Gamma decay of analogs in Sc,V and Cu isotopes

The force functions for β- transitions and MI-γ-transitions from an are calculated. The calculations are made according to the model described for Psub(2/3) analogs in sup(43,45,47,49)Sc and in sup(47,49,51)V for gsub(3/2) analogs in sup(59,61,63)Cu, and for Psub(1/2), Psub(3/2), and fsub(5/2) analogs in sup(61,63)Cu. The model gives correctly the major qualitative characteristics of the γ-decay of analog. A correct relationship is predicted between analog-antianalog transition intensities for various nuclei and analogs. The energy of the core-polarization type states agrees well with the experimental value of maximum position in the force functions of γ-transitions from analogs. There is, however, a disagrument between the calculated and experimental absolute values of transition intensities. Probabilities for strong transitions have the best agreement. For the transition probability of analog-antianalog in Sc and V the calculations produce a smaller value than experimental observations