Geophysical implications of satellite determinations of the earth's gravitational field.
Gravitational field variations determined from satellite orbit perturbations, suggesting stiff lower mantle as source
Engineering topics
Publications and source records attributed to Kaula, W. M..
Gravitational field variations determined from satellite orbit perturbations, suggesting stiff lower mantle as source
Theory of statistical analysis of data distributed over sphere
Earth topography in spherical harmonic analysis of land, ocean and ice
Satellite orbit perturbation analysis for lunar gravitational field determination using von Zeipel transformation
Photographic and Doppler tracking of geodetic satellites to determine tesseral harmonics of earth gravitational fields
Six solutions for tesseral harmonic coefficients of geopotential from satellite determinations compared with gravimetry
Tesseral harmonics of Earth gravitational field camera tracking of five satellites
Simultaneous determinations of tesseral harmonic coefficients of gravitational field, ground station coordinates, and orbital elements by satellite photographic tracking
Gravity field determinations from satellite orbit perturbations tested against gravimetric standards
Earth gravitational field determination from Baker-Nunn camera observations
Purposes, principles, accomplishments, and future projects of geodetic satellites
Gravitational and radiation pressure effect on close satellite orbits analyzed for geophysical purposes
Application of celestial mechanics to artificial satellite orbit calculations using orbit perturbations
Determination of earth gravitational field and anomalies by gravimetry, satellite orbit perturbations, & astrogeodesy
Hullet suggestion that gravity anomalies are related to other geophysical phenomena, including faults and pole position
Increase in satellite camera observations and a modified analytical technique lead to improved gravitational and geodetic results
Improved geodetic results from camera observations of satellites