GRAVITATIONAL HEATING OF THE MOON
Gravitational heating of the moon, demonstrating that radiogenic heat is not the only source capable of raising the internal temperature of its interior to 1000 degrees k or more
SEARCH · Engineering Papers
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Gravitational heating of the moon, demonstrating that radiogenic heat is not the only source capable of raising the internal temperature of its interior to 1000 degrees k or more
Internal structures of moon and inner planets
Radioastronomical observations of moon and planets
Effect of precession of near-earth orbits on timing of inplane launching for nodal encounter with moon
Radio emission measurements of moon and jupiter relating to cassiopeia a
Lunar environment - interpretation of moon topography and atmosphere
Three-body problem for development of geometrical and topological taxonomy of earth-moon transits
Lee wave of magnetohydrodynamic interaction of solar wind with moon observed by IMP-1 satellite
Plotting sky radiation temperature behind moon - negation of radio noise
Earth-moon system - physical setting of geodesy - physical setting of flattening of earth
Thermal radiation and noise measurements from moon
Earth Moon trajectories with consecutive collisions treated, using Birkhoff transformation in planar restricted three-body problem
Low thrust satellite transfer between Earth and Moon orbits based on two-body trajectories and systematic synthesizing process
Physics of moon - history, atmosphere, physical characteristics of surface, energetic radiation, thermal environment, exploration landing sites, and environmental control
Analytical model for generation of earth-moon trajectory analysis data
Photometry and polarimetry of moon and relation to physical properties of lunar surface