Add to ORKGThe precision and accuracy with which the S193 radiometer measured the brightness temperature of ground scenes is investigated. Estimates were derived from data collected during Skylab missions. Homogeneous ground sites were selected and S193 radiometer brightness temperature data analyzed. The precision was expressed as the standard deviation of the radiometer acquired brightness temperature. Precision was determined to be 2.40 K or better depending on mode and target temperature
A primary calibration system, PCS, for infrared radiometers has been developed, built, and tested. T...
The design, development, and characteristics of the S192 instrument for use with the earth resources...
The author has identified the following significant results. The Skylab S-193 radiometer/scatteromet...
The performance of the antenna throughout SL-2, SL-3, and SL-4 was investigated along with the anten...
The S194 L-band radiometer flown on the Skylab mission measured terrestrial radiation at the microwa...
The author has identified the following significant results. The most significant result is the good...
The author has identified the following significant results. A sea surface temperature experiment wa...
An S191 performance summary based on ground testing and orbital operations in terms of pertinent par...
The results of the sensor performance evaluation of the 13.9 GHz radiometer/scatterometer, which was...
The author has identified the following significant results. Algorithms were developed to permit cor...
The effects of some of the factors which fundamentally limit the amount of information which can be ...
The results of S190A sensor performance evaluation are summarized based on data presented by all con...
Analysis of the Skylab S194 L-band radiometer experiment data provided significant results pertainin...
The effect of misregistration on cloud brightness threshold is investigated by simulating radiometri...
The author has identified the following significant results. This report discusses an experiment to ...
A primary calibration system, PCS, for infrared radiometers has been developed, built, and tested. T...
The design, development, and characteristics of the S192 instrument for use with the earth resources...
The author has identified the following significant results. The Skylab S-193 radiometer/scatteromet...
The performance of the antenna throughout SL-2, SL-3, and SL-4 was investigated along with the anten...
The S194 L-band radiometer flown on the Skylab mission measured terrestrial radiation at the microwa...
The author has identified the following significant results. The most significant result is the good...
The author has identified the following significant results. A sea surface temperature experiment wa...
An S191 performance summary based on ground testing and orbital operations in terms of pertinent par...
The results of the sensor performance evaluation of the 13.9 GHz radiometer/scatterometer, which was...
The author has identified the following significant results. Algorithms were developed to permit cor...
The effects of some of the factors which fundamentally limit the amount of information which can be ...
The results of S190A sensor performance evaluation are summarized based on data presented by all con...
Analysis of the Skylab S194 L-band radiometer experiment data provided significant results pertainin...
The effect of misregistration on cloud brightness threshold is investigated by simulating radiometri...
The author has identified the following significant results. This report discusses an experiment to ...
A primary calibration system, PCS, for infrared radiometers has been developed, built, and tested. T...
The design, development, and characteristics of the S192 instrument for use with the earth resources...
The author has identified the following significant results. The Skylab S-193 radiometer/scatteromet...