Celestial-mechanical interpretation of the two-way radio measurements of radial velocity of spacecraft for scientific applications

Komovkin S. V.; S. M. Lavrenov; Tuchin A. G.; Tuchin D. A.; Yaroshevsky V. S.

doi:10.1134/S003809461607011X

Publications

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Celestial-mechanical interpretation of the two-way radio measurements of radial velocity of spacecraft for scientific applications

Solar System Research. 2016. Vol. 50. No. 7. P. 593–596.

Komovkin S. V., Lavrenov S. M., Tuchin A. G., Tuchin D. A., Yaroshevsky V. S.

The article describes a model of the two-way measurements of radial velocity based on the Doppler effect. The relations are presented for the instantaneous value of the increment range at the time of measurement and the radial velocity of the mid-dimensional interval. The compensation of methodological errors of interpretation of the two-way Doppler measurements is considered.

Language: English

DOI

Keywords: celestial-mechanical interpretation Doppler effect radio measurements two-way Doppler measurements

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