The mobile satellite laser ranging system TROS1000, successfully developed in 2010, achieves a high repetition rate and enables daytime laser ranging. Its measurement range has reached up to 36000 km with an accuracy as precise as 1 cm. Using recent observations in Wuhan, Jiufeng, Xianning, and Rongcheng, Shandong, we introduce the progress made using this mobile observation system
Korea Astronomy and Space Science Institute (KASI) launched the development project of two satellite...
Satellite laser ranging observation of LAGEOS ¥± has been performed using the SLR System at Sheshan ...
Korea Astronomy and Space Science Institute has been developing one mobile and one stationary satell...
A satellite laser ranging system with an accuracy of the level of centimeter has been successfully d...
The Accurate Ranging System for Geodetic Observation – Mobile (ARGO-M) was successfully developed as...
Satellite laser ranging (SLR) is one of the major space geodetic instruments, which has various appl...
The Chinese SLR Network consists of 5 fixed stations located in Shanghai, Changchun, Beijing, Wuhan ...
The new challenges related to the monitoring of Earth’s shape and motion have led the global geodeti...
The topics covered include the following: improvement of the system hardware; upgrading of the softw...
A brief review of the constraints which have limited satellite ranging hardware and an outline of th...
Satellite Laser Ranging (SLR) techniques are used to accurately measure the distance from ground sta...
This note introduces the performance and observation summary of the SLR system at Changcun Observato...
Korea Astronomy and Space Science Institute (KASI) launched the development project of two satellite...
Abstract:Satellite laser ranging (SLR) is one of the major space geodetic instruments, which has var...
The first satellite laser ranging system for daylight tracking in China was set up at Shanghai Obser...
Korea Astronomy and Space Science Institute (KASI) launched the development project of two satellite...
Satellite laser ranging observation of LAGEOS ¥± has been performed using the SLR System at Sheshan ...
Korea Astronomy and Space Science Institute has been developing one mobile and one stationary satell...
A satellite laser ranging system with an accuracy of the level of centimeter has been successfully d...
The Accurate Ranging System for Geodetic Observation – Mobile (ARGO-M) was successfully developed as...
Satellite laser ranging (SLR) is one of the major space geodetic instruments, which has various appl...
The Chinese SLR Network consists of 5 fixed stations located in Shanghai, Changchun, Beijing, Wuhan ...
The new challenges related to the monitoring of Earth’s shape and motion have led the global geodeti...
The topics covered include the following: improvement of the system hardware; upgrading of the softw...
A brief review of the constraints which have limited satellite ranging hardware and an outline of th...
Satellite Laser Ranging (SLR) techniques are used to accurately measure the distance from ground sta...
This note introduces the performance and observation summary of the SLR system at Changcun Observato...
Korea Astronomy and Space Science Institute (KASI) launched the development project of two satellite...
Abstract:Satellite laser ranging (SLR) is one of the major space geodetic instruments, which has var...
The first satellite laser ranging system for daylight tracking in China was set up at Shanghai Obser...
Korea Astronomy and Space Science Institute (KASI) launched the development project of two satellite...
Satellite laser ranging observation of LAGEOS ¥± has been performed using the SLR System at Sheshan ...
Korea Astronomy and Space Science Institute has been developing one mobile and one stationary satell...