Exploring Shell Evolution and N = 40 Magicity in Light-Mass Nuclei with Relativistc Mean Field Approach
Priyanka Saini · Praveen K. Yadav · M. S. Mehta · M. Bhuyan
Aug 4, 2025#1nucl-th0 citations
Author
Mehta, M.S.
INSPIRE profile2331861ORCID0000-0003-4203-0577
5 papers·83 citations in this corpus
Ground state properties and bubble structure of the isotopic chains of Z = 125 and 126 using the relativistic mean-field formalism
Priyanka · A. Chauhan · M. S. Mehta · M. Bhuyan
Apr 26, 2024#1nucl-thJ.Phys.G2 citations
Properties of superheavy nuclei with Z = 124
M. S. Mehta · Harvinder Kaur · Bharat Kumar · S. K. Patra
Oct 29, 2015#5nucl-thPRC21 citations
Superdeformed and Hyperdeformed States in Z=122 Isotopes
S. K. Patra🇮🇳 · M. Bhuyan🇮🇳 · M. S. Mehta🇮🇳 · Raj K. Gupta🇮🇳
Jun 2, 2009#4*nucl-thPRC59 citations
The island of deformation and shape co-existence in neutron-deficient nuclei of the Pb region using relativistic mean field model
M.S. Mehta🇮🇳 · T.K. Jha🇮🇳 · S.K. Patra🇮🇳 · Raj K. Gupta🇮🇳
Jan 13, 2004#6*nucl-th1 citation
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