Short periodic variations in the earth's rotation in the period 1984-1990

Physics

Scientific paper

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Atmospheric Effects, Earth Rotation, Periodic Variations, Angular Momentum, Perturbation

Scientific paper

An analysis of the common variations in the polar motion excitation function and the length of day (LOD) with periods of up to 140 d is presented. The correlation coefficients and coherence functions between equatorial components of excitation functions chi super g sub 2 and chi super a sub 2 have meaningful values in all the intervals when short periodic variations with maximum amplitudes in chi super g sub 2 occur. It indicates that maximum perturbations in chi super g sub 2 are mainly caused by irregular short periodic chi super a sub 2 oscillations in effective atmospheric angular momentum in the spectrum range of a period of 35-95 d. Strong short periodic oscillations in chi super g sub 2, which started at the beginning of 1988, are connected with 40-60 d oscillations. Significant correlation was found between chi super g sub 2 and LOD sub g during periods of large short-period perturbations in the earth's rotation.

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