Ground-based spectroscopic observations of isotopes of CO in the atmosphere of Mars, Venus, and Titan were collected over the 1982-1990 period. These observations were analyzed to obtain information on the photochemistry, dynamics, and thermal profiles of these planetary atmospheres. In the cases of the mesosphere (80-100 km altitude) of Venus and the lower atmosphere (0-70 km altitude) of Mars, the primary conclusion of this research is that significant interannual variation in the global, thermal, and compositional structures of these atmospheres occur over 10 year periods. The Titan studies have focussed on pinning down the true atmosphere CO abundance. A more detailed summary of the results for each of these planetary atmospheres is pro...
Submillimeter emission lines of carbon monoxide (CO) in Titan's atmosphere provide excellent probes ...
We present nightside observations of tropospheric carbon monoxide in the southern hemisphere near th...
A fast method is presented for deriving the tropospheric CO concentrations in the Venus atmosphere f...
Ground-based spectroscopic observations of isotopes of CO in the atmospheres of Mars, Venus, and Tit...
This thesis consists of inteferometric observations of carbon monoxide from three planetary atmosphe...
Repeated millimeter-wave observations of Mars, performed in September and October 1986 and January 1...
Microwave spectroscopy of solar system objects was supported. It necessarily involves millimeter and...
We report on the initial analysis of Herschel/HIFI carbon monoxide (CO) observations of the Martian ...
Atmospheric thermal properties of different altitude layers of terrestrial planets can be deduced fr...
Disk average brightness temperatures of Mercury were obtained using a 4.6 m radio telescopes. The da...
International audienceWe present a quantitative analysis of CO thermal emissions discovered on the n...
The atmospheric chemistry and dynamics of the ice giants are critical to comprehending planetary div...
A study of the use of millimeter-wavelength spectral transitions to investigate the atmosphere of Ma...
2008sf2a.conf..395CInternational audienceAn external supply of oxygenated compounds exists in outer ...
The development of high spectral resolution and highly sensitive long infrared wavelength instrument...
Submillimeter emission lines of carbon monoxide (CO) in Titan's atmosphere provide excellent probes ...
We present nightside observations of tropospheric carbon monoxide in the southern hemisphere near th...
A fast method is presented for deriving the tropospheric CO concentrations in the Venus atmosphere f...
Ground-based spectroscopic observations of isotopes of CO in the atmospheres of Mars, Venus, and Tit...
This thesis consists of inteferometric observations of carbon monoxide from three planetary atmosphe...
Repeated millimeter-wave observations of Mars, performed in September and October 1986 and January 1...
Microwave spectroscopy of solar system objects was supported. It necessarily involves millimeter and...
We report on the initial analysis of Herschel/HIFI carbon monoxide (CO) observations of the Martian ...
Atmospheric thermal properties of different altitude layers of terrestrial planets can be deduced fr...
Disk average brightness temperatures of Mercury were obtained using a 4.6 m radio telescopes. The da...
International audienceWe present a quantitative analysis of CO thermal emissions discovered on the n...
The atmospheric chemistry and dynamics of the ice giants are critical to comprehending planetary div...
A study of the use of millimeter-wavelength spectral transitions to investigate the atmosphere of Ma...
2008sf2a.conf..395CInternational audienceAn external supply of oxygenated compounds exists in outer ...
The development of high spectral resolution and highly sensitive long infrared wavelength instrument...
Submillimeter emission lines of carbon monoxide (CO) in Titan's atmosphere provide excellent probes ...
We present nightside observations of tropospheric carbon monoxide in the southern hemisphere near th...
A fast method is presented for deriving the tropospheric CO concentrations in the Venus atmosphere f...