Sentence examples for using accurate solutions of from inspiring English sources
The overall device optical performance comparison with three dissimilar metallic layers (Au, Ti, and Ag) is performed numerically using accurate solutions of Maxwell׳s equations.
In this paper, a new TiO2-based UV photodetector including back triangular texturization morphology has been investigated numerically using accurate solutions of Maxwell's equations.
The merits of using both metallic nanoparticles and grooves morphology in the ZnO/p-Si interface to improve solar cell optical performance are investigated numerically using accurate solutions of Maxwell's equations.
The overall solar cell optical performance comparison between the conventional design and a proposed design including three different intermediate metallic layers (Au, Ag and Ti) is carried out numerically using accurate solutions of Maxwell's equations.
The FEM technique is used for finding accurate solutions of the heat transfer equation in walls made up of light concrete multi-holed bricks with large recesses.
The finite element method (FEM) is used for finding accurate solutions of the heat transfer equation for light concrete hollow brick walls.
The finite element method (FEM) is used for finding accurate solutions of the heat transfer equation for five different light concrete hollow brick walls.
The high-order model that takes into account the in-plane rigidity through the depth of the core, denoted as HSAPT-A, uses the accurate solution of the 3D elasticity problem involved.
Unsteady aerodynamics around a flapping wing is studied by using a time accurate solution of the three-dimensional, incompressible, laminar Navier Stokes equations.
Their Markov model approach, without using approximation, theoretically gives us the accurate solution of the system, but the use of a ring configuration for the small number of regulatory units cannot reproduce the behavior of the units at the filament ends thus introducing errors.
The proposed methods lead to a robust and accurate solution of the elliptic problem using standard black-box iterative solvers.
