Abstract
In this work, effects of tensor force on the evaluation of shell structure of Z = 28 and Z = 82 isotopes are investigated in the framework of Hartree–Fock+BCS approach. Skyrme type SLy5 and SIII interactions are used with and without tensor interaction. The effect of tensor force on the gap evaluation, single particle energies and spin-orbit splittings of the selected isotopic chain are presented. Pairing energy results are also discussed. It is shown that tensor force plays a crucial role in the evaluation of the single particle states and changing spin-orbit splittings of Nickel and Lead isotopic chain.
Keywords
Physics
Tensor (intrinsic definition)
Pairing
Spin (aerodynamics)
Isotope
Particle (ecology)
Orbit (dynamics)
Nuclear structure
Atomic physics
Nuclear physics
Quantum mechanics
Superconductivity
Thermodynamics
Subject Areas
Nuclear physics research studies
·Nuclear and High Energy Physics ·Physical Sciences
Astronomical and nuclear sciences
·Nuclear and High Energy Physics ·Physical Sciences
Atomic and Molecular Physics
·Atomic and Molecular Physics, and Optics ·Physical Sciences
Citations by Year
2018: 1
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