Discussion - Institute Of Metals Division - Thermodynamic Activities And Diffusion In Metallic Solid Solutions – Discussion – Treuting, R. G.

The American Institute of Mining, Metallurgical, and Petroleum Engineers
H. [Eyring] B. J. Zwolinski
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The American Institute of Mining, Metallurgical, and Petroleum Engineers
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33
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1732 KB
Publication Date:
Jan 1, 1947

Abstract

[ ] The authors are to be commended for their excellent work on the activities of components in the solid state. It is, however, felt that certain points require clarification with reference to diffusion in the solid state. It is a well established point that any rate process in a non-ideal system can be expressed by the general equation [ ] where ko is the specific rate in an ideal system, and ?A, ?B ... , the activity coefficients of the reactants and ?± and ?M,?N the activity coefficient of the activated complex and the intermediates, respectively. With reference to diffusion, the following simplified treatment in correcting for non-ideality is proposed. The same free energy change is involved in moving a particle from a solution of one activity to a solution of another activity,
Citation

APA: H. [Eyring] B. J. Zwolinski  (1947)  Discussion - Institute Of Metals Division - Thermodynamic Activities And Diffusion In Metallic Solid Solutions – Discussion – Treuting, R. G.

MLA: H. [Eyring] B. J. Zwolinski Discussion - Institute Of Metals Division - Thermodynamic Activities And Diffusion In Metallic Solid Solutions – Discussion – Treuting, R. G.. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1947.

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