ENTRY            M0760   20101108                             M055M076000000001 
SUBENT        M0760001   20101108                             M055M076000100001 
BIB                 14         37                                 M076000100002 
TITLE      Low-energy tail of the giant dipole resonance in 98Mo  M076000100003 
            and 100Mo deduced from photon-scattering.             M076000100004 
AUTHOR     (G.RUSEV,R.SCHWENGNER,F.DONAU,M.ERHARD,E.GROSSE,       M076000100005 
            A.R.JUNGHANS,K.KOSEV,K.D.SCHILLING,A.WAGNER,          M076000100006 
            F.BECVAR,M.KRTICKA)                                   M076000100007 
INSTITUTE  (2GERZFK,2GERDRE,3CZRCHU)                              M076000100008 
REFERENCE  (J,PR/C,77,064321,2008)                                M076000100009 
           #doi:10.1103/PhysRevC.77.064321                        M076000100010 
INC-SOURCE (BRST)                                                 M076000100011 
FACILITY   (LINAC,2GERZFK) Superconducting electron  accelerator  M076000100012 
            ELBE of the Forsschungszentrum Dresden-Rossendorf.    M076000100013 
SAMPLE     98Mo and 100Mo targets.                                M076000100014 
METHOD     (GSPEC) Gamma ray spectrometry.                        M076000100015 
DETECTOR   (HPGE) High-purity Ge detectors with an efficiency of  M076000100016 
            100 % relative to a 3 x 3 in. NaI detector.           M076000100017 
ANALYSIS   (DIFFR) Starting  from  the  high-energy  end  of  an  M076000100018 
            experimental spectrum,  which contain transitions to  M076000100019 
            the ground state only,  the simulated intensities of  M076000100020 
            the  transitions  to  the  ground state (Monte Carlo  M076000100021 
            procedure) were normalized to the experimental  once  M076000100022 
            and the  intensity  distribution  of  the  branching  M076000100023 
            transitions was  subtracted  from  the  experimental  M076000100024 
            spectrum. Dividing    the    intensities    of   the  M076000100025 
            transitions to   the   ground   state,   which   are  M076000100026 
            proportional to    the    elastic-scattering   cross  M076000100027 
            sections by    corresponding    branching    ratios,  M076000100028 
            specially measured,  photoabsorption  cross  section  M076000100029 
            was obtained.                                         M076000100030 
REL-REF    (N,,F.BECVAR,J,NIM/A,417,434,1998) Monte  Carlo  code  M076000100031 
            for the simulation of gamma-ray cascades.             M076000100032 
ERR-ANALYS (DATA-ERR) No information.                             M076000100033 
STATUS     (CURVE)  Data from the Fig. 15 have been compiled  at  M076000100034 
            the Russia MSU SINP CDFE by V.Varlamov.               M076000100035 
HISTORY    (20080811C)                                            M076000100036 
           (20101108A)  Corr. by V.Varlamov: NODATA were inserted M076000100037 
            instead of DATA  in SUBENTs 002 and 003  because data M076000100038 
            were superseded-L0147, REACTION lines were corrected. M076000100039 
ENDBIB              37          0                                 M076000100040 
NOCOMMON             0          0                                 M076000100041 
ENDSUBENT           40          0                                 M076000199999 
SUBENT        M0760002   20101108                             M055M076000200001 
BIB                  2          2                                 M076000200002 
REACTION   (42-MO-98(G,EL)42-MO-98,,SIG)                          M076000200003 
STATUS     (SPSDD,L0147005)                                       M076000200004 
ENDBIB               2          0                                 M076000200005 
NOCOMMON             0          0                                 M076000200006 
NODATA               0          0                                 M076000200007 
ENDSUBENT            6          0                                 M076000299999 
SUBENT        M0760003   20101108                             M055M076000300001 
BIB                  2          2                                 M076000300002 
REACTION   (42-MO-100(G,EL)42-MO-100,,SIG)                        M076000300003 
STATUS     (SPSDD,L0147006)                                       M076000300004 
ENDBIB               2          0                                 M076000300005 
NOCOMMON             0          0                                 M076000300006 
NODATA               0          0                                 M076000300007 
ENDSUBENT            6          0                                 M076000399999 
ENDENTRY             3          0                                 M076099999999