Page 13 - Chemical equilibria Volume 4
P. 13

Preface







                             This book – an in-depth examination of chemical thermodynamics – is
                           written for an audience of engineering undergraduates and Masters students
                           in the  disciplines of chemistry, physical chemistry, process engineering,
                           materials, etc., and doctoral candidates in those disciplines. It will also be
                           useful for researchers at fundamental- or applied-research labs dealing with
                           issues in thermodynamics during the course of their work.

                             These audiences will, during their undergraduate degree, have received a
                           grounding in general thermodynamics and chemical thermodynamics, which
                           all science students are normally taught, and will therefore be familiar with
                           the fundamentals, such  as the principles and the basic functions of
                           thermodynamics, and the handling of phase and chemical equilibrium states,
                           essentially in an ideal medium, usually for fluid phases, in the absence of
                           electrical fields and independently of any surface effects.

                             This set of books, which is positioned somewhere between an
                           introduction to the subject and a  research paper, offers a detailed
                           examination of chemical thermodynamics that is necessary in the various
                           disciplines relating to chemical or material sciences. It lays the groundwork
                           necessary for students to go and read  specialized publications in their
                           different areas. It constitutes a series of reference books that touch on all of
                           the concepts and methods. It discusses both scales of modeling: microscopic
                           (by statistical thermodynamics) and  macroscopic, and illustrates the link
                           between them at every step. These models are then used in the study of solid,
                           liquid and gaseous phases, either of pure substances or comprising several
                           components.
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