capillary pressure

This dissipates the capillary pressure and returns to the start of the cycle.

The power behind the densification is derived from the capillary pressure of the liquid phase located between the fine solid particles.

Negative capillary pressure (which is lost upon wetting)

Inside the pipe's walls, an optional wick structure exerts a capillary pressure on the liquid phase of the working fluid.

Densification requires constant capillary pressure where just solution-precipitation material transfer would not produce densification.

The equation for capillary pressure is only valid under capillary equilibrium, which means that there can not be any flowing phases.

As grain size decreases so does the permeability in most cases, due to an increase in the associated capillary pressure resisting passage of the fluids.

A combination of surface tension, capillary pressure and other complex fluid dynamics ensures that the fluid is refilled ready for the next fire cycle.

Reduced blood pressure means decreased venous pressure and hence a decreased peritubular capillary pressure.

- Determination of Relative permeability (kr) and Capillary pressure (Pc)

When the liquid phase wets the solid particles, each space between the particles becomes a capillary in which a substantial capillary pressure is developed.

One of these problems is the determination of soil-water-characteristic curve (also called (water retention curve) and/or capillary pressure curve).

Pulmonary capillary transmural pressure is determined by pulmonary capillary pressure and airway pressure.

Increased pulmonary arterial and capillary pressures (pulmonary hypertension) secondary to hypoxic pulmonary vasoconstriction.

It reveals relative permeability and capillary pressure from two-phase flow performed in the SCAL laboratory.

An increase in the capillary pressure in the abdominal viscera can cause fluid to leave the interstital space and enter the peritoneal cavity, a condition called ascites.

A capillary seal is formed when the capillary pressure across the pore throats is greater than or equal to the buoyancy pressure of the migrating hydrocarbons.

By varying relative permeabilities and capillary pressure Sendra history matches time dependent experimental data, like production and differential pressure until the experimental data is verified.

It results from the redistribution of fluid from the splanchnic circulation and lower extremities into the central circulation during recumbency, with a resultant increase in pulmonary capillary pressure.

The Leverett J-function is an attempt at extrapolating capillary pressure data for a given rock to rocks that are similar but with differing permeability, porosity and wetting properties.

Special core analysis is distinguished from "routine or conventional core analysis" by adding more experiments, in particular including measurements of two-phase flow properties, determining relative permeability and capillary pressure.

Glomerular capillary pressure, and thus glomerular filtration rate, can be influenced by constriction or relaxation of the afferent arteriole, resulting in decreases or increases in pressure.

With the lighter forces not exceeding the capillary pressure of the periodontium, tooth movement has been claimed to occur more rapidly and more comfortably by many doctors using passive self-ligating braces.

The Buckley-Leverett equation or the Buckley-Leverett displacement can be interpreted as a way of incorporating the microscopic effects due to capillary pressure in two-phase flow into Darcy's law.

When capillary pressures are high (and this can be the result of gravity), fluid passes out of the capillaries into the interstitial space, and edema or fluid swelling is the result.