Author:
Campbell A. N.,Kartzmark E. M.,Anand S. C.
Abstract
A simple calorimeter has been devised by means of which the heats of mixing (molar excess heats) of the following systems have been determined at 22 °C: acetone – acetic anhydride; acetone – carbon disulfide; acetic anhydride – carbon disulfide; and a pseudo-binary section of the ternary system acetone – acetic anhydride – carbon disulfide. From these data the partial molar excess heats have been obtained. All systems are very non-ideal except the system acetone – acetic anhydride, which is almost ideal.For the partially miscible system acetic anhydride – carbon disulfide, the excess thermodynamic quantities of mixing, GE, HE, and TSE, have been calculated,
Publisher
Canadian Science Publishing
Subject
Organic Chemistry,General Chemistry,Catalysis
Cited by
7 articles.
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1. Some Electrical and Thermodynamic Properties of the System: Indium Trichloride–Dioxane–Water;Canadian Journal of Chemistry;1974-11-15
2. Some Thermodynamic Properties of Indium Trichloride, Indium Hydroxide, and Indium Trioxide;Canadian Journal of Chemistry;1974-05-15
3. Thermodynamic and other properties of methanol + acetone, carbon disulphide + acetone, carbon disulphide + methanol, and carbon disulphide + methanol + acetone;The Journal of Chemical Thermodynamics;1973-03
4. Phase Equilibria in the Systems Acetone–Methanol, Acetone–Cyclohexane, Methanol–Cyclohexane, and Acetone–Methanol–Cyclohexane;Canadian Journal of Chemistry;1972-02-15
5. The Acetone – Acetic Anhydride – Carbon Disulfide System: Surface Tension, Viscosity, and Total and Partial Vapor Pressures;Canadian Journal of Chemistry;1971-07-01