Gravitational orbits - Орбиты

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MAGYAR CÍM --- 4068
ANGOL CÍM --- 9521
NÉMET CÍM Орбиты 14885
OROSZ CÍM https://ru.wikipedia.org/wiki/%D0%A8%D0%B0%D0%B1%D0%BB%D0%BE%D0%BD:%D0%9E%D1%80%D0%B1%D0%B8%D1%82%D1%8B 21305
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https://en.wikipedia.org/wiki/Template:Orbits
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Gravitational orbits
Types General Box • Capture • Circular • Elliptical / Highly elliptical • Escape • Horseshoe • Hyperbolic trajectory • Inclined / Non-inclined • Kepler • Lagrange point • Osculating • Parabolic trajectory • Parking • Prograde / Retrograde • Synchronous • semi • sub • Transfer orbit
Geocentric Geosynchronous • Geostationary • Geostationary transfer • Graveyard • High Earth • Low Earth • Medium Earth • Molniya • Near-equatorial • Orbit of the Moon • Polar • Sun-synchronous • Transatmospheric • Tundra • Very low Earth
About
other points
Mars • Areocentric • Areosynchronous • Areostationary • Lagrange points • Distant retrograde • Halo • Lissajous • Libration • Lunar • SunHeliocentric • Earth's orbit • Mars cycler • Heliosynchronous • Other • Lunar cycler
Parameters Shape • Size e Eccentricity • a Semi-major axis • b Semi-minor axis • Q, q Apsides
Orientation i Inclination • Ω Longitude of the ascending node • ω Argument of periapsis • ϖ Longitude of the periapsis
Position M Mean anomaly • ν, θ, f True anomaly • E Eccentric anomaly • L Mean longitude • l True longitude
Variation T Orbital period • n Mean motion • v Orbital speed • t0 Epoch
Maneuvers Bi-elliptic transfer • Collision avoidance (spacecraft) • Delta-v • Delta-v budget • Gravity assist • Gravity turn • Hohmann transfer • Inclination change • Low-energy transfer • Oberth effect • Phasing • Rocket equation • Rendezvous • Trans-lunar injection • Transposition, docking, and extraction
Orbital
mechanics
Astronomical coordinate systems • Characteristic energy • Escape velocity • Ephemeris • Equatorial coordinate system • Ground track • Hill sphere • Interplanetary Transport Network • Kepler's laws of planetary motion • Kozai mechanism • Lagrangian point • n-body problem • Orbit equation • Orbital state vectors • Perturbation • Retrograde and prograde motion • Specific orbital energy • Specific angular momentum • Two-line elements
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