The joint U.S./French TOPEX/POSEIDON mission was successfully launched on August 10, 1992 for the study of ocean height variation using microwave altimetry. Accurate determination of the satellite orbit is paramount to the determination of the above phenomenon. To accomplish this, using laser ranging, the satellite is equipped with a laser retroreflector array (LRA) around the altimeter antennae. The goal of laser ranging is to obtain precision orbits with a radial accuracy of 13 cm to the center of mass of the satellite. This requires the laser range correction to the LRA reference be known at the sub-cm level and is quite a challenge considering the geometry of the LRA. Detailed studies were initiated by the TOPEX project office (Christen...
Es handelt sich um einen Vortrag beim wissenschaftlich-technischen Unterausschuss (WTUA) des Ausschu...
The radar equation for laser ranging of satellites is described and the effect of the velocity aberr...
An international network of 43 stations in 30 countries routinely collects satellite ranging data wh...
This paper gives a calculation of the range correction and cross section of the SARAL (Satellite wit...
The design and qualification of a retroreflector specifically designed for a CubeSat (CubeL) isdescr...
A network of satellite laser ranging (SLR) tracking systems with continuously improving accuracies i...
The new challenges related to the monitoring of Earth’s shape and motion have led the global geodeti...
In GPS one of the primary errors contributing to positioning inaccuracy is the performance of the on...
Computer programs have been developed for calculating the transfer function of a retroreflector arra...
The ability to determine accurate global sea level variations is important to both detection and und...
The use of aircraft laser ranging for the determination of baselines between ground based retrorefle...
The principal technical challenge in designing a millimeter accuracy satellite to support two color ...
The design and qualification of a retroreflector specifically designed for a CubeSat (CubeL) is desc...
We built a new experimental apparatus (the \u201cSatellite/lunar laser ranging Characterization Faci...
In an increasingly crowded space environment, precise predictions of space object trajectories are o...
Es handelt sich um einen Vortrag beim wissenschaftlich-technischen Unterausschuss (WTUA) des Ausschu...
The radar equation for laser ranging of satellites is described and the effect of the velocity aberr...
An international network of 43 stations in 30 countries routinely collects satellite ranging data wh...
This paper gives a calculation of the range correction and cross section of the SARAL (Satellite wit...
The design and qualification of a retroreflector specifically designed for a CubeSat (CubeL) isdescr...
A network of satellite laser ranging (SLR) tracking systems with continuously improving accuracies i...
The new challenges related to the monitoring of Earth’s shape and motion have led the global geodeti...
In GPS one of the primary errors contributing to positioning inaccuracy is the performance of the on...
Computer programs have been developed for calculating the transfer function of a retroreflector arra...
The ability to determine accurate global sea level variations is important to both detection and und...
The use of aircraft laser ranging for the determination of baselines between ground based retrorefle...
The principal technical challenge in designing a millimeter accuracy satellite to support two color ...
The design and qualification of a retroreflector specifically designed for a CubeSat (CubeL) is desc...
We built a new experimental apparatus (the \u201cSatellite/lunar laser ranging Characterization Faci...
In an increasingly crowded space environment, precise predictions of space object trajectories are o...
Es handelt sich um einen Vortrag beim wissenschaftlich-technischen Unterausschuss (WTUA) des Ausschu...
The radar equation for laser ranging of satellites is described and the effect of the velocity aberr...
An international network of 43 stations in 30 countries routinely collects satellite ranging data wh...