This paper is intended to describe some results obtained by the SPICAM experiment aboard Mars Express. Nadir and limb data are analysed in order to obtain information on the aeronomy of Mars. An updated Point Spread Function (PSF) is used to estimate the intensities of the airglow. This allows a better calculation of the vertical profiles of the atmospheric emissions. Results are compared with numerical simulations. We focus on the following areas: - Dayside carbon monoxide 'Cameron Bands' and CO2 + emissions: seasonal behavior, - search for the O+ emission at 247 nm, - atomic oxygen emissions at 297 and 135 nm, and - nightside auroral emissions
International audienceWe present observations of the O2(a1Δg) nightglow at 1.27 μm on Mars using the...
International audienceThis paper is intended as an introduction to several companion papers describi...
We have analyzed MEx/SPICAM solar occultations in the ultraviolet. We retrieve middle atmosphere ver...
abstract EGU2007-A-06650For more than three years SPICAM UV spectrometer onboard ESA mission Mars Ex...
International audienceDayglow ultraviolet emissions of the CO Cameron bands and the CO2+ doublet in ...
We analyze the ultraviolet dayglow in the atmosphere of Mars through CO2+ and CO Cameron emissions. ...
Search for the O+ emission at 247 nm. • Extension to nightside auroral emissions using multi-instrum...
During orbit 716 of Mars Express mission, the clear identification of an auroral type emission has b...
International audienceIn this paper we describe measurements of the Martian dayglow obtained by SPIC...
International audienceWe present observations of the O2(a1Δg) nightglow at 1.27 μm on Mars using the...
International audienceThis paper is intended as an introduction to several companion papers describi...
We have analyzed MEx/SPICAM solar occultations in the ultraviolet. We retrieve middle atmosphere ver...
abstract EGU2007-A-06650For more than three years SPICAM UV spectrometer onboard ESA mission Mars Ex...
International audienceDayglow ultraviolet emissions of the CO Cameron bands and the CO2+ doublet in ...
We analyze the ultraviolet dayglow in the atmosphere of Mars through CO2+ and CO Cameron emissions. ...
Search for the O+ emission at 247 nm. • Extension to nightside auroral emissions using multi-instrum...
During orbit 716 of Mars Express mission, the clear identification of an auroral type emission has b...
International audienceIn this paper we describe measurements of the Martian dayglow obtained by SPIC...
International audienceWe present observations of the O2(a1Δg) nightglow at 1.27 μm on Mars using the...
International audienceThis paper is intended as an introduction to several companion papers describi...
We have analyzed MEx/SPICAM solar occultations in the ultraviolet. We retrieve middle atmosphere ver...