An analytical model for a magneto-dielectric composite material is presented based on the Maxwell Garnett rule for a dielectric mixture, and on Bruggeman\u27s effective medium theory for permeability of a ferrite powder embedded in a dielectric. In order to simultaneously treat frequency-dispersive permittivity and permeability of a composite in a full-wave FDTD code, a new algorithm based on discretized auxiliary differential equations has been implemented. In this paper, numerical examples of modeling structures containing different magneto-dielectric mixtures are presented
A new method is developed to extract relative complex permittivity and permeability of magneto-diele...
“Numerical analysis using the finite-difference time-domain (FDTD) algorithm with a piecewise linear...
This paper describes a methodology to extract effective electrical properties for periodic composite...
A methodology to efficiently design novel products based on magneto-dielectric materials containing ...
A methodology to efficiently design products based on magneto-dielectric (ferrite) materials with de...
Abstract — An electromagnetic shielding of objects using ferrite-graphite composites is considered. ...
The paper presents the model of ferrite-dielectric (ferroelectric) composites with semiconductive po...
The development of ultra-broadband composite absorbers of electromagnetic waves depends largely on ...
Composite materials with various ferrite volume fractions were prepared by mixing powders of Ni-Zn f...
Engineering of absorbing bulk and sheet composite materials, including nanocomposites, for various E...
The paper describes a methodology for an efficient design of novel products based on magneto-dielect...
The paper gives an analytical transition from the Maxwell Garnett model of a biphasic mixture (diele...
Analytical and numerical modeling of composites with an isotropic dielectric base and multiphase con...
Composites containing conducting inclusions are required in many engineering applications, especiall...
A few scenarios of applying different magneto-dielectric absorbing sheet materials to mitigate elect...
A new method is developed to extract relative complex permittivity and permeability of magneto-diele...
“Numerical analysis using the finite-difference time-domain (FDTD) algorithm with a piecewise linear...
This paper describes a methodology to extract effective electrical properties for periodic composite...
A methodology to efficiently design novel products based on magneto-dielectric materials containing ...
A methodology to efficiently design products based on magneto-dielectric (ferrite) materials with de...
Abstract — An electromagnetic shielding of objects using ferrite-graphite composites is considered. ...
The paper presents the model of ferrite-dielectric (ferroelectric) composites with semiconductive po...
The development of ultra-broadband composite absorbers of electromagnetic waves depends largely on ...
Composite materials with various ferrite volume fractions were prepared by mixing powders of Ni-Zn f...
Engineering of absorbing bulk and sheet composite materials, including nanocomposites, for various E...
The paper describes a methodology for an efficient design of novel products based on magneto-dielect...
The paper gives an analytical transition from the Maxwell Garnett model of a biphasic mixture (diele...
Analytical and numerical modeling of composites with an isotropic dielectric base and multiphase con...
Composites containing conducting inclusions are required in many engineering applications, especiall...
A few scenarios of applying different magneto-dielectric absorbing sheet materials to mitigate elect...
A new method is developed to extract relative complex permittivity and permeability of magneto-diele...
“Numerical analysis using the finite-difference time-domain (FDTD) algorithm with a piecewise linear...
This paper describes a methodology to extract effective electrical properties for periodic composite...