A simple method of approximating frequency characteristics of composites in a form convenient for time-domain numerical modeling is proposed. The frequency characteristics can be obtained from experiment or calculations based on the Maxwell Garnett mixing formalism. The resultant frequency characteristic might be of a complex shape corresponding to a combination of a number of absorption peaks. The approximation is made by a series of Debye-like terms using a genetic algorithm (GA). This leads to the necessity of taking a number of terms in the approximating series. Every term corresponds to its pole, i.e., the frequency where the maximum loss occurs. Some numerical examples are represented
An analytical model of an effective permittivity of a composite taking into account statistically di...
This paper discusses the dispersive properties of dielectric materials both in the time and the freq...
In this review, the dielectric permittivity of dielectric mixtures is discussed in view of the spect...
The paper gives an analytical transition from the Maxwell Garnett model of a biphasic mixture (diele...
A semianalytical approach to obtain an equivalent Debye frequency dependence of effective permittivi...
A semianalytical approach to obtain an equivalent Debye frequency dependence of effective permittivi...
A methodology to efficiently design products based on magneto-dielectric (ferrite) materials with de...
The paper describes a methodology for an efficient design of novel products based on magneto-dielect...
This paper describes a methodology to extract effective electrical properties for periodic composite...
Analytical and numerical modeling of composites with an isotropic dielectric base and multiphase con...
An analytical model of a composite dielectric presented in this paper is the extension of Maxwell Ga...
Abstract—An analytical model of a composite dielectric presented in this paper is the extension of M...
A few scenarios of applying different magneto-dielectric absorbing sheet materials to mitigate elect...
The algorithms of extracting the Lorentzianand Debye-curve parameters of dielectric and magnetic mat...
An analytical model of an effective permittivity of a composite taking into account statistically di...
An analytical model of an effective permittivity of a composite taking into account statistically di...
This paper discusses the dispersive properties of dielectric materials both in the time and the freq...
In this review, the dielectric permittivity of dielectric mixtures is discussed in view of the spect...
The paper gives an analytical transition from the Maxwell Garnett model of a biphasic mixture (diele...
A semianalytical approach to obtain an equivalent Debye frequency dependence of effective permittivi...
A semianalytical approach to obtain an equivalent Debye frequency dependence of effective permittivi...
A methodology to efficiently design products based on magneto-dielectric (ferrite) materials with de...
The paper describes a methodology for an efficient design of novel products based on magneto-dielect...
This paper describes a methodology to extract effective electrical properties for periodic composite...
Analytical and numerical modeling of composites with an isotropic dielectric base and multiphase con...
An analytical model of a composite dielectric presented in this paper is the extension of Maxwell Ga...
Abstract—An analytical model of a composite dielectric presented in this paper is the extension of M...
A few scenarios of applying different magneto-dielectric absorbing sheet materials to mitigate elect...
The algorithms of extracting the Lorentzianand Debye-curve parameters of dielectric and magnetic mat...
An analytical model of an effective permittivity of a composite taking into account statistically di...
An analytical model of an effective permittivity of a composite taking into account statistically di...
This paper discusses the dispersive properties of dielectric materials both in the time and the freq...
In this review, the dielectric permittivity of dielectric mixtures is discussed in view of the spect...