Title: A GRAVITATIONAL FIELD OF SPHERICAL SYMMETRY FOR CHARGED CELESTIAL BODY IN HIGH DIMENSION SPACE-TIME
Abstract:Supposing ρ=μr a and σ=σ 0r be -λ/2 , where ρ was mass density, σ was charge density, a gravitational field of spherical symmetry for celestial body in high dimension space-time was obtained by ...Supposing ρ=μr a and σ=σ 0r be -λ/2 , where ρ was mass density, σ was charge density, a gravitational field of spherical symmetry for celestial body in high dimension space-time was obtained by solving Einstein-Maxwell's equation exactly, which was fit for the boundary condition, no-odd at the center, reduced to Schwarzschild internal field.Read More
Publication Year: 2002
Publication Date: 2002-01-01
Language: en
Type: article
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