Magnetic moments of the21+states of even-even Te isotopes

G-factors in the neutron-proton interacting boson approximation

“…Until recently, the accuracy of the measurements was not good enough to test unambiguously this property. However, in the last few years, accurate measurements of g-factors of the first excited 2 + states in several medium-mass even -even nuclei have become available [2][3][4]. The experiments show substantial and systematic deviations from the value Z/A, and in this letter we want to investigate the implications of these deviations for an understanding of collective states in nuclei.…”

Time-dependent Monte Carlo calculations of recoil-in-vacuumg-factor data for122,126,130,132Te

“…measurements, mainly transient field method. The previously measured g factors are labeled as "Sh81 TF" [21], "Gr85 TF" [22], "Th85 TF" [24], "Du88 IPAC" [23], "Du88 TF" [23], "St07 TF" [17], "St07 RIV" [8], "St05 RIV" [19] and "Be08 TF" [20]. In panels (b), (c), and (d), the family of curves for a certain G k represents the average value (black) and the uncertainties in τ (red).…”

The Investigation of 130,132Te by IBM-2

“…In order to explain these large Q 2+ values, a considerable amount of theoretical work has been developed. N. K. B. Shu et al [2] stated that the even Te nuclei exhibit general collective nuclei properties and theoretical calculations on these nuclei have been based on the vibrational model, the quasiparticle model, and the interacting boson approximation model(IBA). The spectra of these nuclei have been investigated by and -spectroscopic measurements and by neutron capture and inelastic scattering experiments [3].…”