fluid phase

Above the critical temperature and pressure, a substance has only a single fluid phase.

There is no fluid phase near them to give them room to move anywhere.

You were captured during the fluid phase of the battle, and couldn't possibly know how things stand now."

Above that temperature and pressure water is a single fluid phase, neither liquid nor vapor.

The fluid phase equations are solved using a finite volume approach.

The term gas refers to a compressible fluid phase.

They are classified based on their fluid phase, alkalinity, dispersion and the type of chemicals used.

It is an example of fluid phase endocytosis and is usually a continuous process within the cell.

Droplets of a spray are treated by a zero-dimensional approach to account for heat and mass transfer to the fluid phase.

The interactions between the fluid phase and solids phase is modeled by use of Newton's third law.

Fluid Phase Equilibria can be obtained in print or in electronic form.

These models, in general, are mainly focused on the solution of the Navier-Stokes equations for the fluid phase.

Helium-4 is a special case that presents a triple point involving two different fluid phases (see lambda point).

It has been known for decades that the addition of cholesterol to a fluid phase bilayer decreases its permeability to water.

The complement component C5 can be also activated by fluid phase C5 convertase.

(2003) "Printing Chemical libraries on microarrays for fluid phase nanoliter reactions".

This functionality is one of the reasons that cell membranes are usually composed of fluid phase bilayers.

Platelets also participate in the fluid phase of coagulation through their active biochemical contents and by providing surfaces for reactions to take place.

A secondary cause of overpressure is fluid expansion, due to changes in the volume of solid and/or fluid phases.

A concentration gradient of chemicals developed in a fluid phase guides the vectorial movement of responder cells or organisms.

Fluid Phase Equilibria publishes peer-reviewed scientific papers from the fields of chemistry, thermodynamics, and chemical engineering.

The momentum of the fluid phase is coupled to the particle phase through the rate of momentum exchange, .

Adsorption is a thermodynamic separation process, which is characterized by the removal of molecules out of a fluid phase at a solid surface.

Furthermore, upon incubation with macrophages, the reduced compound was internalized into cells through fluid phase endocytosis, and eventually accumulated in lysosomes.

Methods of filtration vary depending on the location of the targeted material, i.e. whether it is dissolved in the fluid phase or suspended as a solid.