The key role of Satellite Laser Ranging towards the integrated estimation of geometry, rotation and gravitational field of the Earth
M Bloßfeld
Abstract
M Bloßfeld
Abstract
In this thesis, laser ranging observations to satellites (SLR) are used to study correlations of fundamental geodetic parameters such as station coordinates, Earth orientation parameters and coefficients of the Earth’s gravitational field. SLR is used for the investigation since it is highly sensitive to each parameter group through satellite orbit dynamics. The findings of this thesis support the way towards the integrated estimation of the Earth’s geometry, rotation and gravitational field.
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In this thesis, laser ranging observations to satellites (SLR) are used to study correlations of fundamental geodetic parameters such as station coordinates, Earth orientation parameters and coefficients of the Earth’s gravitational field. SLR is used for the investigation since it is highly sensitive to each parameter group through satellite orbit dynamics. The findings of this thesis support the way towards the integrated estimation of the Earth’s geometry, rotation and gravitational field.
Key concepts: Satellite laser ranging, Gravitational field, Geodesy, Ranging, Geodetic datum, Earth's rotation, Rotation (mathematics), Satellite