Sentence examples for descriptions of interface from inspiring English sources
The work by Goldstein [12, 13] and Muratov [14] on pattern formation in two-dimensional excitable reaction-diffusion systems is especially relevant in this context, as both authors have developed effective descriptions of interface dynamics in terms of non-local interactions.
That would make the information more accessible, and also allow the authors to remove detailed descriptions of interfaces and contacts from the text.
Detail description of interface components.
The micromechanical approach considers the mechanics of asperity contacts and utilizes statistical description of interface roughness.
Consistent with this macroscopic description of interface behavior, a set of governing equations are then introduced by considering the conservation of mass and the balance of momentum in the mixture.
The subject of mean flow pattern has not been covered in view of the earlier publication (Chemical Engineering Science 56 (2001) 5893 5933), which also deals with the subject of the formulation of governing equations and the description of interface force terms for gas liquid dispersions.
While the Continuum Surface Force (CSF) model is well-engineered for the description of interfaces, there is still a lack of treatment of contact lines, which are defined by the intersection of an ending fluid interface and a solid boundary surface.
However, these semantic descriptions are not commonly found in services, which provide only syntactic descriptions of their interfaces (i.e., WSDL).
However, web services with an abstract description of the interface (e.g., RESTful interfaces, representational state transfer used by IEDB [ 15]) enable the integration of these tools into complex workflows driven by tailor-made code.
The method uses an explicit multiresolution description of the interface, which is represented by wavelet vectors that correspond to the details of the interface on different scale levels.
The description of the interface sub-categorizes these method into parametric and geometric approaches.
