Antenna Model Based On Magnetoelectric Gradient Structure With Electronic Switching Of Radiation Direction

The paper is devoted to discussion a new principle for controlling the wave properties of an antenna, based on the geometric displacement of the excitation point due to the application of an external electric field. The effect observed in magnetoelectric gradient structures is discussed. This effect allows us to assume about the possibility of implementing the above-mentioned controlled process in practical applications. The paper presents radiation pattern and graphical dependencies. The conclusion the introduction of an artificial dielectric into the multiferroic structure will make it possible to control the regions of the magnetostatic surface wave more flexibly into an electromagnetic wave transformation is made.