## Celestial GeodesyThe geodetic use of rockets, artificial satellites, and the moon is reviewed. The discussion covers in turn dynamics, geometry, observational techniques, comparison with terrestrial geodesy, and geophysical implications. (AUHOR). |

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### Contents

INTRODUCTION | 1 |

n GEOMETRICAL CONSIDERATIONS AND ERROR ANALYSIS | 55 |

Section Page | 61 |

4 other sections not shown

### Common terms and phrases

accuracy altitude angle Artificial Satellites Astronom Astrophys atmosphere autocovariance axis Brouwer camera canonical variable celestial close satellite coefficients computed constants of integration coordinate system covariance defined Delaunay density determined developed disturbing function Doppler Earth Satellite eccentric anomaly eccentricity Echo satellite electromagnetic effects electron ellipsoidal elliptic Equation 77 equations of motion erence error estimates expressed frequency Geodesy geodetic Geophys gravimetry gravitational field inclination intermediary intermediate orbit Keplerian orbit King-Hele Kozai Reference lunar mean anomaly mean motion meters method Minitrack moon Musen North Holland North Holland Publ numerical integration O'Keefe oblateness observations obtained osculating Paragraph parameters perigee perturbations position potential problem Proc radiation pressure radio Reference 111 Reference 15 Reference 41 Reference 9 refraction Rept respect right ascension Rocket rotation Satellite Orbits Section secular semimajor axis signal Smithsonian Inst solar solution Space Sci spherical station Tech techniques telescope terrestrial theory tion tracking true anomaly vector