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Recent space science missions, including spacecraft navigation, orbit determination, and sensing systems that mimic the actual conditions in space have a considerable success depends on accurate trajectory tracking methods. Since ground-based calibration efforts can be corrupted during launch environments it is necessary to develop on-orbit calibration methods to maximize sensor performance. Future...
The use of microwave observations in the frequency range of 90-150 GHz holds the promise to dramatically improve the retrieval of integrated liquid water in thin clouds due to the increased sensitivity of these frequencies to the presence of liquid water. One of the largest sources of retrieval uncertainty at these frequencies is the inaccuracy of liquid water absorption models at low temperatures...
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