Sentence examples for mean drop sizes from inspiring English sources

The mean drop sizes have been compared with a new model based on drop formation at equivalent point sources within the packing.

Mean drop size was expressed as the mass mean diameter D43.

The mean drop size increases with increased interfacial tension, continuous phase viscosity and orifice diameter.

Mean drop size, fractional hold-up of dispersed phase, and axial mixing have been determined in a 72 mm dia.

Further, at low pulse intensities, the mean drop size is influenced individually by both pulse amplitude and frequency.

It has been customary to relate the Sauter mean drop size, d32, to Weber number, We, by the relationship d32D∝We-0.6 d32D∝We-0.6

We record the process using high-speed video techniques and determine the mean drop size in order to validate the results obtained by the model.

Here, mean drop size and drop size distributions are reported for six different impellers covering 3 generic types over a range of mean specific energy dissipation rates.

In mixing of immiscible fluids, the final steady state drop size distribution, corresponding to a minimum mean drop size, is commonly approached in a monotonic way.

This investigation relates the mean drop size to both the maximum turbulence energy dissipation rate and the turbulent flow in an agitated tank.

In contrast, for the mean drop size an unexpected dependency on the gas-relative-velocity is observed, as larger droplets were found for intensified cross-flows.