Sentence examples for at surface active from inspiring English sources

Inhibitor molecules may thus be adsorbed more readily at surface active sites having suitable adsorption enthalpies.

It was found that increasing the fluid velocity and/or increasing the experimental temperature significantly aggravated NAEC, which may be attributed to the enhanced mass transfer and the accelerated corrosion reactions at surface active sites as well as the rapid spallation of corrosion products from the metal surface.

These materials contained very small particles at surface actives to eliminate 90 95% of Escherichia coli and Salmonella typhi colonies at times as short as 90 minutes.

Later, phospholipids were found at synovial joints as surface active phospholipids (SAPL) [ 9].

The results showed that the simultaneously formed surfactant protein layer at the complex is more surface active than that formed sequentially.

Adsorption of the surface active compounds at air water interface was studied by measuring the surface tension of the aqueous solutions.

A momentum jump condition is derived which models the influence of surface active agents at fluid interfaces due to Marangoni stresses.

This allows the DIPD to monitor the interfacial tension of surface active species at liquid liquid interfaces in flow-based analytical techniques, such as flow injection analysis (FIA), sequential injection analysis (SIA) and high performance liquid chromatography (HPLC).

The analysis of electrochemical impedance spectroscopy by equivalent circuit fitting yields potential-dependent charge-transfer resistances and inductances with the same sign (positive or negative), corresponding to the regeneration or passivation of surface active sites at different potentials.

The polymers discussed in this paper are amphiphilic in nature, i.e., they are surface active (enrich at interfaces) and they have the ability to form micelles in an aqueous water phase and reverse micelles in an oil phase.

Impedance characteristics for three frequency regions were studied bulk solution-influenced high frequency response, medium frequency parameters representing adsorption of surface active lubricant additives at the electrode interface, and low frequency characteristics related to diffusion and charge transfer processes.