Дифракционные поля и поля зарядов, выраженные через Вектор Герца в электродинамике

Abstract

In the first part of this work, using the found vector Green's function, the electromagnetic fields in an arbitrary chosen volume are presented in vector form using surface and volume integrals, at that the surface integrals describe the diffraction of the field of charges external to the volume, and the volume integrals describe the fields of the charges, moving within the volume. For the Green's function, one of the two found forms was used. In this work, expressions for the electromagnetic fields are obtained using the second form of the found Green's function. When using the second form of the vector Green's function, the fields of charges moving inside the volume are expressed in terms of the generalized Hertz vector. The expressions obtained in this work have their advantages for determining the fields in a selected volume.