... contains at 0h of Time Dynamical Terrestrial of specified date in system of mean equator and ecliptic J2000.0 the ecliptic osculating elements of heliocentric orbit: inclination of orbital plane (degrees), longitude of ascending node (degrees), argument ...
... angular distance from ascending node of mean lunar equator on real equator of the Earth to ascending node of mean lunar equator on ecliptic (degrees) . ...
... orbit (degrees), longitude of perigee (degrees), mean anomaly (degrees), parallax (seconds), aberration (seconds), inclination of ecliptic to equator (degrees, minutes, seconds, only long periodic nutation accounted), nutation in obliquity (seconds, long ...
... Results of Observing in Ecliptic Plane on Different Geocentric Distances. Helio-Latitudinal Variations of Solar Wind Features. Data of 'Pioneer-11'. ...
... Aberration. Precession. Motion of Equator, Ecliptic and Their Poles. Peculiar Motion. Nutation. Time Measuring. ... Nutation. Time Measuring. Apparent Path of the Sun. Ecliptic. Changes of Solar Equatorial Coordinates. ...
... Aberration. Precession. Motion of Equator, Ecliptic, and Their Poles. Peculiar Motion. Nutation. Apparent Motion of the Sun. ... Peculiar Motion. Nutation. Apparent Motion of the Sun. Ecliptic. Change of Equatorial Coordinates of the Sun. ...