Y S T Rao
Articles written in Pramana – Journal of Physics
Volume 5 Issue 4 October 1975 pp 227-237 Nuclear And Particle Physics
The reaction matrix elements needed to study the ground state properties of normal liquid Helium 3 are obtained by a matrix inversion method in momentum space within the Brueckner-Goldstone formalism. Fully self-consistent calculations of the hole-line potential and the two-body interaction energies are performed with self-consistent occupation probabilities for Frost-Musulin potential.
Volume 6 Issue 6 June 1976 pp 373-382 Liquids
It is shown that by incorporating the off-shell effects through the introduction of phase equivalent nonlocal potentials, (that are essentially equivalent so far as two-body properties are concerned) one could obtain a much better agreement regarding the important properties of the ground state of liquid helium-3, in lowest order Brueckner-Goldstone theory. The binding energy, equilibruim density and the convergence character of Brueckner-Goldstone series improve drastically.
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