Sentence examples for between particles can be from inspiring English sources

Each particle is assumed to be fully surrounded by polymeric matrix such that contact between particles can be avoided.

In contrast to bulk materials, in these gases the interactions between particles can be freely tuned to be as strong as quantum mechanics allows.

The model considers a Brownian coagulation kernel and assumes that interactions between particles can be described through the DLVO theory, where the presence of a Stern layer is accounted for.

Meanwhile, the agglomeration between particles can be prevented by protective agent.

Besides, the probability of collisions between particles can be reduced by the steric effect of organic system (A/W), which contributes to the formation of nanoparticles with uniformity and good dispersion.

The distribution gradient of phosphorus has recently been illustrated by our group in a spatially resolved manner using X-ray absorption microscopy and representative images are shown in Fig. 5. From the figure, it can also be observed that by introduction of phosphorus using wet impregnation heterogeneities in the phosphorus distribution between particles can be found.

Using the Schrödinger wave equation, interactions between fundamental particles can be modelled as if they were waves that interfere with each other, instead of the classical description of fundamental particles, which has them hitting each other like billiard balls.

Besides, the minimum gap between adjacent particles can be flexibly controlled by changing the thickness of the shell elements.

Coulomb's law of the force between charged particles can be derived from this theory, and the photon can be viewed as a "messenger" particle that conveys the electromagnetic force between charged particles of matter.

Using the starburst microporous carbon spheres as electrode active materials, the contribution of the particle's micropores and of the macropores between the particles can be clearly distinguished.

A collision between two particles can be represented by a Newton sphere, that is defined by its velocity radius and center-of-mass point.