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LIBRATION

  • Libration
  • Apparent oscillation of a minor body seen from the major body it orbits

    In lunar astronomy, libration is the cyclic variation in the apparent position of the Moon that is perceived by observers on the Earth and caused by changes

    Libration

    Libration

    Libration

  • Lagrange point
  • Equilibrium points near two orbiting bodies

    Lagrange points (/ləˈɡrɑːndʒ/), also called the Lagrangian points or libration points, are points of equilibrium for small-mass objects under the gravitational

    Lagrange point

    Lagrange point

    Lagrange_point

  • Libration point orbit
  • Quasiperiodic orbit around a Lagrange point

    In orbital mechanics, a libration point orbit (LPO) is a quasiperiodic orbit around a Lagrange point. Libration is a form of orbital motion exhibited

    Libration point orbit

    Libration_point_orbit

  • Libration (molecule)
  • Slight rocking motion of an object

    Libration (from the Latin verb librare "to balance, to sway"; cf. libra "scales") is a type of reciprocating motion in which an object with a nearly fixed

    Libration (molecule)

    Libration (molecule)

    Libration_(molecule)

  • Kordylewski cloud
  • Concentrations of dust in the Earth–Moon system

    The Kordylewski clouds, sometimes called the lunar libration clouds, are concentrations of dust that exist at the L4 and L5 Lagrange points of the Earth–Moon

    Kordylewski cloud

    Kordylewski cloud

    Kordylewski_cloud

  • Moon
  • Natural satellite orbiting Earth

    to the different angles at which the Moon can appear in Earth's sky (libration), making parts of the far side of the Moon visible. The Moon has been

    Moon

    Moon

    Moon

  • Orbit of the Moon
  • The Moon's circuit around Earth

    be able to see one additional degree's worth of libration in latitude. Besides these "optical librations" caused by the change in perspective for an observer

    Orbit of the Moon

    Orbit of the Moon

    Orbit_of_the_Moon

  • Lunar phase
  • Shape of the Moon's sunlit portion as viewed from Earth

    and perigee requires a more elaborate calculation. Also, due to lunar libration it is not uncommon to see up to 101% of the full moon or even up to 5%

    Lunar phase

    Lunar phase

    Lunar_phase

  • Derg
  • Military junta of Ethiopia (1974–1987)

    The Derg or Dergue (Amharic: ደርግ, lit. 'committee' or 'council'), officially the Provisional Military Administrative Council (PMAC), and also often simply

    Derg

    Derg

    Derg

  • Halo orbit
  • Periodic, three-dimensional orbit

    Libration point orbit – Quasiperiodic orbit around a Lagrange point Robert Farquhar (1966). "Station-Keeping in the Vicinity of Collinear Libration Points

    Halo orbit

    Halo orbit

    Halo_orbit

  • Lunar limb
  • Edge of the visible surface of the Moon

    Sidereus Nuncius. The lunar limb is not always the same: because of the libration of the Moon, i.e. small rotational movements as seen from Earth, its profile

    Lunar limb

    Lunar limb

    Lunar_limb

  • Far side of the Moon
  • Hemisphere of the Moon that always faces away from Earth

    far side is occasionally visible from Earth due to oscillation and to libration. The remaining 82% remained unobserved until 1959, when it was photographed

    Far side of the Moon

    Far side of the Moon

    Far_side_of_the_Moon

  • Tidal locking
  • Situation in which an astronomical object's orbital period matches its rotational period

    repeated observations from Earth, due to the phenomena of libration and parallax. Librations are primarily caused by the Moon's varying orbital speed due

    Tidal locking

    Tidal locking

    Tidal_locking

  • Low Earth orbit
  • Orbit around Earth between 160 and 2000 km

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Low Earth orbit

    Low Earth orbit

    Low_Earth_orbit

  • Mimas
  • Moon of Saturn

    crater Herschel was considered to be a more likely explanation for the libration. In 2022, scientists at the Southwest Research Institute identified a

    Mimas

    Mimas

    Mimas

  • Enceladus
  • Natural satellite orbiting Saturn

    that at some point it was in a 1:4 forced secondary spin–orbit libration. This libration could have provided Enceladus with an additional heat source.

