ENTRY            C1572   20171029                             C169C157200000001 
SUBENT        C1572001   20171029                             C169C157200100001 
BIB                 12         36                                 C157200100002 
TITLE      Fusion of radioactive 132Sn with 64Ni                  C157200100003 
AUTHOR     (J.F.Liang,D.Shapira,J.R.Beene,C.J.Gross,R.L.Varner,   C157200100004 
           A.Galindo-Uribarri,J.Gomez del Campo,P.A.Hausladen,    C157200100005 
           P.E.Mueller,D.W.Stracener,H.Amro,J.J.Kolata,           C157200100006 
           J.D.Bierman,A.L.Caraley,K.L.Jones,Y.Larochelle,        C157200100007 
           W.Loveland,D.Peterson)                                 C157200100008 
REFERENCE  (J,PR/C,75,054607,2007) Main reference.                C157200100009 
           #doi:10.1103/PhysRevC.75.054607                        C157200100010 
           (J,NP/A,787,219,2007) Conference proceedings.          C157200100011 
           #doi:10.1016/j.nuclphysa.2006.12.035                   C157200100012 
REL-REF    (O,C1481002,J.F.Liang+,J,NP/A,746,103,2004)            C157200100013 
            Earlier result including point at 142.7 MeV           C157200100014 
INSTITUTE  (1USAORL,1USANOT,1USATEN,1USAORU,1USARUT)              C157200100015 
           (1USAUSA) Gonzaga University, Spokane, Washington.     C157200100016 
           (1USAUSA) SUNY, Oswego, New York.                      C157200100017 
FACILITY   (VDGT,1USAORL) Holifield Radioactive Ion Beam Facility.C157200100018 
SAMPLE     64Ni thick target 1.0 milligram/cm2                    C157200100019 
DETECTOR   (SISD,IOCH,MCPLT) Annular double sided Si-strip        C157200100020 
           detector was used for detection of fission fragments.  C157200100021 
           Ionization chamber was used for to detect evaporation  C157200100022 
           residues, emitted in narrow cone due to inverse        C157200100023 
           kinematics. Microchannel plates were used for TOF      C157200100024 
           measurement.                                           C157200100025 
METHOD     (TOF,EDE) The evaporation residues (ERs) were          C157200100026 
           identified by their energy loss in an ionization       C157200100027 
           chamber located at zero degrees and by time-of-flight. C157200100028 
ANALYSIS   (UNFLD) Heavy ion fusion cross section determined as   C157200100029 
           the sum of cross sections for evaporation residues     C157200100030 
           and fission. Iterative method was used to determine    C157200100031 
           the effective reaction energy in the thick target      C157200100032 
           measurement.                                           C157200100033 
ERR-ANALYS (DATA-ERR)  No details on sources of uncertainties.    C157200100034 
HISTORY    (20070727C) S.Hlavac                                   C157200100035 
           (20170109A) BP: Added conference proceedings, minor    C157200100036 
                       experimental and author list corrections.  C157200100037 
           (20171029A) OS. REL-REF added                          C157200100038 
ENDBIB              36          0                                 C157200100039 
NOCOMMON             0          0                                 C157200100040 
ENDSUBENT           39          0                                 C157200199999 
SUBENT        C1572002   20170109                             C164C157200200001 
BIB                  2          3                                 C157200200002 
REACTION   (28-NI-64(50-SN-132,FUS),,SIG)                         C157200200003 
STATUS     (TABLE) Data obtained from author, shown in Fig. 8     C157200200004 
            page 054607-7 of J,PR/C,75,054607,2007.               C157200200005 
ENDBIB               3          0                                 C157200200006 
NOCOMMON             0          0                                 C157200200007 
DATA                 4          8                                 C157200200008 
EN-CM      EN-ERR     DATA       DATA-ERR                         C157200200009 
MEV        MEV        MB         MB                               C157200200010 
  1.503E+02  1.000E+00  5.800E+00  6.000E-01                      C157200200011 
  1.541E+02  1.400E+00  2.950E+01  2.400E+00                      C157200200012 
  1.582E+02  1.600E+00  6.730E+01  3.500E+00                      C157200200013 
  1.656E+02  1.200E+00  2.120E+02  1.000E+01                      C157200200014 
  1.711E+02  5.000E-01  3.540E+01  3.300E+01                      C157200200015 
  1.752E+02  9.000E-01  5.010E+02  5.000E+01                      C157200200016 
  1.838E+02  1.300E+00  6.350E+02  1.050E+02                      C157200200017 
  1.952E+02  2.000E-01  8.110E+02  9.300E+01                      C157200200018 
ENDDATA             10          0                                 C157200200019 
ENDSUBENT           18          0                                 C157200299999 
ENDENTRY             2          0                                 C157299999999