave Born approximation (using E179000500009
code developed by Lenske [H.Lenske, Nucl. Phys. E179000500010
A482 (1988) 343c]. Optical potential determined E179000500011
by fitting the present data on the E179000500012
60Ni(13C,13C)60Ni elastic scattering with code E179000500013
ECIS79 [J.Raynal, code ECIS79 (unpublisehd)].) E179000500014
STATUS (TABLE) Data (Fig.2, p142501-3 in reference) are E179000500015
received by e-mail from T.Ichihara E179000500016
(2003.04.24) E179000500017
ENDBIB 15 0 E179000500018
COMMON 2 3 E179000500019
E-EXC-MIN E-EXC-MAX E179000500020
MEV MEV E179000500021
40. 50. E179000500022
ENDCOMMON 3 0 E179000500023
DATA 3 20 E179000500024
ANG-CM DATA DATA-ERR E179000500025
ADEG MB/SR MB/SR E179000500026
0.12 8.640E+00 1.950E-01 E179000500027
0.37 7.930E+00 1.080E-01 E179000500028
0.62 7.020E+00 7.880E-02 E179000500029
0.87 5.940E+00 6.130E-02 E179000500030
1.11 4.840E+00 4.880E-02 E179000500031
1.36 3.510E+00 3.760E-02 E179000500032
1.61 2.880E+00 3.360E-02 E179000500033
1.86 2.330E+00 2.950E-02 E179000500034
2.1 1.880E+00 2.650E-02 E179000500035
2.35 1.530E+00 2.520E-02 E179000500036
2.6 1.160E+00 2.240E-02 E179000500037
2.85 9.450E-01 2.050E-02 E179000500038
3.09 7.520E-01 1.840E-02 E179000500039
3.34 5.850E-01 1.640E-02 E179000500040
3.59 4.360E-01 1.420E-02 E179000500041
3.84 3.470E-01 1.270E-02 E179000500042
4.08 2.450E-01 1.070E-02 E179000500043
4.33 1.750E-01 9.060E-03 E179000500044
4.58 1.170E-01 7.420E-03 E179000500045
4.83 8.460E-02 6.330E-03 E179000500046
ENDDATA 22 0 E179000500047
ENDSUBENT 46 0 E179000599999
SUBENT E1790006 20040622 0000E179000600001
BIB 6 14 E179000600002
REACTION (28-NI-60(6-C-13,EL)28-NI-60,,DA) E179000600003
PART-DET (6-C-13) E179000600004
EN-SEC ANG-CM is polar angle between beam and 13C in center E179000600005
of mass system E179000600006
ERR-ANALYS (DATA-ERR) No information on source of error E179000600007
ADD-RES (COMP) DWBA : Distorted wave Born approximation (using E179000600008
code developed by Lenske [H.Lenske, Nucl. Phys. E179000600009
A482 (1988) 343c]. Optical potential determined E179000600010
by fitting the present data on the E179000600011
60Ni(13C,13C)60Ni elastic scattering with code E179000600012
ECIS79 [J.Raynal, code ECIS79 (unpublisehd)].) E179000600013
STATUS (TABLE) Data (Fig.3, p142501-4 in reference) are E179000600014
received by e-mail from T.Ichihara E179000600015
(2003.04.24) E179000600016
ENDBIB 14 0 E179000600017
NOCOMMON 0 0 E179000600018
DATA 3 63 E179000600019
ANG-CM DATA DATA-ERR E179000600020
ADEG MB/SR MB/SR E179000600021
0.93 3.320E+06 2.096E+04 E179000600022
1.05 2.015E+06 1.309E+04 E179000600023
1.17 1.079E+06 8.357E+03 E179000600024
1.3 5.789E+05 5.526E+03 E179000600025
1.42 3.533E+05 4.081E+03 E179000600026
1.54 2.416E+05 3.268E+03 E179000600027
1.67 1.609E+05 2.584E+03 E179000600028
1.79 1.050E+05 2.025E+03 E179000600029
1.92 6.284E+04 1.522E+03 E179000600030
2.04 3.306E+04 1.074E+03 E179000600031
2.16 2.180E+04 8.494E+02 E179000600032
2.29 1.320E+04 9.885E+01 E179000600033
2.41 1.101E+04 8.690E+01 E179000600034
2.53 1.047E+04 8.191E+01 E179000600035
2.66 9.056E+03 7.382E+01 E179000600036
2.78 6.682E+03 6.159E+01 E179000600037
2.9 4.118E+03 4.705E+01 E179000600038
3.03 2.235E+03 3.427E+01 E179000600039
3.15 1.187E+03 2.513E+01 E179000600040
3.27 8.291E+02 2.110E+01 E179000600041
3.4 8.198E+02 2.107E+01 E179000600042
3.52 8.839E+02 2.195E+01 E179000600043
3.65 9.140E+02 2.239E+01 E179000600044
3.77 7.644E+02 2.053E+01 E179000600045
3.89 5.735E+02 1.783E+01 E179000600046
4.02 3.439E+02 1.383E+01 E179000600047
4.14 1.809E+02 1.005E+01 E179000600048
4.26 1.020E+02 7.558E+00 E179000600049
4.39 1.035E+02 2.356E+00 E179000600050
4.51 1.444E+02 2.583E+00 E179000600051
4.63 1.514E+02 2.501E+00 E179000600052
4.76 1.340E+02 2.248E+00 E179000600053
4.88 1.034E+02 1.921E+00 E179000600054
5. 7.251E+01 1.610E+00 E179000600055
5.13 3.918E+01 1.185E+00 E179000600056
5.25 2.547E+01 9.558E-01 E179000600057
5.38 1.933E+01 8.332E-01 E179000600058
5.5 2.090E+01 8.676E-01 E179000600059
5.62 2.370E+01 9.246E-01 E179000600060
5.75 2.311E+01 9.136E-01 E179000600061
5.87 2.050E+01 8.608E-01 E179000600062
5.99 1.447E+01 7.237E-01 E179000600063
6.12 1.148E+01 6.449E-01 E179000600064
6.24 6.489E+00 4.850E-01 E179000600065
6.36 4.354E+00 3.974E-01 E179000600066
6.49 4.103E+00 3.860E-01 E179000600067
6.61 4.033E+00 3.828E-01 E179000600068
6.73 2.909E+00 3.252E-01 E179000600069
6.86 3.311E+00 3.471E-01 E179000600070
6.98 3.386E+00 3.511E-01 E179000600071
7.1 2.185E+00 2.821E-01 E179000600072
7.23 1.786E+00 2.551E-01 E179000600073
7.35 1.422E+00 2.277E-01 E179000600074
7.47 8.391E-01 1.750E-01 E179000600075
7.6 6.935E-01 1.591E-01 E179000600076
7.72 4.017E-01 1.211E-01 E179000600077
7.84 4.749E-01 1.317E-01 E179000600078
7.97 7.309E-01 1.634E-01 E179000600079
8.09 4.394E-01 1.268E-01 E179000600080
8.22 3.296E-01 1.099E-01 E179000600081
8.34 2.198E-01 8.970E-02 E179000600082
8.46 1.100E-01 6.350E-02 E179000600083
8.59 7.330E-02 5.180E-02 E179000600084
ENDDATA 65 0 E179000600085
ENDSUBENT 84 0 E179000699999
NOSUBENT E1790007 20040622 0000E179000700001
ENDENTRY 7 0 E179099999999