diffusion coefficient

In general, the diffusion coefficients of the two materials in each other are not the same.

The required diffusion coefficients, however, appear to be larger than are observed in the real ocean.

In the anisotropic media, the diffusion coefficient depends on the direction.

It is linked to the diffusion coefficient by the equation:

Thus the diffusion coefficients had to be localized, or mapped on to the tissues.

The symmetric matrix of diffusion coefficients should be positive definite.

The model also takes into account an additional assumption that the mass diffusion coefficients of all species are equal.

D is the diffusion coefficient of the stationary phase.

"The longitudinal diffusion coefficient in flow through a tube with stagnant pockets."

Only the diffusion coefficients for the binary and ternary case can be determined with reasonable effort.

There are additional terms proportional to the diffusion coefficient D that account for the exchange of material between boxes.

The diffusion coefficient and mobility are related by the Einstein relation as above:

In a real lipid membrane, the diffusion coefficient may be limited by:

Using an empirical formula based on his data, Buckingham was able to give the diffusion coefficient as a function of air content.

In rivers and large ocean currents, the diffusion coefficient is given by variations of Elder's formula.

It is assumed in the derivation of this equation that the pressure and the diffusion coefficient are constant.

This exponential decay is related to the motion of the particles, specifically to the diffusion coefficient.

For an attractive interaction between particles, the diffusion coefficient tends to decrease as concentration increases.

Diffusion coefficients for common fluorophores in water are given in a later section.

For biological molecules the diffusion coefficients normally range from 10 to 10 m/s.

From the kinetic results, the rate of water uptake and water diffusion coefficients can be determined.

By fitting this recovery curve it is possible to calculate the diffusion coefficient of the bilayer.

In the inhomogeneous media, the diffusion coefficient varies in space, .

The dynamics of adsorption depends on the diffusion coefficient of the surfactants.

Therefore, the overall diffusion coefficient of the system would be the average each components diffusivity; however, this was found not to be true.