Spectral line profiles, curves of growth, and curves for the equivalent width of a line as a function of Venus phase angle are computed for a Rayleigh scattering cloud and compared with those for a cloud of isotropic scatterers. The results are similar for the two kinds of scattering, with the exception for the curves of equivalent width as a function of Venus phase angle. These latter curves exhibit the inverse phase effect and rule out the possibility that the scale height of the clouds can be much less than half the scale height of the gas
Two years of data from the M-channel of the Visible and InfraRed Thermal Imaging Spectrometer (VIRTI...
The so‐called unknown absorber in the clouds of Venus is an important absorber of solar energy, but ...
International audienceNightside infrared limb spectra of the Venus upper atmosphere, obtained by Ven...
Horak and Harris found that the observed visual brightness of Venus at phase angles α > 120° exceeds...
The study of the variation of equivalent width in a Rayleighscattering planetary atmosphere along th...
Experimental measurements by ultraviolet photometers aboard Venera-9 and -10 are presented, discusse...
Spatially-resolved near-infrared spectra from the Visible and Infrared Thermal Imaging Spectrometer ...
Analysis of turbulence-induced fluctuations in refractive index in Venus atmospher
Abstract. Absorption and polarization line profiles as well as the curves of growth in the integrate...
Optical phase curves have become one of the common probes of exoplanetary atmospheres, but the infor...
Context. Reflected light from a spatially unresolved planet yields unique insight into the overall o...
Observations of the short period variations in ultraviolet polarization and carbon dioxide line inte...
A new definition of the effective depth of line formation is given which incorporates its dependence...
The determination of the single scattering phase functions of Jupiter's clouds and a thin upper haze...
The effects are investigated of sphericity on the radiation reflected from a planet with a homogeneo...
Two years of data from the M-channel of the Visible and InfraRed Thermal Imaging Spectrometer (VIRTI...
The so‐called unknown absorber in the clouds of Venus is an important absorber of solar energy, but ...
International audienceNightside infrared limb spectra of the Venus upper atmosphere, obtained by Ven...
Horak and Harris found that the observed visual brightness of Venus at phase angles α > 120° exceeds...
The study of the variation of equivalent width in a Rayleighscattering planetary atmosphere along th...
Experimental measurements by ultraviolet photometers aboard Venera-9 and -10 are presented, discusse...
Spatially-resolved near-infrared spectra from the Visible and Infrared Thermal Imaging Spectrometer ...
Analysis of turbulence-induced fluctuations in refractive index in Venus atmospher
Abstract. Absorption and polarization line profiles as well as the curves of growth in the integrate...
Optical phase curves have become one of the common probes of exoplanetary atmospheres, but the infor...
Context. Reflected light from a spatially unresolved planet yields unique insight into the overall o...
Observations of the short period variations in ultraviolet polarization and carbon dioxide line inte...
A new definition of the effective depth of line formation is given which incorporates its dependence...
The determination of the single scattering phase functions of Jupiter's clouds and a thin upper haze...
The effects are investigated of sphericity on the radiation reflected from a planet with a homogeneo...
Two years of data from the M-channel of the Visible and InfraRed Thermal Imaging Spectrometer (VIRTI...
The so‐called unknown absorber in the clouds of Venus is an important absorber of solar energy, but ...
International audienceNightside infrared limb spectra of the Venus upper atmosphere, obtained by Ven...