Now, for reasons that I won't go into now, all colloidal particles must carry an electric charge.

What particle carries the force that is observed between to permanent magnets?

However, if one or both particles carry a larger amount of kinetic energy, various other particle pairs can be produced.

All the particles known to science in the 1920s carried an electric charge as an integral characteristic, charges that were either positive or negative.

The particles themselves carry a positive static electric charge, while the image sensor is negatively charged, which makes them attract each other.

The particles may also carry compounds like benzene and dioxin, which can cause cancer.

First, any charged particle that moves as a result of a difference in electric potential can "carry" current.

Virtual particles do not necessarily carry the same mass as the corresponding real particle, although they always conserve energy and momentum.

Practically all particles in fluids carry a surface charge.

Both particles created in a single fusion reaction carry energy that can be turned into heat and, ultimately, into electricity.