Electromagnetic wave scattering from a semi-infinite array of dipoles in free space is described by using asymptotic high frequency methods. An electric field integral expression is obtained and solved with asymptotic high frequency methods. An asymptotic field expression is obtained for a finite × infinite array of dipoles in free space. The analytical closed form expression for the array guided surface wave launching coefficient is obtained via a combination of an asymptotic high frequency analysis of a related reciprocal problem and Lorentz reciprocity integral formulation for the semi-infinite planar dipole array in which modified Kirchhoff approximation is used. The accuracy and the validity of the asymptotic analytical solutions are c...
We present a rigorous solution to the problem of scattering of a semi-infinite planar array of dipol...
This paper deals with the construction, physical interpretation and application of a uniform high-fr...
This paper deals with the derivation and physical interpretation of a uniform high-frequency Green's...
A uniform, high-frequency solution is presented for the electromagnetic field radiated at finite dis...
A uniform, high-frequency solution is presented for the electromagnetic field radiated at finite dis...
Summary. This paper deals with the spatial domain parametrization and physical interpreta-tion of th...
This paper deals with the spatial domain parametrization and physical interpretationof the asymptoti...
This paper deals with the spatial domain parametrization and physical interpretation of the asymptot...
In this paper, a uniform high frequency formulation of the Green’s Function for an arbitrarily conto...
This second part of a three-paper sequence deals with the spatial domain parametrization and physica...
In this Communication, we provide an efficient algorithm for the evaluation of the semi-infinite arr...
Abstract A new asymptotic solution for the scattered electromagnetic fields of a vertical Hertzian d...
This second part of a three-paper sequence deals with the spatial domain parametrization and physica...
In this Communication, we provide an efficient algorithm for the evaluation of the semi-infinite arr...
Abstract—This two-part sequence deals with the derivation and physical interpretation of a uniform h...
We present a rigorous solution to the problem of scattering of a semi-infinite planar array of dipol...
This paper deals with the construction, physical interpretation and application of a uniform high-fr...
This paper deals with the derivation and physical interpretation of a uniform high-frequency Green's...
A uniform, high-frequency solution is presented for the electromagnetic field radiated at finite dis...
A uniform, high-frequency solution is presented for the electromagnetic field radiated at finite dis...
Summary. This paper deals with the spatial domain parametrization and physical interpreta-tion of th...
This paper deals with the spatial domain parametrization and physical interpretationof the asymptoti...
This paper deals with the spatial domain parametrization and physical interpretation of the asymptot...
In this paper, a uniform high frequency formulation of the Green’s Function for an arbitrarily conto...
This second part of a three-paper sequence deals with the spatial domain parametrization and physica...
In this Communication, we provide an efficient algorithm for the evaluation of the semi-infinite arr...
Abstract A new asymptotic solution for the scattered electromagnetic fields of a vertical Hertzian d...
This second part of a three-paper sequence deals with the spatial domain parametrization and physica...
In this Communication, we provide an efficient algorithm for the evaluation of the semi-infinite arr...
Abstract—This two-part sequence deals with the derivation and physical interpretation of a uniform h...
We present a rigorous solution to the problem of scattering of a semi-infinite planar array of dipol...
This paper deals with the construction, physical interpretation and application of a uniform high-fr...
This paper deals with the derivation and physical interpretation of a uniform high-frequency Green's...