- Introduction. Basic Conceptions and Tasks of Ephemeris Astronomy. History
of Its Evolution.
- Construction and Orientation of Frame of Reference in Space. General
Information about Inertial Space and Its Features in Post-Newton Period.
Planetary, Stellar, Extragalactic Frame of Reference. Inertial, Fundamental,
International Celestial, Dynamic Frames of Reference. Agreement of Frames
of Reference: Catalogue and Dynamic, Stellar and Radiointerferometric,
and Dynamic of Planets, Stars, Moon, Artificial Satelites, Asteroids, Quasars
Observations. International Observing Programs for Agreement of Different
Frames of Reference. Rotation of Frames of Reference. Terrestrial,
Planetary-Centric and Planetary-Graphic Frames of Reference.
- Time and Chronometry. Basic Conceptions and Definitions. Stellar, Solar,
Universal, Coordinated Universal, Quasi-uniform, Ephemerid, Atomic, Terrestrial
Dynamic Time. Ratio between Different Scales of Time. Julian and Gregorian
Dates Counting. Use of Time Countings in Reduction of Observation.
- Theories of Solar System Bodies Motion. Kinematic and Dynamic Principles
of Planetary and Satellites Motion Theories. Analytical, Numerical,
Numeric-Analytical and Relativistic Theory of Planets Motion. Accuracy of
Modern Theories of Solar System Bodies.
- Reducing Calculations. Influence of Precession, Nutation, Aberration,
Self-Motions and Parallaxes on Determined Objects Locations. Code of Basic
Formulas for Equatorial and Rectangular Objects Coordinates Determination
Subject to These Phenomenons and Effecs. Modern Theories of Precession and
Nutation. Comparasion of Observed and Estimated Locations.
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