The extrapolation of the electric field is studied theoretically both in frequency domain and time domain. Combining Gauss’s law with the approximation method in engineering, two new formulas for the scattering field calculation are derived from different logical ideas based on Stratton-Chu formula. The consistency property of the derived formulas is investigated, and the third formula for the scattering field calculation is further obtained. Finally, the time-domain extrapolation is discussed based on the formulas, followed by a simple numerical example. The results obtained are characterized by a simple form and intuitive physical meaning, and are helpful to calculate certain engineering problems
International audienceA method is proposed to interpolate the electromagnetic near field when no inf...
In this paper, a novel extrapolation technique which using limited frequency- and time-domain inform...
In high frequency computational electromagnetics, rigorous numerical methods be come unrealistic too...
In many high frequency scattering problems, the scatterers are large compared to wavelength. When hi...
In the previous report (part 1), the problem and its governing equations are described and is discar...
In any antenna configuration, it is desirable to obtain accurate far-field patterns of the antenna. ...
Evaluation of electric field due to indirect lightning strike is an interesting subject. Calculation...
this paper, we develop another RCS estimation technique called the fast far field approximation (FAF...
A frequent problem in computational electromagnetics is to calculate the electro-magnetic field far ...
An algorithm to extrapolate in frequency the matrix coefficients of the IE-MEI method is presented. ...
In this report, a method is presented to extrapolate measurements from Nuclear Electromagnetic Pulse...
This study examines the possibility of direct calculation of vector forms of Kirchhoff’s integral in...
\u27Presented here are two simple and accurate methods for computing far field patterns of an antenn...
A method to derive Maxwell’s fields form Gauss ’ law and the Lorentz force law is presented. Additio...
Absfmct-A new hybrid method that removes typical discontinuities and singularities of UTD solutions ...
International audienceA method is proposed to interpolate the electromagnetic near field when no inf...
In this paper, a novel extrapolation technique which using limited frequency- and time-domain inform...
In high frequency computational electromagnetics, rigorous numerical methods be come unrealistic too...
In many high frequency scattering problems, the scatterers are large compared to wavelength. When hi...
In the previous report (part 1), the problem and its governing equations are described and is discar...
In any antenna configuration, it is desirable to obtain accurate far-field patterns of the antenna. ...
Evaluation of electric field due to indirect lightning strike is an interesting subject. Calculation...
this paper, we develop another RCS estimation technique called the fast far field approximation (FAF...
A frequent problem in computational electromagnetics is to calculate the electro-magnetic field far ...
An algorithm to extrapolate in frequency the matrix coefficients of the IE-MEI method is presented. ...
In this report, a method is presented to extrapolate measurements from Nuclear Electromagnetic Pulse...
This study examines the possibility of direct calculation of vector forms of Kirchhoff’s integral in...
\u27Presented here are two simple and accurate methods for computing far field patterns of an antenn...
A method to derive Maxwell’s fields form Gauss ’ law and the Lorentz force law is presented. Additio...
Absfmct-A new hybrid method that removes typical discontinuities and singularities of UTD solutions ...
International audienceA method is proposed to interpolate the electromagnetic near field when no inf...
In this paper, a novel extrapolation technique which using limited frequency- and time-domain inform...
In high frequency computational electromagnetics, rigorous numerical methods be come unrealistic too...