A 60-GHz multifrequency radiometric sensor for detecting clear air turbulence in the troposphere.
Clear air turbulence detection in troposphere by multifrequency radiometric sensor, noting multibeam system for supersonic aircraft
Brown, W. E.↗
SEARCH · Search NASA
Results for “radiometrics”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Radiometric evaluation of antenna-feed component losses
Radiometric method accurately calibrates the principal line sections of an antenna, including the section which contains the antenna-feed component /mode generator and polarizer/. Precise knowledge of the absolute antenna temperature is not required.
Otoshi, T. Y.↗
Radiometric absolute noise-temperature measurement system features improved accuracy and calibration ease
Radiometric receiver system, which measures noise temperatures in degrees Kelvin, does not require cryogenic noise sources for routine operation. It eliminates radiometer calibration errors associated with RF attenuation measurements. Calibrated noise source is required only for laboratory adjustment and calibration.
Brown, W.↗
Feasibility study of microwave radiometric remote sensing, volume 1
Feasibility study of microwave radiometric remote sensing of terrestrial materials with bibliography
Florance, E. T.↗
Feasibility Study of Microwave Radiometric Remote Sensing. Volume 2 - Computer Printouts
Microwave radiometric remote sensing feasibility study - Vol. 2 - computer printouts
Florance, E. T.↗
Feasibility Study of Microwave Radiometric Remote Sensing. Volume 3 - Additional Plots and Printouts
Microwave radiometric remote sensing feasibility study - Vol. 3 - additional plots and printouts
Florance, E. T.↗
Optimization of microwave radiometric systems for earth resource surveys Final report
Optimization of passive microwave radiometric systems for earth resource surveys from ground and aircraft based measurements
Barrett, A. H.↗
Examples of the usefulness of satellite data in general atmospheric circulation research. Part 1 - Monthly global atmospheric circulation characteristics as reflected in Tiros 7 radiometric measurements
Monthly global atmospheric circulation characteristics reflected in Tiros 7 radiometric measurements
Allison, L. J.↗
Radiometric evaluation of antenna-feed component losses
Radiometric method for calibrating loss of multimode antenna-feed components with linear or circular polarization, deriving calibration and error analysis equations
Otoshi, T. Y.↗
Inflight radiometric calibration of OGO-IV airglow photometer
In-flight radiometric calibration of low brightness OGO 4 airglow photometer
Blamont, J. E.↗
Microwave radiometric instrumentation for remote sensing applications
Terrestrial surface radiometric imaging by sensing thermal radiation at centimeter wavelengths to reduce atmospheric scattering attenuation
Pascalar, H. G.↗
Airborne multifrequency microwave radiometric sensing of an exposed volcanic province
Airborne microwave radiometric sensing of volcanic surface area
Blinn, J. C., III↗
Effect of radiometric errors on accuracy of temperature-profile measurement by the spectral scanning method
Effect of radiometric errors on accuracy of temperature profile measurement of exhaust gases by spectral scanning method
Buchele, D. R.↗
Active cavity radiometric scale, international pyrheliometric scale, and solar constant
Active cavity radiometric and international pyrheliometric scales comparison and solar constant from simultaneous solar irradiance measurements
Willson, R. C.↗
Effect of radiometric errors on accuracy of temperature-profile measurement by the spectral-scanning method
Spectral scanning method for determining temperature profile of jet- or rocket-engine exhaust stream by gas radiation and transmittance measurements, discussing radiometric errors effects
Buchele, D. R.↗
Structural geologic and radiometric analysis of ERTS-1 images of Nevada and southern California: A preliminary report
Radiometric analysis of ERTS-1 imagery of Nevada and southern California for identifying structural geologic features and discriminating rock and soil types
Rowan, L. C.↗
Masking bulk RBV images to reduce stationary residual errors in radiometric correction
Masking bulk RBV images to reduce stationary residual errors in radiometric correction from ERTS-1 data
Ross, D. S.↗
Use of 4-D atmospheric models in the simulation of radiometric measurements
Atmospheric moisture data contained in the Global 4-D Atmospheric Models developed in previous studies were analyzed to establish regional differences. The regional values of precipitable water along latitudinal belts were compared with values derived from the corresponding atmospheric models defined in the U.S Standard Atmosphere Supplement. The effects of the differences between the 4-D Models and the Standard Atmosphere Models on radiometric computations in the infrared window and water vapor absorption band regions were evaluated using a standard computation model of radiation transfer through a cloudless atmosphere. The significance of these differences in simulation is discussed.
Chang, D. T.↗