NIMBUS SPACECRAFT DEVELOPMENT
Nimbus meteorological satellite system for data on worldwide atmospheric processes - real-time weather forecasting and research
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Nimbus meteorological satellite system for data on worldwide atmospheric processes - real-time weather forecasting and research
Statistics, flight plan, orbit, subsystems, launch vehicle, and project officials for TIROS I satellite
Development, testing and operational programs of Nimbus I meteorological satellite
Weather satellite design, operation and communication for weather forecasting, particularly Tiros and Nimbus spacecraft
Automatic picture transmission system on Nimbus and earth synchronous satellites for transmission of weather charts
Nimbus-C meteorological satellite launch description
Rockets and spacecraft as tools for meteorological observations in upper atmosphere, discussing temperature variations, wind pressure patterns and demarcated zone
Search for terrestrial life at kilometer resolution, using Tiros and Nimbus meteorological satellite photographs
Integration support equipment functions, operation, and physical characteristics for interrogation, recording, and location subsystem used in Nimbus B satellite
Michelson type interferometer for Nimbus meteorological satellite to obtain vertical temperature, humidity and ozone profile
Nimbus II AVCS, APT, HRIR and MRIR sensory data analysis
Tiros satellites characteristics including ESSA I
Solid state image sensing devices developed for meteorological satellite applications
Michelson type interferometer for Nimbus meteorological satellite to obtain vertical temperature, humidity and ozone profile
Blackbody source calibrates the response of a medium resolution infrared radiometer used on a meteorological satellite. This approach controls the temperature of a thermal calibrating device over a wide range without the need for controlling a liquid nitrogen input to the device. The availability of liquid nitrogen achieves the required thermal control.
Weather forecasting by use of meteorological satellite television cloud cover
Soviet meteorological satellite system requirements including Cosmos onboard equipment
Meteorological satellite TV cameras development, discussing image sensors and tabulating characteristics