Sentence examples for variable interface from inspiring English sources

Further an extension of the approach to a variable interface orientation is presented.

Model equations have been solved for the cases of (a) infinite and (b) finite continuous phase mass-transfer coefficients—or constant, and variable, interface compositions.

Other interaction regions show only side chain conformational differences associated with variable interface areas.

Multi-fluid interfaces are represented using field variables (interface functions) with associated transport equations that are augmented, with respect to an established formulation, to enforce a selected interface thickness.

The interaction force and the equilibrium position of the dislocation are examined for variable parameters (interface stress and material mismatch).

This region shows a large and variable interaction interface, which is associated with large side chain and backbone conformational differences.

The proposed solution is compared with one that neglects the interaction at the variable-section interface of the pile with the surrounding soil; additionally, the coupled effects of the related pile-soil parameters and the interaction at the variable-section interface with the surrounding soil are analyzed.

Bi <0.1 This is to ensure the one dimensional heat transfer Ste <0.5 Ste is taken as the smaller perturbation parameter in the perturbation method and the variables (temperature, interface location and time) are expanded as powers in terms of Ste.

Ste <0.5 Ste is taken as the smaller perturbation parameter in the perturbation method and the variables (temperature, interface location and time) are expanded as powers in terms of Ste.

For these two parts, simple general explicit formulae are derived, which contain only the initial concentration and height variables, the interface height and its derivative as a function of time.

An approach to multiparametric characterisation of variable electroactive interfaces based on potentiodynamic electrochemical impedance spectroscopy (PDEIS) [G.A. Ragoisha, A.S. Bondarenko, Electrochim. Acta 50 (2005) 1553] has been extended to atomic multilayer assembly monitoring.