Combustion and other high-temperature processes can produce solid aerosol nanoparticles
with complex morphologies, including fractal-like aggregates of primary particles …

Particle shape strongly influences the diffusion charging of aerosol particles exposed to
bipolar/unipolar ions and accurate modeling is needed to predict the charge distribution of …

In this paper, it is shown that microparticles can be effectively neutralised in the (spatial)
plasma afterglow of an inductively coupled plasma. A key element in the reported …

Respirators, medical masks, and barrier face coverings all filter airborne particles using
similar physical principles. However, they are tested for certification using a variety of …

This study investigates the effect of sodium chloride on the charge state of soot
nanoparticles formed in a laminar diffusion flame by measuring the soot particle size …

This work provides a theoretical and non-dimensional numerical analysis of the dynamics of
gas-borne unipolar charged particles flowing through a cylindrical tube at high number …

This study presents a novel method for measuring the collisional charge of micrometer-sized
particles in insulating oil. Specific studies involve measuring the charge of micrometer …

The charging state of submicron particles strongly affects the number of particles deposited
on the inner surface of human airways during inhalation, and an increase in this number …

Engineered, condensational growth of aerosol particles is a well-established technique
incorporated into particle detection and sampling systems. It is typically accomplished …

Hypothesis By altering aerosol growth dynamics with unipolar charges, one can obtain
aerosols with narrow particles size distributions, a highly desirable feature in applications of …