    Enceladus

    Enceladus

    Enceladus

  • Near side of the Moon
  • Hemisphere of the Moon facing the Earth

    orbit is both slightly eccentric and inclined to its equatorial plane, libration allows up to 59% of the lunar surface to be visible from Earth over the

    Near side of the Moon

    Near side of the Moon

    Near_side_of_the_Moon

  • Lissajous orbit
  • Quasi-periodic orbital trajectory

    is used as a transfer point for routine travel to and from the Moon. Libration point orbit Possibly a halo orbit. Sources disagree. Astronomy portal

    Lissajous orbit

    Lissajous orbit

    Lissajous_orbit

  • Pluto
  • Largest dwarf planet

    perturbing body—in this case, Neptune. Relative to Neptune, the amplitude of libration is 38°, and so the angular separation of Pluto's perihelion to the orbit

    Pluto

    Pluto

    Pluto

  • Astronomical coordinate systems
  • System for specifying positions of celestial objects

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Astronomical coordinate systems

    Astronomical coordinate systems

    Astronomical_coordinate_systems

  • Oberth effect
  • Type of spacecraft maneuver

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Oberth effect

    Oberth_effect

  • Epoch (astronomy)
  • Moment in time used as a reference point in astronomy

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Epoch (astronomy)

    Epoch_(astronomy)

  • Standard gravitational parameter
  • Concept in celestial mechanics

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Standard gravitational parameter

    Standard_gravitational_parameter

  • Tsiolkovsky rocket equation
  • Mathematical equation describing the motion of a rocket

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Tsiolkovsky rocket equation

    Tsiolkovsky rocket equation

    Tsiolkovsky_rocket_equation

  • Jupiter trojan
  • Asteroid sharing the orbit of Jupiter

    Lagrangian points; the average period of their libration is about 150 years. The amplitude of the libration (along the Jovian orbit) varies from 0.6° to

    Jupiter trojan

    Jupiter trojan

    Jupiter_trojan

  • Near-rectilinear halo orbit
  • Periodic, three-dimensional orbit

    Robert Farquhar (1966). "Station-Keeping in the Vicinity of Collinear Libration Points with an Application to a Lunar Communications Problem". AAS Science

    Near-rectilinear halo orbit

    Near-rectilinear halo orbit

    Near-rectilinear_halo_orbit

  • Avenir Yakovkin
  • Russian astronomer

    Moon's physical libration. He discovered and investigated the asymmetry of the Moon's visible disk and its dependence on optical libration (the "Yakovkin

    Avenir Yakovkin

    Avenir_Yakovkin

  • Transatmospheric orbit
  • Movement around a celestial body that remains below its Karman line

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Transatmospheric orbit

    Transatmospheric_orbit

  • Geocentric orbit
  • Orbit around Earth

    orbit. Named after the writer Arthur C. Clarke. Earth orbital libration points The libration points for objects orbiting Earth are at 105 degrees west and

    Geocentric orbit

    Geocentric_orbit

  • Memoria Vetusta II – Dialogue with the Stars
  • 2009 studio album by Blut Aus Nord

    No. Title Length 1. "Acceptance (Aske)" 1:30 2. "Disciple's Libration (Lost in the Nine Worlds)" 9:06 3. "The Cosmic Echoes of Non-Matter (Immaterial

    Memoria Vetusta II – Dialogue with the Stars

    Memoria_Vetusta_II_–_Dialogue_with_the_Stars

  • Argument of periapsis
  • Specifies the orbit of an object in space

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Argument of periapsis

    Argument of periapsis

    Argument_of_periapsis

  • Interplanetary Transport Network
  • Low-energy trajectories in the Solar System

    bodies in the solar system Archived 2007-01-08 at the Wayback Machine, Libration Point Orbits and Applications (Eds. G Gomez, M.W. Lo and J.J. Masdemont)

    Interplanetary Transport Network

    Interplanetary Transport Network

    Interplanetary_Transport_Network

  • Co-orbital configuration
  • Configuration of two or more astronomical objects

    are several classes of co-orbital objects, depending on their point of libration. The most common and best-known class is the trojan, which librates around

    Co-orbital configuration

    Co-orbital_configuration

  • Haumea
  • Dwarf planet with a ring and two moons

    The libration of Haumea's nominal orbit in a rotating frame, with Neptune stationary (see 2 Pallas for an example of non-librating)

    Haumea

    Haumea

    Haumea

  • Geostationary orbit
  • Circular orbit above Earth's Equator and following the direction of Earth's rotation

