Titlebook: Chemical Thermodynamics; An Introduction Ernö Keszei Textbook 2012 Springer-Verlag GmbH Germany, part of Springer Nature 2012 chemical equi

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Tranakchit Harinasuta,Danai Bunnag spontaneous and irreversible processes is discussed, compared to reversible processes. In the main part of the chapter, heat engines, refrigerators and heat pumps are described in detail. The treatment is based on equilibrium calculations; irreversibility is only considered as losses due to the non

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https://doi.org/10.1007/978-3-0348-7108-2of view of chemical thermodynamics. The reader finds a meticulously explained description of the basic thermodynamic characteristics of multicomponent systems which are of paramount importance in chemistry. Though the composition variable is explicitly present in the formalism from the beginning of

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,Haffkine — A Historical Appreciation,formal thermodynamic treatment of phase equilibria in general, its main thrust is to discuss many different cases of phase equilibria that have practical importance. These cases are numerous, but all of them treated here can be classified as phase equilibria, thus this chapter is the longest in the

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Iván Izquierdo,Antonia G. NaselloThe chapter begins with a short summary explaining what is physical chemistry, and the role of chemical thermodynamics within. Essentials of the historical development along with the origin of the name “thermodynamics” is also given. At the end of the chapter, the origin of postulatory thermodynamics is briefly described.

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Introduction,The chapter begins with a short summary explaining what is physical chemistry, and the role of chemical thermodynamics within. Essentials of the historical development along with the origin of the name “thermodynamics” is also given. At the end of the chapter, the origin of postulatory thermodynamics is briefly described.

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Polyamines as markers of malignancy,aw, with a short explanation of material balance equations. The solution of this equation for semi-infinite and infinite diffusion is also discussed. A brief explanation of principal processes and coupled processes concludes the short chapter.