The goal of using an orbital gradiometer mission to provide an accurate (1 to 2 mgal), high resolution (1 by 1 deg), global map of the earth's geopotential is currently being investigated. This investigation involves the simulation of the satellite ephemeris and the corresponding gradiometer measurements which can be used in the study of various techniques and methodologies that were proposed to recover the parameters used in modeling the geopotential. Also, the effects on the mission of various time varying forces acting on the spacecraft were included in the studies
The Gravity Recovery and Climate Experiment (GRACE) is a dedicated spaceborne mission to map the Ea...
The orbit accuracies needed to support the global crustal dynamics project and recent satellite alti...
The concept of a Global Positioning System (GPS) receiver as a tracking facility and a gradiometer a...
Methods for the determination of the initial conditions for the two satellites that will satisfy Geo...
Satellite gravity gradiometry is a technique now under development which, by the middle of the next ...
The Gravsat-gradiometer mission involves flying a gradiometer on a gravity satellite (Gravsat) which...
A lunar gradiometer mission involves the mounting of a gradiometer on a satellite which is in a low,...
The main objective of the thesis is to identify the optimal set-up for future satellite gravimetry m...
The required knowledge of the Global Positioning System (GPS) satellite position accuracy can vary d...
A simulation of the proposed low Gravsat and high Geopause satellite mission is presented. This miss...
The signal characteristics and the geopotential parameter recovery capability of the SST Doppler sen...
The European ARISTOTELES mission aims at the determination of the Earth's gravity field at short wav...
Numerical simulations were performed to obtain the orbit- and attitude-determination requirements of...
A gradiometric approach, rather than the more complicated satellite to satellite tracking, is propos...
The Gravity Recovery and Climate Experiment (GRACE) is a dedicated spaceborne mission to map the Ea...
The Gravity Recovery and Climate Experiment (GRACE) is a dedicated spaceborne mission to map the Ea...
The orbit accuracies needed to support the global crustal dynamics project and recent satellite alti...
The concept of a Global Positioning System (GPS) receiver as a tracking facility and a gradiometer a...
Methods for the determination of the initial conditions for the two satellites that will satisfy Geo...
Satellite gravity gradiometry is a technique now under development which, by the middle of the next ...
The Gravsat-gradiometer mission involves flying a gradiometer on a gravity satellite (Gravsat) which...
A lunar gradiometer mission involves the mounting of a gradiometer on a satellite which is in a low,...
The main objective of the thesis is to identify the optimal set-up for future satellite gravimetry m...
The required knowledge of the Global Positioning System (GPS) satellite position accuracy can vary d...
A simulation of the proposed low Gravsat and high Geopause satellite mission is presented. This miss...
The signal characteristics and the geopotential parameter recovery capability of the SST Doppler sen...
The European ARISTOTELES mission aims at the determination of the Earth's gravity field at short wav...
Numerical simulations were performed to obtain the orbit- and attitude-determination requirements of...
A gradiometric approach, rather than the more complicated satellite to satellite tracking, is propos...
The Gravity Recovery and Climate Experiment (GRACE) is a dedicated spaceborne mission to map the Ea...
The Gravity Recovery and Climate Experiment (GRACE) is a dedicated spaceborne mission to map the Ea...
The orbit accuracies needed to support the global crustal dynamics project and recent satellite alti...
The concept of a Global Positioning System (GPS) receiver as a tracking facility and a gradiometer a...