Correlations of the deformation variables β and γ in even-even Hf, W, Os, Pt, and Hg nuclei

{open_quote}{open_quote}Effective{close_quote}{close_quote} {gamma}-deformation parameters are derived for even-even Xe, Ba, and Ce nuclei from the matrix elements of ({ital Q}{times}{ital Q}){sub 00} and ({ital Q}{times}{ital Q}{times}{ital Q}){sub 00}. Interacting boson model calculations are performed with the quadrupole operator {ital Q} determined from the {ital E}2 branching ratios of the 2{sub 2}{sup +} decay and compared to results obtained with the rigid triaxial rotor model. {copyright} {ital 1996 The American Physical Society.}

Effective gamma deformation near A=130 in the interacting boson model.

Detailed angular correlation analysis with 4π spectrometers: Spin determinations and multipolarity mixing measurements in 128 Ba

Transition probabilities in negative parity bands of the 119I nucleus

Multishell interacting boson-fermion model (IBFM) calculations have been performed both for the positive- and negative-parity states in the odd-mass Xe isotopes 119 to 131. The theoretical predictions are compared with the existing experimental data and the possible structure of the low-lying states is discussed.

Interacting boson-fermion model description of light odd-mass Xe isotopes

The ([beta],[gamma]) deformation parameters of even-even Xe, Ba, and Ce nuclei have been calculated by using the triaxial rotor model. Deformation parameters calculated, on one hand, from decay properties and, on the other hand, from energies are in good agreement. The smooth dependence of the deformation parameters on [ital Z] and [ital N] is discussed. The results are compared with those extracted from properties of odd-[ital A] nuclei.

Systematics of triaxial deformation in Xe, Ba, and Ce nuclei

Non-yrast states in 125Xe

A comparison of examples of 'valence mirror nuclei' (nuclei of the type N=82, Z=60+k and N=60+k, Z=50) 142Nd (144Sm) and 110Sn (112Sn) reveals a remarkable similarity of the level energies of the yrast and yrare states. This is valid for states up to an energy of 5 MeV which have an unbroken magic core for the other kinds of particle.

http://iopscience.iop.org/article/10.1088/0305-4616/14/9/004/pdf

Valence mirror nuclei

Simplified shell model calculations for valence mirror nuclei

Nuclear states of yrast and yrare type have been investigated in pairs of valence mirror nuclei: {sup 110}Sn-{sup 142}Nd, {sup 114}Sn-{sup 146}Gd, {sup 43}Ca-{sup 51}V, {sup 45}Ca-{sup 53}Mn, as well as in some even calcium isotopes with their corresponding {ital N}=28 valence mirror isotones. The observed similarities can be related to an approximate proton-neutron symmetry in valence mirror nuclear states.

Proton-neutron symmetry in valence mirror nuclei

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