Liquid-vapor equilibrium of multicomponent cryogenic systems.

Details Liquid-vapor equilibrium of multicomponent cryogenic systems. Liquid-vapor equilibrium of multicomponent cryogenic systems.

May 1990

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1990nascp3077..303t&link_type=abstract

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Titan Atmosphere: Laboratory Simulations, Titan Atmosphere: Chemistry

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A specific system being investigated in this work is CH4-C2H6-N2, at conditions relevant to Titan's surface and atmosphere. The authors discuss: the modeling of existing data on CH4-N2, with applications to the composition of Titan's condensate clouds; some new measurements on the CH4-C2H6 binary, using a high-precision static/volumetric system, and on the C2H6-N2 binary, using the volumetric system and a sensitive cryogenic flow calorimeter; and describe a new cryogenic phase-equilibrium vessel with which they are beginning a detailed, systematic study of the three constituent binaries and the ternary CH4-C2H6-N2 system at temperatures ranging from 80 to 105K and pressures from 0.1 to 7 bar.

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