F. Krmpotić
National University of La Plata
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Featured researches published by F. Krmpotić.
Physics Letters B | 1982
K. Nakayama; A.Pio Galeão; F. Krmpotić
Abstract It is suggested that the energy difference between the Gamow-Teller and Fermi resonances is given in units of MeV, by E GT − E F =26A − 1 3 −18.5 (N − Z)/A . The consequences of this result on the strength of the spin and isospin-dependent residual interaction, as well as on the effective axial-vector coupling constant, are discussed.
Physical Review C | 1993
F. Krmpotić
Simple formulas for the
Nuclear Physics | 1983
F. Krmpotić; K. Nakayama; A.Pio Galeão
{0}^{+}
Physics Letters B | 1993
F. Krmpotić; A. Mariano; T.T.S. Kuo; K. Nakayama
\ensuremath{\rightarrow}
Nuclear Physics | 1990
J. Hirsch; E. Bauer; F. Krmpotić
{0}^{+}
Nuclear Physics | 1998
F. Krmpotić; E. J. V. de Passos; D.S. Delion; J. Dukelsky; P. Schuck
double beta decay matrix elements, as a function of the particle-particle strength
Nuclear Physics | 1992
F. Krmpotić; J. Hirsch; H. Dias
{\mathit{g}}^{\mathit{p}\mathit{p}}
Nuclear Physics | 1997
F. Krmpotić; T.T.S. Kuo; A. Mariano; E. J. V. de Passos; A. F. R. de Toledo Piza
, have been designed within the quasiparticle random phase approximation. The 2\ensuremath{\nu} amplitude is a bilinear function of
Physics Letters B | 1990
J. Hirsch; F. Krmpotić
{\mathit{g}}^{\mathit{p}\mathit{p}}
Physics Letters B | 2002
F. Krmpotić; A. Mariano; A. Samana
, and all 0\ensuremath{\nu} moments behave as ratios of a linear function and the square root of another linear function of