Sentence examples for intensive dispersion from inspiring English sources

In-line rotor-stators are used for a wide range of power intensive dispersion applications, including the breakup of immiscible liquid droplets or agglomerates.

The intensive modal dispersion could be modeled as multi-path channel delay which causes low-pass channel frequency response [1, 2].

Quantifying volcanic ash hazard at the regional scale typically requires simplification of computationally intensive approaches to ash dispersion modelling using coarser input datasets.

Jetloop reactors show specific properties, such as intensive mixing and effective gas dispersion, which make them an interesting alternative for conventional reactor concepts in homogeneous multiphase catalysis.

This reinforces the probability that strains were acquired due to dispersion within the intensive care unit by carers and the environment and not a specific feed source such as contaminated infant formula.

We measured rabbit abundance in a vast area in which thirty-two restocking plots were built to create an initial rabbit population for further dispersion, in addition to an intensive habitat management program.

In addition, recent microbiome studies have indicated the possible dispersion of bacteria in the neonatal intensive care units [ 48].

Polymer composites have been prepared by dispersion of CNFs into polymer matrices applying intensive shear via extrusion.

But this expensive, labor intensive test requires trained personnel to interpret, and the dispersion of sleep in critically ill patients throughout both day and night means that PSG must be used around the clock to study sleep in the ICU [ 4].

Enhanced heterogeneous nucleation in Al Mg alloys can be attributed to the high potency of MgAl2O4 particles with a lattice misfit of 1.4% and the increased number density of MgAl2O4 particles due to either natural dispersion by the increased Mg content or forced dispersion through intensive melt shearing.

However, predicting doses due to atmospheric dispersion of radionuclide generally requires execution of complex and computationally intensive physical models.