Radar measurements of the surface topography and roughness of Mars
Mars surface topography and roughness from radar measurements
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Mars surface topography and roughness from radar measurements
Lunar surface roughness effects on thermal radiation, using model surface with parallel troughs
Radiatively interacting adjoint plates in presence of collimated solar flux, considering surface roughness effects on equilibrium temperature distribution
Radiative heat transfer between opaque interacting surfaces for equal temperature adjoint plates with one dimensional surface roughness profile
Surface roughness effects on thermal radiant energy interchange between opaque interacting surfaces formulated for unequal temperature adjoint plates
Spectral bidirectional reflectance measurements of rough metallic surfaces for reflected energy spatial distribution determination in radiative heat transfer problems
Runway and taxiway profile and airplane response measurements to determine runway roughness
Correlation of zero phase brightness surge - heiligenschein with lunar surface roughness
Wind and temperature sensors installed on NSSL-WKY /Oklahoma City/ meteorological tower to evaluate roughness lengths
Surface roughness effects on gas to wall heat transfer in conical converging diverging nozzles, using heated air
Radiative heat transfer between opaque interacting surfaces, investigating surface roughness effects
Vector solution for electromagnetic wave scattering from rough surface of arbitrary dielectric constant
Radiatively interacting adjoint plates in presence of collimated solar flux, considering surface roughness effects on equilibrium temperature distribution
Directional thermal emission from rough lunar surface as function of crater frequency, aspect ratio and solar deviation angle, comparing to Lambertian behavior
Electromagnetic wave scattering from rough surfaces, discussing radar return differences for different polarizations
Epitaxial Ag thin film with controlled surface roughness on mica, measuring electrical resistivity as function of temperature, thickness and surface specularity in vacuum
Mobility capability of lunar roving vehicles relative to terrain roughness, computing power requirements
Bistatic radar scattering cross section from slightly rough perfectly conducting infinite surface, using Fourier transform