The concept, constraints, and capabilities of a radar altimeter type contour mapper for a Venus orbiter mission are presented. The system was developed for the proposed planetary explorer universal bus concept. A system with a height precision of 30meters over a surface area of 7200 square kilometers is achieved. Using this system and the orbit proposed in the orbiting bus concept, the northern hemisphere of Venus is mapped in one Venus day. The radar receiver system, is used in a radiometer mode to obtain a map of the diurnal and logitudinal variations of the Venus surface temperature with a resolution of 3.0 degrees Kelvin
The Venus Emissivity Mapper (VEM) has a mature design with an existing laboratory prototype verifyin...
Design criteria and technology requirements for a system of radar reference devices to be fixed to t...
International audienceBased on experience gained from using the VIRTIS instrument on VenusExpress to...
A rather broad survey is reported of the Venus radar orbiter possibilities within the period 1983-19...
The examination of Venus topography, obscured for photographic imaging, is reported in the applicati...
The surface of Venus has remained a relative mystery because of the very dense atmosphere that is op...
A study was made of a wind/altitude radar for a Venus probe. The baseline configuration was taken to...
A preliminary design of a Venus radar mapping orbiter mission and spacecraft was developed. The impo...
The Magellan radar-mapping mission to the planet Venus is described. Scientific highlights include t...
Configuration comparisons and systems evaluation for the orbital radar mapping mission of the planet...
An orbiter and a multiprobe spacecraft will be sent to Venus in 1978 to conduct a detailed examinati...
Maps of Venus based on Magellan data are being compiled at 1:50,000,000, 1:5,000,000 and 1:1,500,000...
Mariner II radar and radiometric observations of Venus during 1962 conjunction - physical dat
The investigation is concerned with Venus surface and surface map using the data of survey from spac...
Radar exploration of Venus - radiometer, spectral and polarization studies, automatic frequency trac...
The Venus Emissivity Mapper (VEM) has a mature design with an existing laboratory prototype verifyin...
Design criteria and technology requirements for a system of radar reference devices to be fixed to t...
International audienceBased on experience gained from using the VIRTIS instrument on VenusExpress to...
A rather broad survey is reported of the Venus radar orbiter possibilities within the period 1983-19...
The examination of Venus topography, obscured for photographic imaging, is reported in the applicati...
The surface of Venus has remained a relative mystery because of the very dense atmosphere that is op...
A study was made of a wind/altitude radar for a Venus probe. The baseline configuration was taken to...
A preliminary design of a Venus radar mapping orbiter mission and spacecraft was developed. The impo...
The Magellan radar-mapping mission to the planet Venus is described. Scientific highlights include t...
Configuration comparisons and systems evaluation for the orbital radar mapping mission of the planet...
An orbiter and a multiprobe spacecraft will be sent to Venus in 1978 to conduct a detailed examinati...
Maps of Venus based on Magellan data are being compiled at 1:50,000,000, 1:5,000,000 and 1:1,500,000...
Mariner II radar and radiometric observations of Venus during 1962 conjunction - physical dat
The investigation is concerned with Venus surface and surface map using the data of survey from spac...
Radar exploration of Venus - radiometer, spectral and polarization studies, automatic frequency trac...
The Venus Emissivity Mapper (VEM) has a mature design with an existing laboratory prototype verifyin...
Design criteria and technology requirements for a system of radar reference devices to be fixed to t...
International audienceBased on experience gained from using the VIRTIS instrument on VenusExpress to...