Thermodynamic tables inorganic materials

Landolt-Bomstein Tables, Thermodynamic properties of inorganic materials compiled by SGTE, vol. 19, Group IV Physical chemistry. No. Subvolume A, Part 2, Springer Verlag, (1994). Cited on pages 335,519, 520. 

Metallurgical, materials, ceramic and chemical engineers worldwide will welcome this new compilation of thermochemical data by Professor Barin. Here they will find the most comprehensive tables yet available for the thermodynamic properties of pure substances as a function of temperature at 100° intervals. Almost twenty-four hundred substances are included - the elements, and compounds of two, three, and four elements. The vast majority of substances are inorganic, but Dr. Barin has included a generous selection of the more common hydrocarbons, carbohydrates, and a few chlorinated hydrocarbons. The format of the tables conforms to that of the JANAF tables, and SI units are employed. 

A volume of the well-known Landolt-Bornstein tables contains 942 pages on thermodynamic data for organic and inorganic substances in the three states of matter. Techniques used for making measurements on refractory materials are described and the data obtained are presented in the form of graphs and tables in the book entitled Thermodynamics of Ceramic Systems . 

Organic material can be positioned on a clay mineral surface in two ways either by the excheinge of the native inorganic cations by an organic cation (e.g., a quaternary ammonium cation) or by surface adsorption of a neutral organic molecule (e.g., an amine) on the external sinface of the clay peirticles. Tables 9.2 and 9.3 illustrate the changes in surface thermodynamic properties as the coverage of the clay surfaces varies. It is clear that modest amounts... 

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