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were superseded-L0147, REACTION lines were corrected.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