Abstract
A Variational Monte Carlo Method (VMC) is used for the calculations of radial distribution function of nuclear matter. Urbana 14 v potential is used for the nucleon-nucleon interactions in the calculations. The new expression for radial distribution function of nuclear matter is obtained by fitting of Monte Carlo simulations results to a function.
Highlights
The radial distribution function (RDF) is very important in the theory of N-body systems because it gives the number of the particle between r and r+dr about a central particle at the origin of r and it can be thought of as the factor that multiplies the bulk density, to give a local density (r) g(r) about some fixed particle
The molecular dynamics radial distribution function was first given by Alder and Hecht [2], and Barker, Watts and Henderson [3]
The radial distribution function for nuclear matter is calculated by using the variational Monte Carlo method (VMC) with various isospin asymmetry parameters, at different densities
Summary
Abstract-A Variational Monte Carlo Method (VMC) is used for the calculations of radial distribution function of nuclear matter. Urbana v14 potential is used for the nucleon-nucleon interactions in the calculations. The new expression for radial distribution function of nuclear matter is obtained by fitting of Monte Carlo simulations results to a function
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