Einstein relation

Einstein relation

[′īn‚stīn ri‚lā·shən]
(physics)
The relation in which the mobility of charges in an ionic solution or semiconductor is equal to the magnitude of the charge times the diffusion coefficient divided by the product of the Boltzmann constant and the absolute temperature.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.
References in periodicals archive ?
The viscosity of blood is varying according to Einstein relation. The periphery region of the vessel comprises of plasma layer whose flow is considered as Newtonian and of constant viscosity.
The blood in central layer of blood vessel is a suspension of erythrocytes and is considered as Newtonian fluid with variable viscosity which varies according to Einstein relation. The peripheral layer is filled with plasma fluid and is considered as Newtonian fluid of constant viscosity.
The viscosity of blood in central layer is allowed to vary according to the Einstein relation
In order to facilitate matters we shall assume that DM's non-Planckian particle/wave properties are consistent with both the Einstein relation for the total energy of a particle, in the form
In fact, such an interaction can be expressed by a so-called Einstein relation implicating Hausdorff, spectral and walk dimension, expressing geometric, analytic and stochastic aspects of a set (see (GM83), (Tel06), and (Zho93) as related references).
Mandelbrot, Diffusion on fractal lattices and the fractal Einstein relation, J.

Full browser ?