A new effective way to calculate spatial Green's functions (GFs) for an electrical sheet current placed over a cylindrical metal rod covered with a dielectric substrate is proposed. The novelty is that the singular part of the spatial GFs was rigorously derived in an explicit form.status: publishe
This article gathers useful, simple algorithms and their physical interpretations for field solution...
IEEE Antennas and Propagation Society, AP-S International Symposium (Digest)2804-807IAPS
Abstract—This paper presents an efficient method to evaluate the two- and three-dimensional multilay...
An efficient numerical-analytical approach is developed to calculate spatial mixed-potential Green's...
The electric field integral equation (EFIE) for planar circuits and antennas is usually solved with ...
The approximate closed-form Green's functions of the vector and scalar potentials in the spatial dom...
This paper presents new compact analytical expressions for the magnetic field calculation produced b...
Published analyses of radiation modeling for slot structures on dielectric substrate are empirical o...
The closed-form Green's functions of the vector and scalar potentials in the spatial domain are pres...
This paper describes an alternate method to formulate the layered medium Green's function suitable f...
This article gathers useful, simple algorithms and their physical interpretations for field solution...
This sequence of papers presents an analytical closed form for the Green's function of an infinite s...
Closed-form Green's function representations for cylindrically stratified media, which can be used i...
A general class of microstrip structures is investigated in this work by using a spatial domain Gree...
An efficient method to calculate the closed-form spatial Green's functions for the microstrip struct...
This article gathers useful, simple algorithms and their physical interpretations for field solution...
IEEE Antennas and Propagation Society, AP-S International Symposium (Digest)2804-807IAPS
Abstract—This paper presents an efficient method to evaluate the two- and three-dimensional multilay...
An efficient numerical-analytical approach is developed to calculate spatial mixed-potential Green's...
The electric field integral equation (EFIE) for planar circuits and antennas is usually solved with ...
The approximate closed-form Green's functions of the vector and scalar potentials in the spatial dom...
This paper presents new compact analytical expressions for the magnetic field calculation produced b...
Published analyses of radiation modeling for slot structures on dielectric substrate are empirical o...
The closed-form Green's functions of the vector and scalar potentials in the spatial domain are pres...
This paper describes an alternate method to formulate the layered medium Green's function suitable f...
This article gathers useful, simple algorithms and their physical interpretations for field solution...
This sequence of papers presents an analytical closed form for the Green's function of an infinite s...
Closed-form Green's function representations for cylindrically stratified media, which can be used i...
A general class of microstrip structures is investigated in this work by using a spatial domain Gree...
An efficient method to calculate the closed-form spatial Green's functions for the microstrip struct...
This article gathers useful, simple algorithms and their physical interpretations for field solution...
IEEE Antennas and Propagation Society, AP-S International Symposium (Digest)2804-807IAPS
Abstract—This paper presents an efficient method to evaluate the two- and three-dimensional multilay...