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2015•Международный журнал прикладных и фундаментальных исследованийRequires access

Расчет скорости гравитации

Ю. А. Борисов

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Abstract

Having used the analogy between the electromagnetic and gravitational fields, we have got the equations for: 1) the intensity of the gravitational field, 2) the volumetric energy density of the gravitational field. Performed an evaluation of rate of the gravitational field, the value of which is σ ≈ 1,2·1015m /s. Calculated the absorption coefficient of the gravitational field of nuclear material: kг ≈ 10-10.

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What this paper is about

Having used the analogy between the electromagnetic and gravitational fields, we have got the equations for: 1) the intensity of the gravitational field, 2) the volumetric energy density of the gravitational field. Performed an evaluation of rate of the gravitational field, the value of which is σ ≈ 1,2·1015m /s. Calculated the absorption coefficient of the gravitational field of nuclear material: kг ≈ 10-10.

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Available abstract

Having used the analogy between the electromagnetic and gravitational fields, we have got the equations for: 1) the intensity of the gravitational field, 2) the volumetric energy density of the gravitational field. Performed an evaluation of rate of the gravitational field, the value of which is σ ≈ 1,2·1015m /s. Calculated the absorption coefficient of the gravitational field of nuclear material: kг ≈ 10-10.

Key concepts: Gravitational field, Gravitational redshift, Gravitational acceleration, Physics, Gravitation, Gravitational energy, Gravitational constant, Speed of gravity

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