How high the moon - A decade of laser ranging

Astronomy and Astrophysics – Astronomy

Scientific paper

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Laser Range Finders, Lunar Rangefinding, Distance Measuring Equipment, Earth Rotation, Einstein Equations, Equivalence, Inertia, Lunar Gravitation, Lunar Tides, Reflectors, Moon, Laser Ranging, Distance, Techniques, Procedure, Review, Physical Properties, Observations, Tidal Effects, Acceleration, Earth-Moon System, Librations, Rotation, Impacts, Astronomy, Motion, Dynamics, History, Gravity

Scientific paper

The lunar laser ranging (LLR) program, made possible by the deployment of banks of high-efficiency reflectors by the Apollo astronauts, is presented. The principles and technical problems of laser ranging are reviewed, and the history of lunar ranging and LLR observations is surveyed. Scientific results of lunar ranging are discussed, with attention given to the confirmation of the Einstein equivalency principal concerning the inertial and gravitation masses of large, self-gravitating celestial bodies, measurements of tidal acceleration and/or variations in the gravitational constant, the implications of observations of physical and free librations of the moon for lunar structure, and investigations of the earth's rotation.

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