Sentence examples for influence of drop from inspiring English sources

The influence of drop size distribution is more realistically represented in this model.

The predicted influence of drop size distribution on the performance of liquid liquid extraction columns has been experimentally verified for non-coalescing dispersions in a rotating disc contactor.

In this work, an improved dynamic combined model considering the influence of drop size distribution has been developed, by which the axial mixing can be easily evaluated using a one-dimension search.

The model equations have been solved numerically with a range of parameter values in order to predict the extent of the influence of drop size distribution on extraction rates.

The influence of drop coalescence and breakup on the existence of multiple steady states is studied for a two-phase stirred isothermal reactor where the chemical reaction in the d̀ispersed phase obeys the rate expression − r = kC/(1 + KC 2.

In this paper, the salient features of the safety rod and its mechanism, details related to mathematical modelling and sensitivity of the parameters having influence on drop time are presented.

This observation prompts the suggestion that the influence of pressure drop on separation efficiency is greater than considerations of cyclone geometry and scale.

To improve the momentum theory, in this paper the influence of pressure drop due to wake rotation and the effect of radial velocity at the rotor disc in the momentum theory are considered.

Finally, an alternative formulation of the boundary condition at the host material|electrolyte interface (model MIII) is used to study the influence of Ohmic drop, together with the use of large potential steps.

In this work, the utilization of ultramicroelectrodes and the special methodology used to conditioning the surface brought important contributions to the interpretation of experimental results by avoiding the influence of ohmic drop and bubbles evolution on the surface, thus increasing the reproducibility of the experiments.

Some theoretical derivations presented in the above review, as well as the validity domains of theoretical results obtained by Lee and Pyun are discussed in these comments in terms of potential step amplitude, interfacial reaction mechanism, electrode kinetics and influence of Ohmic drop.