MARINER II- PRELIMINARY REPORTS ON MEASUREMENTS OF VENUS. MICROWAVE RADIOMETERS
Description of the radiometer carried by the mariner ii space probe
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Description of the radiometer carried by the mariner ii space probe
High thermal sensitivity 100 to 300 gc radiometers with 4 mm reflex klystrons as local oscillator sources for operation in the 2.1 and 1.3 mm atmospheric absorption region
Mariner ii spacecraft microwave radiometer experiment & venus space probe
Mariner ii spacecraft microwave radiometer experiment & venus space probe
Data reduction and mapping procedures utilizing tiros iii five-channel radiometer data
Calibration of five channel tiros satellite radiometer
Comparison of intermediate and video frequency correlation radiometers which use two antenna receiver systems
Two-wavelength microwave radiometer to measure temperature and heat exchange at sea surface through heavy overcast for use in manned satellites - oceanography
Microwave radiometers for ocean and weather measurements
Development of 560 GHz fourth harmonic mixer and 140 GHz third harmonic generator for use in radiometer
Nimbus High Resolution IR Radiometer /HRIR/, SHOWING photographic display and analog traces
Nimbus High Resolution Infrared Radiometer /HRIR/, subsystem, calibration, and flight performance
Theoretical relationship between equivalent blackbody temperatures and surface temperatures measured by Nimbus High Resolution Infrared Radiometer /HRIR/
Terrestrial features observed by Nimbus High Resolution Infrared Radiometer /HRIR/
Mariner II microwave radiometer experiment to study Venus surface and atmosphere
Supporting data for study to improve Nimbus high resolution infrared radiometer
Electronics modifications and improved detector cooling for Nimbus high resolution infrared radiometer