Deep space station 13: Deep Space Network research and development 34-m beam waveguide antenna
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deep space station 13↗
Engineering topics
Teitelbaum, L.
Publications and source records attributed to Teitelbaum, L..
Atmospheric Calibration for Cassini Radio Science
The signals from the Cassini spacecraft that will be affected by delay fluctuations in the Earth's atmosphere. These fluctuations are dominated by water vapor in the troposphere, and in the case of Gravitaional Wave Experiment (GWE), they are likely to be a limiting error source. A passive remote sensing system, centered around a water vapor radiometer (WVR), has been developed to provide calibrations of water vapor fluctuations during radio science experiments.
Cassini Cassini radio GWE gravity wave experiment ↗
Atmospheric Calibration for Cassini Radio Science
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GWE gravitational wave experiment Cassini microwav↗
A Test of WVR-Based Troposphere Calibration Using VLBI Observations on a 21 km Baseline
Simultaneous VLBI and WVR measurements on a 21 km baseline showed that calibration by WVRS removed 80-90% of the effect of tropospheric delay fluctuations for these experiments.
observations delay fluctuations↗