Celestial MechanicsWiley, 6 mag 1985 - 520 pagine An up-to-date, thorough treatment of the standard, planetary aspects of celestial mechanics as well as the more modern problems of rockets and spacecraft. Sections on initial orbit determination, perturbation theory, and astrophysics are unique in their depth and scope. Fully worked numerical examples are included. |
Altre edizioni - Visualizza tutto
Parole e frasi comuni
a₁ a₂ analytical angle angular approximation artificial satellite asteroid astronomical Astrophys average binary system Boltzmann equation calculate celestial mechanics center of mass chapter circular orbit cluster collision components computed constant convergence coordinate system correction cos² deduce derive discussion distance distribution dt dt Earth eccentricity elliptic energy epoch equations of motion equatorial first-order force function ƒ and g galaxies geocentric gravitational Hence initial orbit determination integration J₂ Kepler's equation kinetic Lagrange brackets longitude m₁ m₂ mean anomaly method N-body observations orbital element orbital element set orbital plane parallax parameters particles period perturbation theory problem quantity R₁ r₂ radar radial velocity radius relative right ascension rotation secular semi-major axis sidereal sin² solar system solution spherical stars stellar topocentric true anomaly two-body two-body problem v₁ v₂ values variables vector ΔΩ