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Electrodynamics of Superconducting Structures: New Mathematical Methods and Its Application to the Boundary Value Problems

机译:超导结构的电动动力学:新的数学方法及其在边界值问题的应用

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The present project is devoted to developing the electrodynamic theory of superconducting structures and its application to the technique of the microwave band. The actuality of the given problem lies in the fact that nowadays there is no any acceptable mathematical methods, by means of which it would be possible to investigate in sufficient details and give designers of the radioelectronic equipment practical recommendations on solving internal and external boundary value problems (stationary and nonstationary), associated with excitation, scattering and propagation of electromagnetic waves on the superconducting (SC) objects of simple and complex shape. Therefore the developing of the electrodynamic foundations of SC structures for external and internal problems with the methods of the spectral theory is important practical task in antenna and waveguide technique.
机译:本项目专门用于开发超导结构的电动力学理论及其在微波带技术上的应用。给定问题的现状在于,现在没有任何可接受的数学方法,通过该方法可以在足够的细节中调查,并为解决内部和外部边界值问题提供无线电电子设备的设计者的设计者(静止和非间断),与电磁波的激发,散射和传播相关的超导(SC)物体的外磁波,其简单且复杂的形状。因此,对于频谱理论方法的外部和内部问题的SC结构的电动基础的发展是天线和波导技术中的重要实际任务。

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