Sentence examples for between the particle surface from inspiring English sources

The concept of the critical chain length for radical entry Z was used for modelling the rate of carboxylation between the particle surface and particle core.

It differs from standard immersed boundary methods due to the use of a local spectral representation of the solution in the neighborhood of each particle, which is used to bridge the gap between the particle surface and the underlying fixed Cartesian grid.

Removal of the ligands through the thermal treatment allows for a greater interaction between the particle surface and the electrolyte.

It was assumed that the distance between the particle surface and loading plate during the compression, hgap, was constant due to the repulsive energy potential[22].

In a colloidal suspension, the Zeta potential is the electric potential existing between the particle surface and the dispersing liquid at the slipping plane.

When a nanoparticle is dispersed in an aqueous solution, surface ionization and the adsorption of cations or anions result in the generation of the surface charge and an electric potential will be developed between the particle surface and the bulk of dispersion medium [42, 43].

We found that the fracture toughness of the composites was approximately linear with respect to the reciprocal of the product of (i) the square root of the mean distance between the particle surfaces and (ii) the normalized mean stress in the matrix given by the equivalent inclusion method.

The Γads on the colored NPs was found to be dictated by synergistic effects of the conformation change of BSA at a given pH and the electrostatic interaction between the protein and the particle surface.

The cyclic voltammograms indicate, in addition to the charge transfer between ferrocene units on the particle surface, an interparticle charge transfer.

This strong intensity decrease of the C = O stretching peak and the appearance of new bands at 1547 and 1404 cm-1, which are due to the asymmetric and symmetric stretching of the COO- carboxylate group, respectively, suggests that an efficient attachment between the polymer and the particle surface has taken place through the carbonyl group.

A better understanding of the mechanics and physical processes involved in surface coating by the LB necessitates further biophysical studies to look at the contribution of free energy change between the membrane and the particle surface, the thickness of the hydration layer, LB fluidity and stability, and diffusivity, etc.