Feb 29, 2024 · Abstract: A microwave radiation model with coherent surface scattering is developed for analyzing the topographic effects of the lunar ...
A microwave radiation model with coherent surface scattering is developed for analyzing the topographic effects of the lunar permanently shadowed region ...
Abstract—A microwave radiation model with coherent surface scattering is developed for analyzing the topographic effects of the lunar permanently shadowed ...
A microwave radiation model with coherent surface scattering is developed for analyzing the topographic effects of the lunar permanently shadowed region ...
Analyzing the Topographic Effects of the Lunar PSR on Radiometric Observations Using a Microwave Radiation Model With Coherent Surface Scattering.
Feb 29, 2024 · A microwave radiation model with coherent surface scattering is developed for analyzing the topographic effects of the lunar permanently ...
A detailed model of the lunar regolith is analyzed to examine the feasibility of an orbital mapping of heat flow using microwave radiometers.
A microwave radiation model with coherent surface scattering is developed for analyzing the topographic effects of the lunar permanently shadowed region (PSR) ...
Analyzing the Topographic Effects of the Lunar PSR on Radiometric Observations Using a Microwave Radiation Model With Coherent Surface Scattering. IEEE ...
Analyzing the Topographic Effects of the Lunar PSR on Radiometric Observations Using a Microwave Radiation Model With Coherent Surface Scattering · Wenchao ...