Attitude angle effects on Nimbus-7 scanning multichannel microwave radiometer radiances and geophysical parameter retrievals
Daniel Stuart MacMillan, Daesoo Han, National Space Science Data Center. Space Data and Computing Division
National Aeronautics and Space Administration, Office of Management, Scientific and Technical Information Division, 1989 - Science - 47 pages
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140 ISO ISO 2SO 2BO 40 SO BO 81 different combinations angle in January angle in July angle of incidence antenna temperatures atmospheric opacity attitude variations average incident angle BICHT SCAV boresight Chang and Wilheit correction in Equation descending node ECLIPTIC ANGLE DEC Equation 19 GHz horizontal radiance GHz vertical brightness global average Gloersen Greenbelt horizon sensors INCIDENCE ANCLE CORR incident angle correction incident angle sensitivity incident angle variation ISO ISO 200 isothermal LEFT SCAV M/SEC Microwave Radiometer SMMR MIDDLE SCAN Monthly average incident Monthly average nighttime MONTHLY INCIDENT ANGLE Multichannel Microwave Radiometer NASA orbital behavior polarization rotation angle Qroll retrieval algorithm retrieved SST right scan run for 81 SCAM SCAN 20 scan angle Scanning Multichannel Microwave sea surface temperature Seasat sensitivities to incident SMMR radiances SMMR retrieved smooth ocean surface SPACECRAFT ECLIPTIC ANGLE surface conditions surface wind speed three scan positions vertical radiance W/0 INCIDENCE ANCLE windspeed yaw angle