Earth's rotational and orbital motions interrelated by Loitsyanskii's turbulence theorem

Details Earth's rotational and orbital motions interrelated by Loitsyanskii's turbulence theorem Earth's rotational and orbital motions interrelated by Loitsyanskii's turbulence theorem

Dec 1966

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1966papge..65..164m&link_type=abstract

Pure and Applied Geophysics PAGEOPH, Volume 65, Issue 1, pp.164-167

Physics

Geophysics

Scientific paper

The Loitsyanskii theorem for turbulent fluid motion is presented in simplified form from the viewpoint of angular momentum conservation and extended by a normalization with respect to total mass. When the new parameter thus obtained is evaluated for a gas cloud of the size and mass of the present Sun-Earth system, and this is equated to the corresponding parameter for the Earth-Moon configuration, an accurate equation between independently determined astronomical constants is found. The Earth's rotational speed is expressed in terms of its mean orbital motion, the Sun-Earth mass ratio, the ratio of separation distances, and the Earth's radius. The most simple form of the algebraic relationship (10) is believed unique in linking planetary orbital dynamics to motion about the center of gravity.

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