Hartree-Fock-Bogoliubov calculations withT=1plusT=0pairing correlations

Hartree-Fock-Bogoliubov calculations have been performed for even-even $N\ne Z$ isotopes using the Kuo-Brown reaction matrix elements for the Hamada-Johnston potential. The possibility of generalized pairing is explored by considering $T=1\mathrm{}$, $T=0\mathrm{}$ and $T=1\mathrm{}$ plus $T=0\mathrm{}$ correlations for the axial and triaxial shapes. It is found that only for the nuclei with $N-Z=2\mathrm{}$ there is a small contribution by the $T=0\mathrm{}$ pairing correlations. Only the $\left|T_z\right|=1\mathrm{}$ pairing correlations are important for the ground-state solutions.