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Geostationary orbit

    Geostationary orbit

    Geostationary_orbit

  • Horseshoe orbit
  • Type of co-orbital motion of a small orbiting body relative to a larger orbiting body

    it to accelerate or decelerate, causing a change in its orbit known as libration. An example of a tadpole orbit is Polydeuces, a small moon of Saturn which

    Horseshoe orbit

    Horseshoe orbit

    Horseshoe_orbit

  • LPO
  • Topics referred to by the same term

    well-ordering in term rewriting (computer science) Libertarian Party of Ohio Libration point orbit Licensed Post Office Limited principle of omniscience London

    LPO

    LPO

  • Earthrise
  • 1968 photograph of Earth from lunar orbit

    Earth-observable surface of the Moon (about 20% of the surface). Since a full libration cycle takes about 27 days, earthrises are very slow, and it takes about

    Earthrise

    Earthrise

    Earthrise

  • Orbital speed
  • Speed at which a body orbits around the barycenter of a system

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Orbital speed

    Orbital_speed

  • Full moon
  • Lunar phase when the Moon is fully illuminated

    last occurred in 1977 (for the American time zones). A small horizontal libration is visible comparing their appearances. By the 19-year metonic cycle the

    Full moon

    Full moon

    Full_moon

  • Lunar theory
  • Theoretical description of motion of Earth's moon

    Jeremiah Horrocks, who proposed a scheme involving an approximate 6 monthly libration in the position of the lunar apogee and also in the size of the elliptical

    Lunar theory

    Lunar_theory

  • Cassini's laws
  • Description of the moon's motion

    scientist of his time. Refinements of these laws to include physical librations have been made, and they have been generalized to treat other satellites

    Cassini's laws

    Cassini's_laws

  • Delta-v
  • Measure of amount of effort to change trajectory

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Delta-v

    Delta-v

  • Orbital station-keeping
  • Maintenance of a particular orbit

    spacecraft are also possible around Lagrange points—also referred to as libration points—five equilibrium points that exist in relation to two larger solar

    Orbital station-keeping

    Orbital_station-keeping

  • (574372) 2010 JO179
  • Large trans-Neptunian object

    The libration of 2010 JO179's nominal orbit, in a frame co-rotating with Neptune (click image to view animation)

    (574372) 2010 JO179

    (574372)_2010_JO179

  • Hill sphere
  • Region in which an astronomical body dominates the attraction of satellites

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Hill sphere

    Hill sphere

    Hill_sphere

  • List of ocean worlds in the Solar System
  • spacecraft measurements of induced magnetic fields, tidal Love numbers, libration amplitudes, surface geology, and isotopic geochemistry. As of 2026, three

    List of ocean worlds in the Solar System

    List of ocean worlds in the Solar System

    List_of_ocean_worlds_in_the_Solar_System

  • Man in the Moon
  • Pattern observed on the Moon's surface

    Moonlight Earthlight Orbit Orbital elements Distance Perigee and apogee Libration Nodes Nodal period Precession Syzygy New moon Full moon Eclipses Lunar

    Man in the Moon

    Man in the Moon

    Man_in_the_Moon

  • Lunar month
  • Time between successive new moons

    Animation of the Moon as it cycles through its phases, as seen from the Northern Hemisphere. The apparent wobbling of the Moon is known as libration.

    Lunar month

    Lunar month

    Lunar_month

  • Satellite system (astronomy)
  • Set of gravitationally bound objects in orbit

    atmospheric and orbital interactions such as orbital resonances and libration. Individually major satellite objects are designated in Roman numerals

    Satellite system (astronomy)

    Satellite system (astronomy)

    Satellite_system_(astronomy)

  • Orbital resonance
  • Regular and periodic mutual gravitational influence of orbiting bodies

    plutinos) 2:4 Tethys–Mimas (Saturn's moons). Not reduced to 1:2 because the libration of the nodes must be taken into account. 1:2 Dione–Enceladus (Saturn's

    Orbital resonance

    Orbital resonance

    Orbital_resonance

  • Alhazen (crater)
  • Crater on the Moon

    The position of this crater means that its visibility is subject to the libration of the Moon's visible face. In the 19th century, this briefly led to the

    Alhazen (crater)

    Alhazen (crater)

    Alhazen_(crater)

  • Geosynchronous orbit
  • Orbit keeping the satellite at a fixed longitude above the equator

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Geosynchronous orbit

    Geosynchronous orbit

    Geosynchronous_orbit

  • Gemini 11
  • 1966 NASA crewed spaceflight

    by thruster firings. Earth-Moon Libration Region Photography: To investigate the regions of the L4 and L5 libration points of the Earth–Moon system to

