Add to ORKGThe development of a small, lightweight, low-power, seven channel passive microwave radiometer system for use on the Defense Meteorological Satellite Program (DMSP) was described. The 50-60 GHz sensor system operates in the region of an intense atmospheric oxygen absorption band to provide atmospheric temperature profiles to 30 kilometer altitudes on a global basis
Recent advances in millimetre wave technology has opened up a new region of the spectrum to remote s...
The study of atmospheric dynamics and climatology depend on accurate and frequent measurements of te...
An area of increasing interest is the establishment of a significant research program in microwave r...
Atmospheric temperature is a key geophysical parameter when dealing with the atmosphere in areas suc...
The feasibility of a microwave vertical sensor depends on the uniformity of the radiometric temperat...
The ways in which radio signals are affected by meteorological parameters are described, as are meth...
The principal contributions of this combined theoretical and experimental effort were to advance and...
Remote sensing of atmospheric parameters with space-based passive microwave and optical sensors matu...
It is suggested that the science requirements for passive geostationary microwave observations be me...
Includes bibliographical references.The fabrication of a miniaturized ground-based water vapor profi...
A radiometer is a wideband receiver that allows the brightness temperature of the troposphere to be...
Microwave radiometer techniques were evaluated for use in atmospheric path length correction of Paci...
The use of active microwave systems to study atmospheric phenomena is studied. Atmospheric pollution...
A passive microwave spectrometer system for measuring global atmospheric temperature profiles from 0...
A software program was developed and tested to process microwave radiometry data to be acquired by t...
Recent advances in millimetre wave technology has opened up a new region of the spectrum to remote s...
The study of atmospheric dynamics and climatology depend on accurate and frequent measurements of te...
An area of increasing interest is the establishment of a significant research program in microwave r...
Atmospheric temperature is a key geophysical parameter when dealing with the atmosphere in areas suc...
The feasibility of a microwave vertical sensor depends on the uniformity of the radiometric temperat...
The ways in which radio signals are affected by meteorological parameters are described, as are meth...
The principal contributions of this combined theoretical and experimental effort were to advance and...
Remote sensing of atmospheric parameters with space-based passive microwave and optical sensors matu...
It is suggested that the science requirements for passive geostationary microwave observations be me...
Includes bibliographical references.The fabrication of a miniaturized ground-based water vapor profi...
A radiometer is a wideband receiver that allows the brightness temperature of the troposphere to be...
Microwave radiometer techniques were evaluated for use in atmospheric path length correction of Paci...
The use of active microwave systems to study atmospheric phenomena is studied. Atmospheric pollution...
A passive microwave spectrometer system for measuring global atmospheric temperature profiles from 0...
A software program was developed and tested to process microwave radiometry data to be acquired by t...
Recent advances in millimetre wave technology has opened up a new region of the spectrum to remote s...
The study of atmospheric dynamics and climatology depend on accurate and frequent measurements of te...
An area of increasing interest is the establishment of a significant research program in microwave r...
