The experimental structure of ¹⁹⁹Au and the interacting boson-fermion model

A. Arima; A. Arima; A. Mauthofer; A.B. Balantekin; C. Vieu; D. Breitig; F. Braumandl; F. Iachello; F. Iachello; G. Alaga; H.R. Koch; J. Cizewski; J. Halperin; J. Vervier; J.A. Cizewski; J.L. Wood; K. Heyde; M.R. Schmorak; O. Scholten; O. Scholten; R. Eder; R.A. Meyer; U. Mayerhofer; V. Berg; V. Paar; V. Paar; V. Paar; W. Mampe; W. Mampe

The experimental structure of ¹⁹⁹Au and the interacting boson-fermion model

Authors: A. Arima
A. Arima
A. Mauthofer
A.B. Balantekin
C. Vieu
D. Breitig
F. Braumandl
F. Iachello
F. Iachello
G. Alaga
H.R. Koch
J. Cizewski
J. Halperin
J. Vervier
J.A. Cizewski
J.L. Wood
K. Heyde
M.R. Schmorak
O. Scholten
O. Scholten
R. Eder
R.A. Meyer
U. Mayerhofer
V. Berg
V. Paar
V. Paar
V. Paar
W. Mampe
W. Mampe
Publication date: 1 January 1991
Publisher: 'Springer Science and Business Media LLC'
Doi

Abstract

Gamma rays of Au-199 obtained after double neutron capture in Au-197 were measured at the ILL high flux reactor. A level scheme up to 1770 keV excitation energy is established. The result is compared with IBFM and Boson-Fermion-Symmetry calculations

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