Sentence examples for between two phases and from inspiring English sources

Enhancement of mass transfer between two phases and improvement of extraction efficiency are expected if features of micro spaces are adopted for a liquid liquid two-phase process.

As the refrigerant flow inside the capillary tubes is accompanied with phase change, non-equilibrium between two phases, and critical two-phase flow, capillary tube modeling is not as simple as its simple geometry.

Further work needs to be done to verify the difference between two phases and to improve the field emission property of Ag-TCNQ.

Velocity and concentration profiles are generated by considering the effects of the relative velocity between two phases and a non-uniform flow.

The interfacial tension is: sigma = frac{{Delta rho gR_{0}^{2} }}{beta } (1 where σ is the interfacial tension, Δρ is the density difference between two phases and g is the acceleration due to gravity.

A more elongated, less compact protein has a possibility to choose such a pathway of folding in which the protein folding goes through the small boundary between two phases and consequently through a rather low free energy barrier of folding.

The developed PF model is applicable for the general case of PT between three phases and can be applied (adjusted) to other physical phenomena, such as premelting/disordering at grain boundaries, martensitic PTs, surface-induced premelting and PTs, and developing the interfacial phase diagrams.

In the frame of this model, at the point of thermodynamic equilibrium between folded and unfolded states the rate of protein folding depends on the size of the boundary between two phases (folded and unfolded), and unfolding closed loops protruding from the folded part, the nucleus, create an additional surface tension, which results in deceleration of the protein folding.

The concentration gradient is the difference of (substrate or product) concentration between two phases (Bleoanca and Bahrim 2013).

The interfacial tension between two phases α and β is then expressed in terms of the two components for each phase: γ αβ = γ α + γ β - 2 γ α d γ β d 1 2 - 2 γ α p γ β p 1 2 (2).

Under equal conditions, a more spherical, more compact protein is not able to avoid the large boundary between two phases (folded and unfolded) in the transition state independent of the folding pathway.