Laboratory Corroboration of the Pioneer Venus Gas Chromatograph Analyses

@article{Oyama1979LaboratoryCO,
  title={Laboratory Corroboration of the Pioneer Venus Gas Chromatograph Analyses},
  author={Vance I. Oyama and Glenn C. Carle and Fritz H. Woeller and James B. Pollack},
  journal={Science},
  year={1979},
  volume={205},
  pages={52 - 54}
}
Laboratory simulation and tests of the inlet sampling system and columns of the Pioneer Venus gas chromatograph show that the sensitivity to argon is not diminished after the column regeneration step, argon isotopes are not separated, oxygen and sulfur dioxide are not produced in the inlet sampling system from sulfur trioxide, and sulfur trioxide is not formed from sulfur dioxide and oxygen. Comparisons of the volatile inventory of Venus and Earth imply similar efficiencies of early outgassing… 
16 Citations
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References

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Venus Lower Atmospheric Composition: Preliminary Results from Pioneer Venus
Initial examination of data from the neutral mass spectrometer on the Pioneer Venus sounder probe indicates that the abundances of argon-36, argon-38, and neon-20 in the Venus atmosphere are much
Venus Lower Atmospheric Composition: Analysis by Gas Chromatography
TLDR
A comparison of the inventory of inert gases found in the atmospheres of Venus, Earth, and Mars suggests that these components are due to outgassing from the planetary interiors.
Venus Thermosphere: In situ Composition Measurements, the Temperature Profile, and the Homopause Altitude
The neutral mass spectrometer on board the Pioneer Venus multiprobe bus measured composition and structral parameters of the dayside Venus upper atmosphere on 9 December 1978. Carbon dioxide and
Nature of the Ultraviolet Absorber in the Venus Clouds: Inferences Based on Pioneer Venus Data
Several photometric measurements of Venus made from the Pioneer Venus orbiter and probes indicate that solar near-ultraviolet radiation is being absorbed throughout much of the main cloud region, but
Implications of the Gas Compositional Measurements of Pioneer Venus for the Origin of Planetary Atmospheres
TLDR
Comparisons are made between the volatile inventories of the terrestrial planets, including Pioneer Venus data, and the predictions of three classes of theories for the origin of planetary atmospheres, finding the grain accretion hypothesis can account for the trends in the volatile inventory from Venus to Earth to Mars.
The mass spectrometric analysis of the Ar mix
    Pollack
    • Science
    • 1979