This form of the dyadic Green's function is useful for further development of dyadic Green's functions for more complicated media such as a dielectric half- ...

Dyadic Green's function (DGF) is a powerful and elegant way of solving electromagnetic problems in the multilayered media. In this paper, we introduce the ...

1 окт. 2020 г. · Abstract: Dyadic Green's function (DGF) is a powerful and elegant way of solving electromagnetic problems in the multilayered media.

The magnetic dyadic Green's function presents no special difficulties. It has been derived in free-space and for various interior and exterior regions by both ...

This means we need a Green's function that is not a scalar but a tensor. In fact a dyadic Green's function is needed, which is a special kind of tensor. 5.1.4 ...

This method consists of several steps: applying the Fourier transform with respect to the space variables, equations for electric and magnetic dyadic Green's.

The electric dyadic Green's function (dGf) of a cluster of spheres is obtained by application of the superposition principle, dyadic algebra, and the indirect ...

22 окт. 2024 г. · This paper presents a novel approach for constructing the complete eigenfunction expansions of electric and magnetic dyadic Green's functions ...

The dyadic Green's function in a homogeneous environment can be expressed in terms of vector functions M , N , and L . The Green's function is singular when the ...

15 мая 2022 г. · Thus, a compact form of the dyadic Green's function was formulated by converting the fourth-order spatial derivatives into second-order ones.