May 28, 1 9 ' 1 1 I report was prepared a* a~w u f i t o(v f d ' sponsored by the United States Govement. Neither the United States nor the United States Atomic E n e m Coxnmbion, nor any of theif employeeil, nor any of 1 theif c a t r~~t o t~, subcontractors, or their employe=, 1 makes any warranty, exprso or implied, or assumes any legal ability or responsibility for the sccurrcy, con-1 pleten& or usafulnC1B of any I n f o~a~o n , appluatu~, product or process &-d, or n p m~n t s that its use 1 would not infringe privately owned ri&b. I *This paper i s based on work performed under United S t a t e s Atomic Ener&y Commission Contract ~~(4 5-1)-1 8 3 0 .
UCRL-11607The decays of Pt 1 9 7 , ptl9?m, Hg 197 and Hgl9?m into the levels of 7~u l9?have been examined with use of semiconductor detector spectrometers. Gamma-ray spectra were recorded with lithium drifted germanium detectors, and internal conversion coefficients were meas.ured with an electron-gamma spectrometer employing both silicon and germanium detectors. The absolute transition probability of the 202 keV E2 radiation connecting the 279 keV (5/2+) and 77 keV (1/2+) states is discussed, within the frame-~ work of the de Shalit model and also.that of Kisslinger and Sorensen.
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