Inspection of near-infrared images from Cassini's Imaging Science Subsystem and Visual and Infrared Mapping Spectrometer have revealed a new feature in Titan's haze structure: a narrow band of increased scattering by haze south of the equator. The band seems to indicate a region of very limited mixing in the lower stratosphere, which causes haze particles to be trapped there. This could explain the sharp separation between the two hemispheres, known as the north-south asymmetry, seen in images. The separation of the two hemispheres can also be seen in the stratosphere above 150 km using infrared spectra measured by Cassini's Composite Infrared Spectrometer. Titan's behaviour in the lower tropical stratosphere is remarkably similar to that o...
A far-infrared emission band attributed to volatile or refractory haze in Titan's stratosphere has b...
International audienceFor the past 8 years (1998-2005), we have used adaptive optics imaging (with V...
International audienceThe VIMS instrument onboard Cassini observed the north polar region of Titan a...
Inspection of near-infrared images from Cassini's Imaging Science Subsystem and Visual and Infrared ...
A far-infrared emission band attributed to volatile or refractory haze in Titan's stratosphere has b...
International audienceImages of Titan's clouds, possible over the past 10 years, indicate primarily ...
Images of Titan's clouds, possible over the past 10 years, indicate primarily discrete convective me...
International audienceImages of Titan's clouds, possible over the past 10 years, indicate primarily ...
International audienceA far-infrared emission band attributed to volatile or refractory haze in Tita...
Four broad spectral features were identified in far-infrared limb spectra from the Cassini Composite...
A far-infrared emission band attributed to volatile or refractory haze in Titan's stratosphere has b...
International audienceFor the past 8 years (1998-2005), we have used adaptive optics imaging (with V...
International audienceThe VIMS instrument onboard Cassini observed the north polar region of Titan a...
Inspection of near-infrared images from Cassini's Imaging Science Subsystem and Visual and Infrared ...
A far-infrared emission band attributed to volatile or refractory haze in Titan's stratosphere has b...
International audienceImages of Titan's clouds, possible over the past 10 years, indicate primarily ...
Images of Titan's clouds, possible over the past 10 years, indicate primarily discrete convective me...
International audienceImages of Titan's clouds, possible over the past 10 years, indicate primarily ...
International audienceA far-infrared emission band attributed to volatile or refractory haze in Tita...
Four broad spectral features were identified in far-infrared limb spectra from the Cassini Composite...
A far-infrared emission band attributed to volatile or refractory haze in Titan's stratosphere has b...
International audienceFor the past 8 years (1998-2005), we have used adaptive optics imaging (with V...
International audienceThe VIMS instrument onboard Cassini observed the north polar region of Titan a...