Solar plasma flow past the moon
Mathematical model and Explorer 35 measurement of magnetic field and solar plasma flow in vicinity of moon
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.
Mathematical model and Explorer 35 measurement of magnetic field and solar plasma flow in vicinity of moon
Second order theory for trajectories near lunar libration point based on four body model including sun, earth, moon, and satellite
Terrestrial microorganisms deposited on moon by unmanned lunar probes
Earth-moon trajectory of Zond-5 space probe
News release on ZOND 5 space probe of moon and return to earth with second cosmic velocity
Three dimensional, nonlinear resonance effects on motion of particles near earth-moon equilateral libration points
Chemical analysis of moon at Surveyor 5 landing site
Magnetometer observations of magnetic field near moon during orbits of Explorer satellite
Diamagnetic solar wind cavity behind moon discovered by magnetometer data from lunar orbiter
Cryogenic fluid storage on moon surface, considering Lambert reflection law, thermal insulation performance, incident heat flux and boil-off rates
Meteorite impact density distribution on moon, comparing back and earth facing sides
Artificial earth satellite orbital elements first order secular perturbations due to sun and moon mass derived, using Lagrangian perturbation equations
Lunar electrical conductivity as function of depth from various thermal models of moon and electrical conductivity data
Magnetized solar wind interaction with moon studied from Explorer 35 spacecraft data indicate nonexistence of detached bow shock waves
Moon surface chemical analysis by Surveyor 6 indicating resemblance to basalt in composition
Dependence of surface temperature of moon on particle size and porosity
Solar wind flow behind moon where magnetic field parallels flow, noting severe recompression near boundary
Nonlinear analysis of earth-moon system motion stability in three dimensions near L4 libration point when perturbed by sun