Sentence examples for surface active material from inspiring English sources

The experiments conducted at lower separation pressures all show a degassing, which creates a flotation effect where the rising gas bubbles transport surface active material away from the water oil interface, resulting in less stable emulsions.

A variety of immunohistochemical techniques have been applied to study several components of the lung, such as collagen, surface active material, lung specific antigens, and enzymes and the detection of tumor markers, immunoglobulins and infectious agents in the respiratory system which is reviewed.

Blanchard, D. C. Sea-to-air transport of surface active material.

This study simulates the surfactant transport onto a lamella in a foam fractionation column with reflux: such columns offer greater control over enrichment and recovery of the surface active material.

The influence of such factors are the surface active material, H3BO3 and mixing of H2SO4 on the potentiostatic forming of positive lead electrodes with the production paste was investigated.

It was first recognized well over three decades ago that conducting airway secretions exhibit evidence of surface active material [2].

In the absence of other dissolved species and surface active materials, it appears that changes in the permeability of alumina membranes are largely due to changes in the composition of counter ions in membrane pores.

Our results highlight the potentials for an ability to produce surface active materials by selected microorganisms that can be employed for demulsification activities, and how some may be better producers than other for such uses, we hope that this leads to further investigations in this area.

The FDC CTAB clay GC modified electrode allows to determine H2A in presence of UA, and shows good anti-fouling properties towards surface active materials.

The usual chemicals contain toxic isocyanates which are able to produce surface active materials in side reactions with drilling muds and polar crude oil components.

The mathematical modeling of adsorption/retention behavior of surface active materials in a porous medium composed of a complex network of macropores, mesopores, and micropores was studied herein.