wettability

It is a number between 0 and 1 describing wettability of a rock in drainage processes.

Thus, the contact angle provides an inverse measure of wettability.

An example of readily tunable wettability is found with special developed fabrics.

An increase in temperature increases the wettability of the surface, promoting fluid flow.

"Wettability" is the percentage area of contact of a tape on a component.

The wettability is determined by whether or not the grains preferentially absorb oil over water.

There have been a few efforts in fabricating a surface with tunable wettability.

Thicker tapes tend to provide better "wettability" with uneven component surfaces.

Antimony is added to increase strength without affecting wettability.

The wettability of a surface is determined by the outermost chemical groups of the solid.

This depends on the mobility ratio, the wettability of the rock and the pore geometry.

It quantifies the wettability of a solid surface by a liquid via the Young equation.

Bismuth significantly lowers the melting point and improves wettability.

One trend of research is the study of the relationship between wettability and anti-fouling effectiveness.

The degree of wetting (wettability) is determined by a force balance between adhesive and cohesive forces.

In addition, the substrate flatness, clean room conditions and the wettability of the surface are important factors to achieve good bond results.

The aliquoting effect is achieved due to the differences in wettability of the recipient sites and the surrounding area.

Knowing the critical surface tension of a solid, it is possible to predict the wettability of the surface.

Adaptive fluid-infused porous films change states when stretched, allowing for dynamic control over transparency and wettability.

The researchers found that acrylonitrile was more susceptible to be compatible with the electrolyte due to the wettability property.

The magnitude of this effect depends upon the wettability characteristics of the solid with respect to the liquid in contact with the surface.

Other important substrate criteria are low roughness and suitable wettability, which can be tuned pre-treatment (coating, corona).

The Amott test is one of the most widely used empirical wettability measurements for reservoir cores in petroleum engineering.

Perhaps no one of his era made greater contributions to the vast collection of excellent data on contact angle, wettability, surface tension, and adhesion.

There is not a generally accepted method used to test wettability, other than placing a droplet of electrolyte onto the separator and observing what happens.