Sentence examples for vortex intensity from inspiring English sources

Vortex intensity and size depend on H/W ratio, factors such as the confining effects, Reynolds number, and particle concentrations.

More information about post-treatment details such as vortex intensity, dilution range, or spread volume were rarely given.

The dependence on the vortex intensity is almost linear in agreement with the general belief.

The dimensionless stream function contours showed that the vortex intensity and size depend on H/W ratio, such as on the confining effects, Reynolds number and particle concentrations.

It is shown that the velocity of flame propagation depends strongly on the vortex intensity and size.

Still, on small scales, the Darrieus Landau instability becomes important only for a sufficiently low vortex intensity.

Both the nozzle-to-plate distance and the Reynolds number (based on the jet diameter) have been considered constants during the study and equal to 4 jet radii and 23,000, respectively, while the input (or design) parameters are defined by the vortex structure, i.e. the dimensionless swirl intensity S and vortex core δ.

A contraction originates a central jet and suppresses the formation of recirculation zones despite the vortex acquires a high swirl intensity Ω (i.e. 1 < Ω < 2).

However, there are no reports on the influence of the vortexing time or intensity on the survival of plasma-treated cells.

The intensity of vortex decreases quickly after circulation hits the CMR.

Besides the effects of special structures on vortex shape and turbulence intensity is studied, such as the guiding and friction effect by the side spherical wall on gas motion, and strong shear force on both sides of the main channel.