TIDAL DISSIPATION IN THE MOON
Calculation of the dissipation of tidal energy in the moon due to imperfect elasticity, showing that heating by tidal dissipation is now insignificant
Engineering topics
Publications and source records attributed to Kaula, W. M..
Calculation of the dissipation of tidal energy in the moon due to imperfect elasticity, showing that heating by tidal dissipation is now insignificant
Elastic models of the earths mantle corresponding to variations in the external gravity field, modifying static earth-tide theory to include interior loads expressible as spherical harmonics
Elastic models of earth mantle corresponding to variations in external gravity field
Comparison of satellite measurements, lunar, and geodetic surveying methods for determining geodetic parameters
Baker-nunn camera is used to determine satellite- orbit perturbations due to gravitational fields
Satellite observations concerning the gravitational field, geodetic systems and scale relationships are compared to measurements made by terrestrial and lunar techniques
Rejection of stress differences as cause of earth flattening
Statistical model for determining satellite tracking station positions and longitudinal variations of the gravitational field
Role that navigation and geodetic satellites can play in terrestrial, lunar and planetary studies
Statistical analysis of satellite orbital variations from drag effects for geodetic purposes
Tesseral harmonics of gravitational field and geodetic datum shifts derived from Baker-Nunn camera observations of satellites
Gravity anomalies and use of reference ellipsoid in determining distribution of stress differences
Development of lunar and solar disturbing functions for a close satellite
Review of celestial geodesy and discussion of principles, and general theories
Satellite observation of longitudinal variations of the gravitational field
Longitudinal variations in the earths gravitational field from minitrack observations