Abstract
Direct calculations of cold and hot nuclear matter (bulk and surface properties) are carried out within the frame of a pseudo-particle model using a Gaussian decomposition of the distribution function. Comparisons with Hartree-Fock calculations, for a large class of effective interactions, show that such a model is reliable to reproduce accurately the equation of state of nuclear matter for large ranges of densities and temperatures. The number of Gaussian per nucleon and the Gaussian widths are critical parameters in that semi-classical model. (author) 13 refs.; 9 figs.; 2 tabs.
Citation Formats
Idier, D, Benhassine, B, Farine, M, Remaud, B, and Sebille, F.
Nuclear matter with pseudo-particle model: static bulk and surface properties.
France: N. p.,
1993.
Web.
Idier, D, Benhassine, B, Farine, M, Remaud, B, & Sebille, F.
Nuclear matter with pseudo-particle model: static bulk and surface properties.
France.
Idier, D, Benhassine, B, Farine, M, Remaud, B, and Sebille, F.
1993.
"Nuclear matter with pseudo-particle model: static bulk and surface properties."
France.
@misc{etde_10146441,
title = {Nuclear matter with pseudo-particle model: static bulk and surface properties}
author = {Idier, D, Benhassine, B, Farine, M, Remaud, B, and Sebille, F}
abstractNote = {Direct calculations of cold and hot nuclear matter (bulk and surface properties) are carried out within the frame of a pseudo-particle model using a Gaussian decomposition of the distribution function. Comparisons with Hartree-Fock calculations, for a large class of effective interactions, show that such a model is reliable to reproduce accurately the equation of state of nuclear matter for large ranges of densities and temperatures. The number of Gaussian per nucleon and the Gaussian widths are critical parameters in that semi-classical model. (author) 13 refs.; 9 figs.; 2 tabs.}
place = {France}
year = {1993}
month = {Dec}
}
title = {Nuclear matter with pseudo-particle model: static bulk and surface properties}
author = {Idier, D, Benhassine, B, Farine, M, Remaud, B, and Sebille, F}
abstractNote = {Direct calculations of cold and hot nuclear matter (bulk and surface properties) are carried out within the frame of a pseudo-particle model using a Gaussian decomposition of the distribution function. Comparisons with Hartree-Fock calculations, for a large class of effective interactions, show that such a model is reliable to reproduce accurately the equation of state of nuclear matter for large ranges of densities and temperatures. The number of Gaussian per nucleon and the Gaussian widths are critical parameters in that semi-classical model. (author) 13 refs.; 9 figs.; 2 tabs.}
place = {France}
year = {1993}
month = {Dec}
}