Outgassing history of Venus and the absence of water on Venus [PDF]
Similarities in the size and mean density of Earth and Venus encourage the use of Earth-analogue models for the evolution of Venus. However, the amount of water in the present Venus atmosphere is miniscule compared to Earth's oceans.
Zhang, Youxue, Zindler, Alan
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Exploring the variability of the venusian atmosphere above the clouds with the IPSL Venus GCM
, 2020 S. Lebonnois +6 more
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Telecommunications and data acquisition support for the Pioneer Venus Project: Pioneers 12 and 13, prelaunch through March 1984 [PDF]
The support provided by the Telecommunications and Data Acquisition organization of the Jet Propulsion Laboratory (JPL) to the Pioneer Venus missions is described. The missions were the responsibility of the Ames Research Center (ARC).
Miller, R. B. +3 more
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An aerosol transport model based on a two‐moment microphysical parameterization in the Venus middle atmosphere: Model description and preliminary experiments [PDF]
, 2006 Masaru Yamamoto, Masaaki Takahashi
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Absorption of sunlight in the atmosphere of Venus [PDF]
The profiles of upward, downward and net solar flux on Venus were measured at altitudes from about 62 km to the surface in three spectral bands at a vertical resolution of a few hundred meters.
Doose, L. R., Tomasko, M. G.
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Airborne observations of astronomical objects [PDF]
The UV spectra of the sun, as well as the differences and ratios of planetary and solar spectra, are presented. The results indicate that SO, SO2 and ClO2 may be present in Venus' atmosphere, and Formaldehyde CH2O and ClO2 on Jupiter.
Sivjee, G. G.
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An Analysis of the Chemical Composition of the Atmosphere of Venus on an AMS of the Venera-12 Using a Gas Chromatograph [PDF]
Eight analyses of the atmosphere of Venus were made beginning at an altitude of 42 km right down to the surface of the planet. The following were detected in the atmosphere of Venus: nitrogen in concentrations of 2.5 plus or minus 0.5 volumetric %, argon
Gelman, B. G. +8 more
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The upper atmosphere of Venus: Model predictions for mass spectrometry measurements
, 2019 Salome Gruchola +3 more
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Chemical Analysis of Materials Exposed to Venus Temperature and Surface Atmosphere [PDF]
, 2018 Dorothy Lukco +8 more
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Kinetics of thermochemical gas-solid reactions important in the Venus sulfur cycle [PDF]
The thermochemical net reaction CaCO3 + SO2 yields CaSO4 + CO is predicted to be an important sink for incorporation of SO2 into the Venus crust. The reaction rate law was established to understand the dependence of rate on experimental variables such as
Fegley, Bruce, Jr.
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