Finite range momentum and density dependent effective interaction and analysis of nuclear incompressibility
Jan, 1994
3 pages
Published in:
- Phys.Rev.C 49 (1994) 541-544
Citations per year
Abstract: (APS)
Extraction of the nuclear matter incompressibility K∞ from the experimental giant monopole resonance (GMR) data via liquid drop type expansion of compression modulus of finite nuclei KA is found to be fraught with uncertainties. Hence a realistic finite range effective interaction is constructed that reproduces the bulk properties of nuclear systems as well as the GMR data in the Thomas-Fermi approximation. The nuclear matter incompressibility calculated with this interaction is found to be 226 MeV. A numerical scheme is also proposed which enables us to extract the various coefficients occurring in the expansion of KA employing this effective interaction.- 21.65.+f
- 21.30.+y
- 24.30.Cz
References(11)
Figures(0)