C R Praharaj
Articles written in Pramana – Journal of Physics
Volume 31 Issue 4 October 1988 pp 241-251 Nuclear Physics
Collective octupole vibration and proton single-particle levels in zirconium nuclei
Self-energy correction to the shell model single-particle motion, arising from the excitation of octupole vibration in the intermediate state, accounts quite well for the energy shifts of the 2
Volume 32 Issue 4 April 1989 pp 351-365 Self-Consistent Field Theory For Nuclei
Hartree-Fock theory of nuclear deformations and high spin states
A brief review of the Hartree-Fock approximation to nuclear shapes and nuclear spectra is presented. Various aspects of rotation-alignment effect and high spin states are illustrated in the Hartree-Fock model.
Volume 33 Issue 5 November 1989 pp 573-579 Nuclear Physics
Parity mixing in deformed Hartree-Fock approximation in A ≈ 70 mass region
Parity mixing in deformed Hartree-Fock orbits preferentially lowers the energies of prolate deformed shapes and leads to a consistent description of the shapes of A ≈ 70 nuclei.
Volume 36 Issue 1 January 1991 pp 1- Rapid Communication
We explain the signature effects in the spectrum of odd mass Yb nuclei in a projected Hartree-Fock calculation without assuming gamma asymmetry. Rotation-alignment of nucleons in large
Volume 37 Issue 5 November 1991 pp 445-453 Rapid Communication
Deformed relativistic mean field study of binding energy anomaly in neutron-rich Ne, Na, Mg nuclei
Relativistic mean field model of interacting nucleons and mesons is used to study the structure of neutron-rich Ne, Na, Mg nuclei using a deformed basis. Results for binding energies are remarkably close to experimental values, thus addressing the problem of “island of inversion” anomaly. The spins of29,31Na are correctly predicted as 3/2+.
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