Cataloged from PDF version of article.A numerically efficient technique for the analysis of slot geometries in multilayer media is presented using closed-form Green's functions in spatial domain in conjunction with the method of moments (MoM). The slot is represented by an equivalent magnetic-current distribution, which is then used to determine the total power crossing through the slot and the input impedance. In order to calculate power and current distribution, spatial domain closed form Green's functions are expanded as power series of the radial distance rho, which makes the analytical evaluation of the spatial domain integrals possible, saving a considerable amount of computation time
An efficient and rigorous method for the analysis of planarly layered geometries with vertical metal...
In this paper, a spatial images technique is used to efficiently calculate the mixed potential Gree...
The use of waveguide slots in microwave circuits can be traced back at least as far as the research ...
A numerically efficient technique for the analysis of slot geometries in multilayer media is present...
A numerically efficient technique for the analysis of slot-line geometries in multilayer media is pr...
Cataloged from PDF version of article.The closed-form Green's functions of the vector and scalar pot...
The Method of Moments (MoM) has been widely used for the full-wave electromagnetic analysis of plana...
A method of moments/Green's function (MoM/GF) technique in the space domain is used for the rigorous...
Cataloged from PDF version of article.A numerically efficient technique, based on the spectral-domai...
A continuous counterpart of the spatial images technique is proposed for the computation of the mult...
Derivation of the closed-form Green's functions has eliminated the computationally expensive evaluat...
This paper presents a fast spatial-domain method of moments (MoM) to analyze microstrip circuits and...
With the use of casting the spatial domain Green's functions into closed forms approach, it was demo...
A numerically efficient technique, based on the spectral-domain method of moments (MoM) in conjuncti...
In this paper, a spatial images technique is used to efficiently calculate the mixed potential Gree...
An efficient and rigorous method for the analysis of planarly layered geometries with vertical metal...
In this paper, a spatial images technique is used to efficiently calculate the mixed potential Gree...
The use of waveguide slots in microwave circuits can be traced back at least as far as the research ...
A numerically efficient technique for the analysis of slot geometries in multilayer media is present...
A numerically efficient technique for the analysis of slot-line geometries in multilayer media is pr...
Cataloged from PDF version of article.The closed-form Green's functions of the vector and scalar pot...
The Method of Moments (MoM) has been widely used for the full-wave electromagnetic analysis of plana...
A method of moments/Green's function (MoM/GF) technique in the space domain is used for the rigorous...
Cataloged from PDF version of article.A numerically efficient technique, based on the spectral-domai...
A continuous counterpart of the spatial images technique is proposed for the computation of the mult...
Derivation of the closed-form Green's functions has eliminated the computationally expensive evaluat...
This paper presents a fast spatial-domain method of moments (MoM) to analyze microstrip circuits and...
With the use of casting the spatial domain Green's functions into closed forms approach, it was demo...
A numerically efficient technique, based on the spectral-domain method of moments (MoM) in conjuncti...
In this paper, a spatial images technique is used to efficiently calculate the mixed potential Gree...
An efficient and rigorous method for the analysis of planarly layered geometries with vertical metal...
In this paper, a spatial images technique is used to efficiently calculate the mixed potential Gree...
The use of waveguide slots in microwave circuits can be traced back at least as far as the research ...