Three images of Venus have been returned so far by the Galileo spacecraft following an encounter with the planet on UT February 10, 1990. The images, taken at effective wavelengths of 4200 and 9900 Å, characterize the global motions and distribution of haze near the Venus cloud tops and, at the latter wavelength, deep within the main cloud. Previously undetected markings are clearly seen in the near-infrared image. The global distribution of these features, which have maximum contrasts of 3%, is different from that recorded at short wavelengths. In particular, the “polar collar,” which is omnipresent in short wavelength images, is absent at 9900 Å. The maximum contrast in the features at 4200 Å is about 20%. The optical performance of th...
We present images of the nightside of Venus taken in the near-infrared windows at 1.0, 1.1, 1.18, 1....
International audienceWe present the detection and characterisation of mesoscale waves on the lower ...
The M channel of VIRTIS will allow the first systematic mapping of the surface and of the near-surfa...
Images of Venus taken in spectral bands centered at 418 (violet) and 986 (NIR) nanometers show that ...
During the 1990 Galileo Venus flyby, the Near Infaied Mapping Spectrometer investigated the night-si...
The University of Hawaii operates an infrared camera with a 128x128 HgCdTe detector array on loan fr...
Near-infrared images of the Venus night side show bright contrast features that move from east to we...
Venus is completely enshrouded by clouds that have complex layered structure. The cloud top can be ...
We have obtained full-disk spatially resolved spectra of the Venus nightside at near-infrared wavele...
More than three decades have passed since the publication of the last review of the Venus clouds and...
Abstract Since insertion into orbit on December 7, 2015, the Akatsuki orbiter has returned global im...
The Venus Monitoring Camera (VMC) on Venus Express (VEX) spacecraft has been observing the upper clo...
Abstract Venus is covered with thick clouds. Ultraviolet (UV) images at 0.3–0.4 microns show detaile...
Ground-based near-infrared observations of the Venus night side reveal anomalous bright features at ...
Images of Venus taken at 418 (violet) and 986 [near-infrared (NIR)] nanometers show that the morpho...
We present images of the nightside of Venus taken in the near-infrared windows at 1.0, 1.1, 1.18, 1....
International audienceWe present the detection and characterisation of mesoscale waves on the lower ...
The M channel of VIRTIS will allow the first systematic mapping of the surface and of the near-surfa...
Images of Venus taken in spectral bands centered at 418 (violet) and 986 (NIR) nanometers show that ...
During the 1990 Galileo Venus flyby, the Near Infaied Mapping Spectrometer investigated the night-si...
The University of Hawaii operates an infrared camera with a 128x128 HgCdTe detector array on loan fr...
Near-infrared images of the Venus night side show bright contrast features that move from east to we...
Venus is completely enshrouded by clouds that have complex layered structure. The cloud top can be ...
We have obtained full-disk spatially resolved spectra of the Venus nightside at near-infrared wavele...
More than three decades have passed since the publication of the last review of the Venus clouds and...
Abstract Since insertion into orbit on December 7, 2015, the Akatsuki orbiter has returned global im...
The Venus Monitoring Camera (VMC) on Venus Express (VEX) spacecraft has been observing the upper clo...
Abstract Venus is covered with thick clouds. Ultraviolet (UV) images at 0.3–0.4 microns show detaile...
Ground-based near-infrared observations of the Venus night side reveal anomalous bright features at ...
Images of Venus taken at 418 (violet) and 986 [near-infrared (NIR)] nanometers show that the morpho...
We present images of the nightside of Venus taken in the near-infrared windows at 1.0, 1.1, 1.18, 1....
International audienceWe present the detection and characterisation of mesoscale waves on the lower ...
The M channel of VIRTIS will allow the first systematic mapping of the surface and of the near-surfa...