We present a theoretical analysis of the acoustic radiation force on a single small spherical
particle, either a thermoviscous fluid droplet or a thermoelastic solid particle, suspended in a …

We derive an analytical solution for the acoustic streaming inside a rigid tube resulting from
a pseudo-standing wave field, generated by two counterpropagating travelling waves. We …

Acoustic agglomeration as a promising preconditioning process for fine particle removal has
been proven to be inefficient for submicron particles. In order to enhance the performance of …

Concerns still exist over the safety of prolonged exposure to radio frequency (RF) wireless
transmissions and there are also potential data security issues due to remote signal …

Spraying various liquids (primarily aqueous solutions of various substances) is widely used
in various technological processes. For most of them, high dispersibility and a narrow …

The net acoustic force acting on submicron particles suspended in a gas and exposed to a
standing wave field is investigated as a function of particle size, by measuring both the …

The manipulation of submicron aerosol particles is a challenge in applications demanding
high separation and sampling efficiencies. We investigate experimentally the effects of …

Standing surface acoustic waves (SSAW) have been widely used for sorting of particles and
cells. However, the challenge with the acoustic driven separation process is the need for an …

Acoustofluidics is the combined science of acoustics and microfluidics. In acoustofluidics,
ultrasound acoustic waves are used to generate forces for manipulation of fluids and …

The emergence of commercial quantities of BNNTs facilitates the exploration of structural
material applications. BNNT-reinforced composites must exhibit extraordinary mechanical …