Tektite structure and lunar ash flows.
Tektite formation by lunar ash flow proposed, calculating pressure, temperature and voidage of ash flow from nonlinear equation
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Tektite formation by lunar ash flow proposed, calculating pressure, temperature and voidage of ash flow from nonlinear equation
Pressure, temperature, and voidage calculations for lunar ash flow explanation of tektite chemistry
Tektite structure and lunar ash flows, noting theoretical computations of pressure, temperature and voidage
Data supporting idea that terrestrial volcano- tectonic depressions resembling Moon craters exist, noting Mogollon plateau in New Mexico
Spectral transmittance of monochromator determined by repeated runs of photomultiplier tube
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Ash concentration, femoral thickness, and vertebral mineralization related to aging in humans
Polarization properties of volcanic ash and furnace slag /simulated lunar surface/ materials determined as function of particle size, albedo, and porosity
IR colorimetry of Martian bright and dark areas indicates correlations with limonite terrestrial rocks and volcanic ash
Traveling wave tubes for millimeter waves discussing impedance, dispersion, modes and space harmonics