AbstractWe are interested in studying the contributions of the physical parameters of materials to the emissivity of random rough surfaces for both transverse electric and transverse magnetic waves. Comparisons between the surface impedance boundary condition (SIBC) and the exact results are presented. The effects of the incident angle, the material surfaces and random roughness on the directional emissivity are quantified. The contributions of the effects to the emissivity are used to investigate the domains of validity of the approximate model
A consistent physical and mathematical model of the propagation of electromagnetic waves in an inhom...
The main goal of this work was to introduce simple model of surface roughness which does not involve...
Electromagnetic wave propagation over random sea surfaces is a classical problem of interest for the...
AbstractWe are interested in studying the contributions of the physical parameters of materials to t...
A theoretical and numerical study is made of the scattering of light and other electromagnetic waves...
The statistical properties of electromagnetic scattering from 2-D random rough surface in 3-D space ...
Due to the decreasing skin depth in high-frequency analog and digital circuits, surface roughness is...
An experimental investigation of light scattering from random rough surfaces is described. The surfa...
A systematic perturbation theory is developed to study the interaction of electromagnetic waves at r...
A theoretical study of electromagnetic wave scattering from deep perfectly conducting one-dimensiona...
We discuss surface roughness effects on the conduction of electrons in metals using both the quantal...
International audienceWe present a theoretical and numerical study of the directional spectral emiss...
Directional properties of ultrasonic waves scattered from rough surfaces with applications to electr...
International audienceWe study the scattering of electromagnetic wave from a 2-D random rough surfac...
Conductor surface roughness effect refers to the influence of surface roughness on the current flow ...
A consistent physical and mathematical model of the propagation of electromagnetic waves in an inhom...
The main goal of this work was to introduce simple model of surface roughness which does not involve...
Electromagnetic wave propagation over random sea surfaces is a classical problem of interest for the...
AbstractWe are interested in studying the contributions of the physical parameters of materials to t...
A theoretical and numerical study is made of the scattering of light and other electromagnetic waves...
The statistical properties of electromagnetic scattering from 2-D random rough surface in 3-D space ...
Due to the decreasing skin depth in high-frequency analog and digital circuits, surface roughness is...
An experimental investigation of light scattering from random rough surfaces is described. The surfa...
A systematic perturbation theory is developed to study the interaction of electromagnetic waves at r...
A theoretical study of electromagnetic wave scattering from deep perfectly conducting one-dimensiona...
We discuss surface roughness effects on the conduction of electrons in metals using both the quantal...
International audienceWe present a theoretical and numerical study of the directional spectral emiss...
Directional properties of ultrasonic waves scattered from rough surfaces with applications to electr...
International audienceWe study the scattering of electromagnetic wave from a 2-D random rough surfac...
Conductor surface roughness effect refers to the influence of surface roughness on the current flow ...
A consistent physical and mathematical model of the propagation of electromagnetic waves in an inhom...
The main goal of this work was to introduce simple model of surface roughness which does not involve...
Electromagnetic wave propagation over random sea surfaces is a classical problem of interest for the...