    Gemini 11

    Gemini 11

    Gemini_11

  • Sun-synchronous orbit
  • Type of geocentric orbit

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Sun-synchronous orbit

    Sun-synchronous orbit

    Sun-synchronous_orbit

  • Orbital inclination
  • Angle between a reference plane and the plane of an orbit

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Orbital inclination

    Orbital inclination

    Orbital_inclination

  • Lunar Laser Ranging experiments
  • Measuring the distance between the Earth and the Moon with laser light

    sky, the relative motion of Earth and the Moon, Earth's rotation, lunar libration, polar motion, weather, speed of light through various layers of the Earth

    Lunar Laser Ranging experiments

    Lunar Laser Ranging experiments

    Lunar_Laser_Ranging_experiments

  • Neptune trojan
  • Asteroid orbiting the Sun near one of the stable Lagrangian points of Neptune

    in resonance with the libration periods of Neptune trojans. This results in repeated perturbations that increase the libration of existing trojans causing

    Neptune trojan

    Neptune trojan

    Neptune_trojan

  • Jet Propulsion Laboratory Development Ephemeris
  • Series of mathematical models of the Solar System

    caused by the figure of the Earth and Moon, and a model of the lunar librations. The observational data in the fits has been an evolving set, including:

    Jet Propulsion Laboratory Development Ephemeris

    Jet_Propulsion_Laboratory_Development_Ephemeris

  • Phobos 2
  • Soviet Mars moon probe (1988–1989)

    autonomous station) lander TV camera ALPHA-X Alpha-Proton-X-Ray Spectrometer LIBRATION Sun sensor (also known as STENOPEE) Seismometer RAZREZ anchor penetrometer

    Phobos 2

    Phobos 2

    Phobos_2

  • Trans-lunar injection
  • Propulsive maneuver used to arrive at the Moon

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Trans-lunar injection

    Trans-lunar injection

    Trans-lunar_injection

  • Lunar day
  • Time for Moon to complete one rotation on its axis

    A full lunar day observed from the Earth, where orbital libration causes the apparent wobble.

    Lunar day

    Lunar day

    Lunar_day

  • International Cometary Explorer
  • NASA satellite of the Explorer program

    (930,000 mi). It was the first artificial object placed at a so-called "libration point", entering orbit there on 20 November 1978, proving that such a

    International Cometary Explorer

    International Cometary Explorer

    International_Cometary_Explorer

  • Bailly (crater)
  • Lunar surface depression

    appearance, and the location near the limb can limit visibility due to libration. The most favorable time for viewing this feature is near the full moon

    Bailly (crater)

    Bailly (crater)

    Bailly_(crater)

  • FripSide
  • Japanese pop and trance duo

    version 2007 Refine Progress (Scramble Heart opening theme) Heat Your Wave Libration Crisis (Scramble Heart opening theme) Never No Astray (Katakoi no Tsuki

    FripSide

    FripSide

  • Two-line element set
  • Orbital data format

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Two-line element set

    Two-line_element_set

  • Earth's orbit
  • Trajectory of Earth around the Sun

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Earth's orbit

    Earth's orbit

    Earth's_orbit

  • Hohmann transfer orbit
  • Transfer manoeuvre between two orbits

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Hohmann transfer orbit

    Hohmann transfer orbit

    Hohmann_transfer_orbit

  • Selenographic coordinate system
  • Coordinate system used on the Moon

    Anything past 90°E or 90°W would not be seen from Earth, except for libration, which makes 59% of the Moon visible. Longitude on the Moon is measured

    Selenographic coordinate system

    Selenographic coordinate system

    Selenographic_coordinate_system

  • Gibbs (crater)
  • Crater on the Moon

    foreshortened when viewed from the Earth, and visibility is subject to libration. The outer rim of Gibbs is not quite circular, and an outward bulge to

    Gibbs (crater)

    Gibbs (crater)

    Gibbs_(crater)

  • Metonic cycle
  • 19 solar year recurrence of lunar phases

    repeats on or near Christmas between 1711 and 2300. A small horizontal libration is visible comparing their appearances. A red color shows full moons that

    Metonic cycle

    Metonic cycle

    Metonic_cycle

  • Angular diameter
  • How large a sphere or circle appears

    (2023-03-24). "Earth observations from the Moon's surface: dependence on lunar libration". Atmospheric Measurement Techniques. 16 (6). Copernicus GmbH: 1527–1537

