Sentence examples for drop approaches from inspiring English sources

The force balance model developed takes into account the drop deformation that occurs as the drop approaches detachment.

In the near-critical pressure region, the two-phase frictional pressure drop approaches that of single phase flow because the density difference between water and steam is small.

We compare briefly with experiment and with previous treatments of more energetic collisions, and describe the detailed dynamics of the thin film as the drop approaches the wall, bounces a few times and finally settles to macroscopic equilibrium.

It illustrates that the behavior of a drop approaches that of a rigid sphere and that about 100 times higher bulk concentration of SDS than that of Triton X-100 is required for the same extent contamination of a MIBK drop of the same size.

We saw a similar positive effect with both hanging drop and sitting drop approaches for a lysozyme/dried seaweed experiment (Supplementary Table S2).

However, given that these packages are based on gene dropping approaches they are less computationally efficient in comparison with the combination of coalescent and gene drop approaches presented here.

Results clearly show that suction reduces the effects of surface phenomena on the pressure drop approaching more closely the Hagen Poiseuille flow solution.

Permeability may be determined by either a fixed pressure drop or fixed flow rate experiment, with results presented from the fixed pressure drop approach by imposing a small gravity head of the flowing liquid; liquid flow is gravimetrically measured.

We extend a thin film model used successfully to account for weak drop deformations in both Atomic Force Microscope and Surface Force Apparatus experiments to the case of a free buoyant drop approaching a solid horizontal surface.

These equations may be used to compare the coalescence times of drops and bubbles in a close-packed dispersion since the draining film beneath a two-dimensional drop approaching its homophase is cylindrical and the films between a drop in the bulk of the dispersion and the surrounding drops are horizontal or vertical.

This is achieved via an immobility factor, obtained from a comparison of the film drainage times for surfactant-laden systems and surfactant-free systems as a function of the drop approach velocity, surface Péclet number, initial surfactant concentration and the Hamaker constant, which is then used to modify the coalescence probability in the phase inversion model.