The Relativistic Fluid Ball as a Stratified Model of an Astrophysical Object
Alexandre M.Baranov, Alexander Yu.Osipov
TL;DR
This paper develops a model of an astrophysical object using a relativistic fluid ball with a stratified, inhomogeneous matter distribution, providing insights into its internal structure.
Contribution
It introduces a novel stratified matter configuration within a relativistic fluid ball model for astrophysical objects.
Findings
Successful construction of a stratified relativistic fluid ball model
Insights into the internal structure of astrophysical objects
Potential applications in understanding stellar inhomogeneities
Abstract
A relativistic fluid ball with an inhomogeneous static stratified matter configuration is considered. A model of an astrophysical object with this structure of matter is constructed.
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