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Relationships Between Self-, Tracer, Chemical, Ambipolar, and Defect Diffusion Coefficients

5 Relationships Between Self-, Tracer, Chemical, Ambipolar, and Defect Diffusion Coefficients [Pg.224]

Up to this point, quite a number of diffusion coefficients, listed below, have been introduced. For the reader not well versed in the field, this could lead, understandably enough, to some confusion. The purpose of this section is to shed some light on the subject. [Pg.224]

During the course of this chapter, the following diffusion coefficients were introduced and discussed  [Pg.224]

Self-diffusion This is a measure of the ease and frequency with which [Pg.224]

A atoms hop in pure A, but it applies equally to compounds M X j where the species M and X form two independent sublattices. [Pg.224]




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Ambipolar diffusion

Ambipolar diffusion coefficient

Chemical and Ambipolar Diffusion

Chemical defect

Chemical tracers

Defect Diffusivities

Defect diffusion coefficient

Diffusion coefficient chemical

Diffusion coefficient tracer

Diffusion tracer

Diffusivity chemical

Diffusivity defects

Diffusivity self-diffusion coefficient

Diffusivity tracer

Self relationship

Self-diffusion

Self-diffusivities

Self-diffusivity

Tracer self-diffusion

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