A calibration experiment using the millimeter-wave imaging radiometer at the UK Meteorological Office calibration facility
Paul E. Racette, J. Wang, Philip Evans, Roger W. Saunders, Albin J. Gasiewski, D.M. Jackson
Abstract
Paul E. Racette, J. Wang, Philip Evans, Roger W. Saunders, Albin J. Gasiewski, D.M. Jackson
Abstract
The NASA Millimeter-wave Imaging Radiometer (MIR) was recently calibrated at the United Kingdom Meteorological Office radiometer calibration facility. Calibration data acquired at multiple reference temperatures were used to calculate correction factors that compensate for antenna beam efficiencies. These factors were then applied to another data set. Results demonstrate improved instrument calibration.
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The NASA Millimeter-wave Imaging Radiometer (MIR) was recently calibrated at the United Kingdom Meteorological Office radiometer calibration facility. Calibration data acquired at multiple reference temperatures were used to calculate correction factors that compensate for antenna beam efficiencies. These factors were then applied to another data set. Results demonstrate improved instrument calibration.
Key concepts: Radiometer, Calibration, Remote sensing, Extremely high frequency, Radiometry, Environmental science, Antenna (radio), Data set