    Angular diameter

    Angular diameter

    Angular_diameter

  • Resonant trans-Neptunian object
  • Trans-Neptunian object in a mean-motion orbital resonance with Neptune

    (131696) 2001 XT254 is librating in a 3:7 resonance with Neptune. This libration can be stable for less than 100 million to billions of years. Emelʹyanenko

    Resonant trans-Neptunian object

    Resonant_trans-Neptunian_object

  • N-body problem
  • Problem in physics and celestial mechanics

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    N-body problem

    N-body_problem

  • Moonlight
  • Light that reaches Earth from the Moon

    Moonlight Earthlight Orbit Orbital elements Distance Perigee and apogee Libration Nodes Nodal period Precession Syzygy New moon Full moon Eclipses Lunar

    Moonlight

    Moonlight

    Moonlight

  • Orbit
  • Curved path of an object around a point

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Orbit

    Orbit

    Orbit

  • Mercury (planet)
  • First planet from the Sun

    alternating gain and loss of rotation over a revolution would have caused a libration of 23.65° in longitude. For the same reason, there are two points on Mercury's

    Mercury (planet)

    Mercury (planet)

    Mercury_(planet)

  • List of orbits
  • co-orbit with the planet. See asteroids 3753 Cruithne and 2002 AA29. Libration point orbits such as halo orbits and Lissajous orbits: These are orbits

    List of orbits

    List of orbits

    List_of_orbits

  • Orbital elements
  • Parameters that define a specific orbit

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Orbital elements

    Orbital_elements

  • Apsis
  • Either of two extreme points in a celestial object's orbit

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Apsis

    Apsis

    Apsis

  • Earth phase
  • Phases of Earth as seen from the Moon

    any noticeable movement in the Moon's sky. However, due to the Moon's libration, Earth does perform a slow and complex wobbling movement. Once a month

    Earth phase

    Earth phase

    Earth_phase

  • 55576 Amycus
  • Centaur

    The failed libration (resonance motion) of Amycus.

    55576 Amycus

    55576 Amycus

    55576_Amycus

  • Space rendezvous
  • Series of orbital maneuvers

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Space rendezvous

    Space rendezvous

    Space_rendezvous

  • Skylab 3
  • Second crewed mission to Skylab

    The student experiments performed on Skylab 3 included the study of libration clouds, X-rays from Jupiter, in-vitro immunology, spider web formation

    Skylab 3

    Skylab 3

    Skylab_3

  • Pasteur (lunar crater)
  • Crater on the Moon

    vicinity of this crater is occasionally brought into view from Earth due to librations, although not much detail can be seen. Lying along the southern rim of

    Pasteur (lunar crater)

    Pasteur (lunar crater)

    Pasteur_(lunar_crater)

  • Boss (crater)
  • Lunar impact crater

    the side by observers on the Earth, and its visibility is subject to libration effects. It was named by the IAU in 1964 for astronomer Lewis Boss. This

    Boss (crater)

    Boss (crater)

    Boss_(crater)

  • Specific angular momentum
  • Vector quantity in celestial mechanics

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Specific angular momentum

    Specific_angular_momentum

  • Poles of astronomical bodies
  • Celestial coordinate system

    the points are not, strictly speaking, unmoving: there is continuous libration about the mean orientation, because Io's orbit is slightly eccentric and

    Poles of astronomical bodies

    Poles_of_astronomical_bodies

  • Specific orbital energy
  • Parameter in the gravitational two-body problem

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Specific orbital energy

    Specific_orbital_energy

  • Carrillo (crater)
  • Crater on the Moon

    eastern limb of the Moon. In this location the crater is subject to lunar libration effects, and appears highly oval due to foreshortening. It is located

    Carrillo (crater)

    Carrillo (crater)

    Carrillo_(crater)

  • Medium Earth orbit
  • Earth-centered orbit above low Earth orbit and below geostationary orbit

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Medium Earth orbit

    Medium Earth orbit

    Medium_Earth_orbit

  • Kepler's laws of planetary motion
  • Laws describing planetary orbits

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Kepler's laws of planetary motion

    Kepler's laws of planetary motion

    Kepler's_laws_of_planetary_motion

  • Orbital eccentricity
  • Amount by which an orbit deviates from a perfect circle

