Thermodynamics of Substances at High Pressures

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pp. 171, b/w illustrations, graphs, charts, formulae, “The book is a continuation of the author’s books: Physicochemical Thermodynamics of Substance (2000), Fizikokhimicheskaya termodinamika veshchestva (2001), published in Yanus Publishing house, St. Petersburg. The phase equilibrium of a substance at supercritical pressures and temperatures has been considered in the book. It has been revealed that the region of existence of the fluid form of liquid flanks to the critical point of a substance. The fluid is in equilibrium, on the one hand, with the normal liquid and, on the other, with the vapour. The dependence of the thermodynamic characteristics of chemical reaction (energy, free energy, and entropy) on pressure has also been attacked. The equations obtained correlate with experience. Thus, at low pressures the equilibrium constant of chemical reaction does not depend on pressure, whereas in classic thermodynamics this dependence is postulated.”

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Book Information

ISBN 5927600204
ISBN13 9785927600205
Number of pages 171
Original Title Thermodynamics of Substances at High Pressures
Published Date 2001
Book Condition Very Good
Jacket Condition No Dj
Binding Paperback
Size 8vo
Place of Publication St. Petersburg
Edition First Edition
Category:
Author:
Publisher:

Description

pp. 171, b/w illustrations, graphs, charts, formulae, “The book is a continuation of the author’s books: Physicochemical Thermodynamics of Substance (2000), Fizikokhimicheskaya termodinamika veshchestva (2001), published in Yanus Publishing house, St. Petersburg. The phase equilibrium of a substance at supercritical pressures and temperatures has been considered in the book. It has been revealed that the region of existence of the fluid form of liquid flanks to the critical point of a substance. The fluid is in equilibrium, on the one hand, with the normal liquid and, on the other, with the vapour. The dependence of the thermodynamic characteristics of chemical reaction (energy, free energy, and entropy) on pressure has also been attacked. The equations obtained correlate with experience. Thus, at low pressures the equilibrium constant of chemical reaction does not depend on pressure, whereas in classic thermodynamics this dependence is postulated.”

Additional information

Weight 1.1 kg