In complex plasmas, dust particles are charged through their interactions with the electrons
and ions of the surrounding plasma. In low-temperature laboratory plasmas, dust particles …

Plasma afterglows interacting with dust grains present a dynamic environment in which
negatively charged dust grains leaving the plasma bulk experience an environment with …

Dusty plasmas are electrically quasi-neutral media that, along with electrons, ions, neutral
gas, radiation, and electric and/or magnetic fields, also contain solid or liquid particles with …

In a plasma, the polarity of a dust grain's charge is typically negative, but it can reverse and
become positive in an afterglow, when the power sustaining the plasma is switched off. This …

In an experiment, the power that sustains a plasma was extinguished, so that microspheres,
which had been levitated, fell downward toward a lower electrode. At the beginning of their …

The Coulomb expansion of a thin cloud of charged dust particles was observed
experimentally, in a plasma afterglow. This expansion occurs due to mutual repulsion …

A method is demonstrated for controlling the charge of a dust particle in a plasma afterglow,
allowing a wider range of outcomes than an earlier method. As in the earlier method, the …

Particle charging in the afterglows of non-thermal plasmas typically take place in a non-
neutral space charge environment. We model the same by incorporating particle–ion …

An emerging topic in complex plasma physics is the interaction between dust particles and
afterglow plasmas. Control of plasma-particle interactions and specifically of the particle …

The plasma-induced charge of non-spherical microparticles is a crucial parameter in
complex plasma physics, aerosol science and astrophysics. Yet, the literature describes this …