Lunar ash flows.
Softened appearance of certain large lunar craters explained by ash flow theory
Engineering topics
Publications and source records attributed to Okeefe, J. A..
Softened appearance of certain large lunar craters explained by ash flow theory
Hydrostatic flattening analysis of earth shape using geodetic satellite measurements
Rotating liquid mass model for heterogeneity analysis of earth
Equilibrium shape of earth, discussing space science discoveries and hydrostatic flattening mechanism
Stability of rotating liquid mass /e.g. earth/, following Jeans treatment of Jacobi ellipsoidal equilibrium configurations
Planet Mercury rotation theory, applying motion of rigid system in inverse square field
Tektite formation by lunar ash flow proposed, calculating pressure, temperature and voidage of ash flow from nonlinear equation
Earth-moon system - physical setting of geodesy - physical setting of flattening of earth
Ranger vii photograph of moon has dark stripe which is evidence of recent volcanism
Origin of tektites and impact fragments from the moon
Theory of tektite origin on moon as impact fragments
Pressure, temperature, and voidage calculations for lunar ash flow explanation of tektite chemistry
Static electric discharges and radio noise from lunar craters
Hullet suggestion that gravity anomalies are related to other geophysical phenomena, including faults and pole position
Satellite observations of space phenomena - mercury project
Effect of refraction on setting sun as seen from space in theory and observation - ma-6 and ma-7 missions