NUMBER-PROJECTED QUASI-PARTICLE PHONON COUPLING APPLIED TO ODD-MASS TE ISOTOPES

The structure of low-lying levels in odd-mass Te isotopes (115 less th an or equal to A less than or equal to 131) is examined in the framewo rk of the projected-quasiparticle-phonon coupling model (PQPC). Effect s of particle number symmetry restoration are discussed through the co mparison with usual quasiparticle phonon coupling calculations (QPC). Excitation energies, dipole and quadrupole moments are calculated and compared with the experimental data. Nuclear Structure: Te-115-131; ca lculated levels J, pi, S, mu, and Q. Number-projected quasiparticle-ph onon coupling.