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State and Thermodynamic Properties

Ghose S., Choudhury N., Chaplot S. L., and Rao K. R. (1992). Phonon density of states and thermodynamic properties of minerals. In Advances in Physical geochemistry, vol. 10, S. K. Saxena (series ed.). Berlin-Heidelberg-New York Springer-Verlag. [Pg.831]

Hie applications of thermodynamics to flow processes usually are to finite amounts of fluid undergoing finite changes in state. One might, for example, deal with the flow of gas through a pipeline. If the states and thermodynamic properties of the gas entering and leaving the pipeline are known, then application of the... [Pg.114]

Table XVI summarizes all the ligand sequences observed for co-balt(III) complexes as a whole using the different experimental techniques. The direction of a sequence, as written in Table XVI, is determined by reference to the corrinoids in ground-state and thermodynamic properties and by obvious parallels in the case of kinetic properties. Examination of the results shows that a similar order of ligands is observed for all groups of complexes and at all levels. As a broad generalization, we can say that the ligands which contain the more electronegative donor atoms such as Cl, 0, N (except in NO ), and C in CN occur at one end, those with S, Se, I, H, and C toward the other, with the simple alkyls such as CHs together with NO at the extreme end. Table XVI summarizes all the ligand sequences observed for co-balt(III) complexes as a whole using the different experimental techniques. The direction of a sequence, as written in Table XVI, is determined by reference to the corrinoids in ground-state and thermodynamic properties and by obvious parallels in the case of kinetic properties. Examination of the results shows that a similar order of ligands is observed for all groups of complexes and at all levels. As a broad generalization, we can say that the ligands which contain the more electronegative donor atoms such as Cl, 0, N (except in NO ), and C in CN occur at one end, those with S, Se, I, H, and C toward the other, with the simple alkyls such as CHs together with NO at the extreme end.
EQUATION OF STATE AND THERMODYNAMIC PROPERTIES OF FREON-21. //ENGLISH TRANSLATION OF TEPLOENERGETIKA 16/1/79-83,1969.//... [Pg.210]

Kiselev, S.B. and Rainwater, J.C. (1997) Extended law of corresponding states and thermodynamic properties of binary mixtures in and beyond the critical region. Fluid Phase Equilibria 141, 129-154. [Pg.121]

Novak J. P., Malijevsky A., Matous J., Sobr J. Plyny a plynne smesi, Stavov6 chovani a termodynamicke vlastnosti (Gases and Gas Mixtures, Behaviour of State and Thermodynamic Properties) Academia, Prague 1972. [Pg.276]

Altunin V. V., Gadetsky O. G. Equation of State and Thermodynamic properties of liquid and gaseous Freon 22.—Thermophysical Properties of Substances and Materials. Gosstandart SSSR, GSSSD, 1973, 7, p. 115—135. [Pg.196]

Thermochemical calculations of reactions involving metal oxides (Reactions (25) to (27)) were not carried out because of unknown oxidation states and thermodynamic properties of many metal oxides. However, according to Jones (1987), the heats of reaction of Reactions (25) and (26) are small. [Pg.197]

Sinanoglu, O. Pitzer, K. S. (1959). Equation of state and thermodynamic properties of gases at high temperatures I. Diatomic molecules. J. Chem. Phys., 31,960-967. [Pg.418]

Goldman G, Todheide K (1976) Equation of state and thermodynamic properties of molten potassium chloride to 1320 K and 6 kbar. Z Naturforsch 31a 769-776... [Pg.96]


See other pages where State and Thermodynamic Properties is mentioned: [Pg.25]    [Pg.415]    [Pg.416]    [Pg.235]    [Pg.415]    [Pg.416]    [Pg.25]    [Pg.210]    [Pg.280]    [Pg.110]    [Pg.194]    [Pg.127]    [Pg.163]   


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