Brownian particles move under the influence of collisions of molecules.

For example, the finest sand particles are 10 times the diameter of the largest clay particles.

Also known as the Wiener process, this movement describes the displacement of a large particle immersed in a fluid consisting of many small particles.

Some air purifiers have different CADR ratings for dust, pollen, (the largest particle) and for smoke (the smallest particle).

Casein exists in milk in the form of a micelle, which is a large colloidal particle.

Disclosed herein are compositions comprising novel calcined kaolins having a large particle size and low levels of alkali and alkali earth metal oxides.

So the ApoB single protein on the The VLDL has to hold together a very large particle and stay on the particle as it gets smaller and smaller.

If the temperature is warmer than -15°C, the polarity is reversed: the small crystal carries a negative charge, then the large particle carries a positive charge.

A nanoparticle moves very differently than a larger-sized particle.

Brownian particles move under the influence of collisions of molecules.

For example, the finest sand particles are 10 times the diameter of the largest clay particles.

The more energy the water has, the larger the particle it can carry.

Also known as the Wiener process, this movement describes the displacement of a large particle immersed in a fluid consisting of many small particles.

Some air purifiers have different CADR ratings for dust, pollen, (the largest particle) and for smoke (the smallest particle).

The dynamic particle parameters may be particle displacement values, particle velocity values, particle acceleration values or particle pressure values.