Sentence examples for cylindrical liquid jet from inspiring English sources

Meanwhile, an observation system for nanoparticle wall collisions in a laminar cylindrical liquid jet has been developed.

In present paper, by considering the inertial effect and the Brownian motion of nanoparticles, a theoretical model was established for calculating the collision frequency between the nanoparticles and the solid surface in a laminar cylindrical liquid jet impacting normally on the solid surface.

The breakup of a particle laden viscous liquid jet, emitted from a cylindrical nozzle in a rotating cup and thus elongated by centrifugal force is studied by means of perturbation theory and experiments.

Two physical models: one is a liquid jet directed into a cylindrical bath to disperse buoyant particles suspended on the top of the bath (3D), and the second one is a rotary drum rotating on a free surface to drag down particles from the free surface.

A submerged jet is formed when a liquid jet is discharged into the same liquid medium.

A free surface jet is formed when a liquid jet is discharged into a gas medium.

In GJF process, a primary turbulent gas jet is used for liquid jet initiation, liquid jet stretching, and drying of the liquid jet into nanofibers.

Upon liquid jet impinging on a horizontal plate, the liquid spread due to inertia and gravity forces.

Liquid jet and spray impingement cooling were studied experimentally by Oliphant et al. [19].

Spectroscopy of excited-state hydrated electrons in a liquid jet implicates nonadiabatic relaxation.

Deponte et al. tested their liquid jet injector in a differentially pumped sample chamber of a 200-kV TEM and photographed the jet under different flow conditions [24].