It is shown that the amplitude of standing gravitational waves in the interior of a spherical resonator cavity is a whole order of magnitude greater than the amplitude of a gravitational wave in a concentric resonator. Expressions are derived for the gravitational field components, and several limiting cases are investigated. Calculations are performed with exact account taken of time lag. The effect of the surroundings on the process of radiation of standing gravitational waves is discussed.
Department of Theoretical Physics
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