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Evolution of intrinsic nuclear structure in medium mass even-even Xenon isotopes from a microscopic perspective

Chinese Physics C 2020年第7期44卷 147-156页

作者： Surbhi Gupta Ridham Bakshi Suram Singh Arun Bharti G.H.Bhat J.A.Sheikh Department of Physics University of JammuJammu-180006India Department of Physics and Astronomical Sciences Central University of JammuSamba-181143India Department of Physics SP CollegeCluster University Srinagar-190001India Cluster University Srinagar-Jammu and Kashmir 190001 India

In this study,the multi-quasiparticle triaxial projected shell model(TPSM)is applied to investigateγ-vibrational bands in transitional nuclei of *** report that each triaxial intrinsic state has aγ-band built on *** TPSM approach is evaluated by the comparison of TPSM results with available experimental data,which shows a satisfactory *** energy ratios,B(E2)transition rates,and signature splitting of theγ-vibrational band are calculated.

关键词： triaxial projected shell model triaxiality yrast spectra band diagram back-bending staggering reduced transition probabilities

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Systematic study of odd-mass^151-161Pm and^154,156Pm isotopes using projected shell model

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Chinese Physics C 2020年第9期44卷 142-153页

作者： Veerta Rani Preeti Verma Suram Singh Manvi Rajput Arun Bharti G.H.Bhat J.A.Sheikh Department of Physics and Astronomical Sciences Central University of JammuSambaJ&K181143India Department of Physics University of JammuJammu180001India Department of Physic S.P.CollegeCluster University Srinagar190001India Cluster University Srinagar J&K190001India

Inspired by the availability of recent experimental as well as theoretical data on the energy levels of odd-mass^151-161Pm and odd-odd^154,156Pm,we applied the theoretical framework of the projected shell model to further understand the nuclear structure of these *** calculations closely reproduced the experimental data reported for the yrast bands of these isotopes by assuming an axial(prolate)deformation of^*** properties along the yrast line,such as transition energies and transition probabilities,have also been *** diagrams are plotted to understand their intrinsic multi-quasiparticle structure,which turn out to be dominated by 1-quasiparticle bands for the odd-mass Pm isotopes and 2-quasiparticle bands for the doubly-odd Pm isotopes under *** present study not only confirms the recently reported experimental/theoretical data,but also extends the already available information on the energy levels and adds new information regarding the reduced transition probabilities.

关键词： projected shell model yrast spectra band diagram transition energies reduced transition probabilities

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