Sentence examples for thick junction from inspiring English sources
The alveolar macrophages were distinctly filled with the formulation, while other cells, blood capillaries and thick junction places depict diffuse fluorescence as shown in the photomicrograph.
The present paper is devoted to further development of the asymptotic method proposed in [1], where we studied the linear Signorini boundary-value problem in a thick junction.
Asymptotic results give us the possibility to replace the original problem in a thick junction by the corresponding homogenized problem that is simpler and then apply computer simulation.
The type (k:p d) of a thick junction refers, respectively, to the limiting dimensions (as (varepsilonto0)) of the junction's body, the joint zone and each of the attached thin domains.
2. In a typical interpretation the solution to the problem (1.2 - 1.3 1.2 - 1.3the denotes of some quanthey (chemical concentration, temperature, electronic potential) at equilibrium within the thick junction (Omega_{varepsilon}). Usually the source of the quantity is locatedensitye junctiof'somedy.
A thick junction of type (k:p d) is a union of some domain in (mathbb{R}^{n}) (called the junction's body) and a large number of thin domains, which are ε-periodically attached to some manifold on the boundary of the junction's body.
Successful applications of thick-junction constructions have stimulated active study of BVPs in thick junctions with strongly contrasting physical properties (see [16 18]).
In contrast to the paper [1] we consider thick junctions with more complex structure, namely thick multi-level junctions.
In addition, thick junctions are non-convex domains with non-smooth boundaries.
It is often impossible to solve problems in thick junctions directly with numerical methods, because this would require too much CPU resources considering a large number of components of thick junctions (in some cases few thousands).
All these factors create special difficulties in the asymptotic analysis of boundary-value problems in thick junctions.