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Orbital eccentricity

    Orbital eccentricity

    Orbital_eccentricity

  • Sinus Medii
  • Feature on the moon

    directly overhead, although the planet's position would vary slightly due to libration. During the Apollo program, Sinus Medii was designated Apollo Landing

    Sinus Medii

    Sinus Medii

    Sinus_Medii

  • Extraterrestrial sky
  • Extraterrestrial view of outer space

    slightly around a central point in the Moon's sky, because of monthly libration. Therefore rising or setting of Earth at the horizon on the Moon occurs

    Extraterrestrial sky

    Extraterrestrial sky

    Extraterrestrial_sky

  • Earth–Moon–Earth communication
  • Radio communications technique

    signal. These "libration fading" amplitude variations are well correlated over the coherence bandwidth (typically a few kHz). The libration fading components

    Earth–Moon–Earth communication

    Earth–Moon–Earth communication

    Earth–Moon–Earth_communication

  • Escape velocity
  • Concept in celestial mechanics

    Areosynchronous Areostationary Lagrange points Distant retrograde Halo Lissajous Libration Lunar Sun Heliocentric Earth's orbit Mars cycler Heliosynchronous Other

    Escape velocity

    Escape velocity

    Escape_velocity

  • 514107 Kaʻepaokaʻāwela
  • Retrograde asteroid discovered in 2014

    (9 March 2016). "A numerical investigation of coorbital stability and libration in three dimensions". Celestial Mechanics and Dynamical Astronomy. 125

    514107 Kaʻepaokaʻāwela

    514107 Kaʻepaokaʻāwela

    514107_Kaʻepaokaʻāwela

  • Queqiao-1
  • Chinese lunar communications satellite

    Retrieved 2008-07-16. Dunham, D.W. and Farquhar, R. W.: "Libration-Point Missions 1978-2000," Libration Point Orbits and Applications, Parador d'Aiguablava

    Queqiao-1

    Queqiao-1

    Queqiao-1

  • Moon rock
  • Rocks on or from the Moon

    Moonlight Earthlight Orbit Orbital elements Distance Perigee and apogee Libration Nodes Nodal period Precession Syzygy New moon Full moon Eclipses Lunar

    Moon rock

    Moon rock

    Moon_rock

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LIBRATION

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Online names & meanings

  • Aricin
  • Boy/Male

    Norse

    Aricin

    Eternal king's son.

  • TAMIKA
  • Female

    English

    TAMIKA

    Modern English name, possibly based on Esperanto Amika, TAMIKA means "friendly." 

  • Donnel
  • Boy/Male

    Australian, Celtic, Irish, Scottish

    Donnel

    World Leader; Brave; Great Chief; Similar to Donald

  • Miliani
  • Girl/Female

    Hawaiian

    Miliani

    Gentle caress.

  • Inan |
  • Girl/Female

    Muslim

    Inan |

    A slave girl belonging to Haroon al Rashid

  • Rashid
  • Boy/Male

    Indian

    Rashid

    Rationale, Intelligent, Rightly-guided, Having the true faith

  • Jeenal | ஜீநல
  • Girl/Female

    Tamil

    Jeenal | ஜீநல

    Lord Vishnu

  • Shravana | ஷ்ரவண
  • Boy/Male

    Tamil

    Shravana | ஷ்ரவண

    Name of a Hindu month, Name of a star

  • Colier
  • Boy/Male

    English

    Colier

    Charcoal merchant.

  • Utam
  • Boy/Male

    Indian, Punjabi, Sikh

    Utam

    Best

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Other words and meanings similar to

LIBRATION

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LIBRATION

  • Reason
  • v. t.

    To find by logical processes; to explain or justify by reason or argument; -- usually with out; as, to reason out the causes of the librations of the moon.

  • Trepidation
  • n.

    A libration of the starry sphere in the Ptolemaic system; a motion ascribed to the firmament, to account for certain small changes in the position of the ecliptic and of the stars.

  • Libration
  • n.

    A real or apparent libratory motion, like that of a balance before coming to rest.

  • Libration point
  • n.

    any one of five points in the plane of a system of two large astronomical bodies orbiting each other, as the Earth-moon system, where the gravitational pull of the two bodies on an object are approximately equal, and in opposite directions. A solid object moving in the same velocity and direction as such a libration point will remain in gravitational equilibrium with the two bodies of the system and not fall toward either body.

  • Libration
  • n.

    The act or state of librating.