Sentence examples for model for dielectric from inspiring English sources

This article proposes an invariant representation that is derived from the standard dichromatic reflection model for dielectric and the extended dichromatic reflection model for metal.

By using Drude model for dielectric function of the metal, we develop dispersion theory of the SPP at the MDN-vacuum surface.

The invariant representation was derived from the standard dichromatic reflection model for dielectric and the extended dichromatic reflection model for metal.

The invariant representation for a variety of objects in a real world is derived from the standard dichromatic reflection model for dielectric [9] and the extended dichromatic reflection model for metal [13, 14].

In 1941, K. S. Cole and R. H. Cole established the Cole Cole model for dielectric constants (Cole and Cole 1941); later, many scholars studied ionic conduction and rock polarization processes, analyzing the dielectric constant property of non-homogeneous multi-pore materials (Hilfer et al. 1995, 1999; Nover et al. 2000; Ruffett et al. 1991; Davidson and Cole 1950, 1951).

The electro-elastic stress state is defined as the combination of the electrical Maxwell stress and the mechanical stress for hyperelastic materials [Goulbourne, N.C., Mockensturm, E.M., Frecker, M., 2005a. A nonlinear model for dielectric elastomer membranes. ASME Journal of Applied Mechanics 72, (6) 899–906].

We briefly explain an invariant representation for spectral images [7, 8], which was limited to the standard reflection model for inhomogeneous dielectric objects, and then extend the invariant representation for all materials including inhomogeneous dielectric and homogeneous metal.

A computer model for the dielectric trapping layer in the microFLASH® memory transistor is developed.

Lemma 1: Assuming the standard dichromatic reflection model for inhomogeneous dielectric materials, S' is independent of highlight, shading, surface geometry, and illumination intensity.

This study focuses on the design of an inverse model for a dielectric electro-active polymer (DEAP) smart actuator using the dynamic nonlinear auto regressive exogenous (NARX) structure and a fuzzy inference system.

Several invariant representations were proposed for these conditions using the standard dichromatic reflection model of dielectric materials.