ON THE LUNAR ORIGIN OF TEKTITES
Lunar origin of tektites - atmospheric entry dynamics
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Lunar origin of tektites - atmospheric entry dynamics
Examination of the solar origin of atmospheric xenon from a new measurement of the reaction rate for capture of protons by deuterium
Theory of origin and distribution of tektites based on aerodynamic considerations and from observations of satellite and meteor breakup
Evidence of an extraterrestrial origin for some organic constituents of meteorites
Geographical distribution in southeast asian strewn field of tektites used to prove asteroid impact hypothesis of tektite origin
Atmospheric entry aerodynamics applied to tektites to give evidence of their lunar origin
Origin of the lunar walled plain ptolemaeus deduced from tectonic relations between diverse features in ptolemaeus and the grid systems in its vicinity
Role of magnetohydrodynamics, magnetic fields, and conductive plasma instabilities in solar flare origin
Possible origin of the lunar walled plain ptolemaeus
Hypothesis on tektite origin by comet impact with earth
Chemical composition of chondrites and origin of meteorites
Origin of large ionization bursts observed under dense materials near sea level
Role of flare-like nonstationary processes in origin of solar wind from analysis of geomagnetic disturbances
Origin of solar flares and acceleration of charged particles
Hydromagnetic instability in origin of solar flares
Photovoltages in silicon and silicon carbide films and origin from trap-induced space charge
Dualistic and monistic theories on origin of the solar system