✍ Scribed by J. Jenkins; M.B. King
No coin nor oath required. For personal study only.
📜 SIMILAR VOLUMES
STOOIES of the surface tensions of several binary cryogenic mixtures 6 have shown that their surface tensions can be predicted from information on the vapour-liquid equilibria of the mixtures and various properties of the pure components. This paper
A model (AGAPE), based on consideration of the properties of whole, rather than segments of, molecules, that allows the prediction of phase equilibria in terms of two general physical parameters is presented. One of the parameters is a geometric (or entropic) parameter while the other is an energeti
Vapor-lqmd eqmhbrmm for the oxygen-argon system at h& oxygen concentranon (99 98% of oxygen) was measured up to 90 17 K at atmosphenc pressure with an apparatus The value of the logarithm of the relaove volatilty m the high oxygen concentration range ss found to he log,,,aAo = 0 2 The method of Prau
The glass-forming composition region of the tetraethylammonium chloride-uater system has been determined\_ The existence of a low-temperature liquid-liquid immiscibility is established.
Consistent (vapour + liquid) equilibrium data for the ternary system (benzene + cyclohexane + anisole) at p = 101.32 kPa are reported. The results indicate that the mixture deviates positively from ideality and that only the minimum binary azeotrope (benzene + cyclohexane) exists. The activity coeff