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Relative lateration across the Los Angeles basin using a Satellite Laser Ranging System
Abstract In January of 1981 the Transportable Laser Ranging System (TLRS) developed for NASA by The University of Texas was used to conduct a four-day test of the relative lateration technique. The test evolved making repeated measurements of six lines over the Los Angeles basin varying in distance from 26 to 84 kilometers. Although the raw times-of-flight to the various targets changed typically by 5 parts in $ 10^{6} $, their line ratios varied nearly an order of magnitude less. The test suggests that the TLRS or other pulsed laser ranging systems might be able to economically combine Lageos ranging and long baseline horizontal work to survey large areas for accumulating crustal strain.
Relative lateration across the Los Angeles basin using a Satellite Laser Ranging System
Abstract In January of 1981 the Transportable Laser Ranging System (TLRS) developed for NASA by The University of Texas was used to conduct a four-day test of the relative lateration technique. The test evolved making repeated measurements of six lines over the Los Angeles basin varying in distance from 26 to 84 kilometers. Although the raw times-of-flight to the various targets changed typically by 5 parts in $ 10^{6} $, their line ratios varied nearly an order of magnitude less. The test suggests that the TLRS or other pulsed laser ranging systems might be able to economically combine Lageos ranging and long baseline horizontal work to survey large areas for accumulating crustal strain.
Relative lateration across the Los Angeles basin using a Satellite Laser Ranging System
Silverberg, Eric C. (Autor:in) / Cahill, Thomas (Autor:in) / Dorman, James (Autor:in)
Bulletin Géodésique ; 56
1982
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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