环形周期电流对球形介质谐振器的激励

A. V. Dormidontov, Y. Filipov, Y. Prokopenko
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引用次数: 0

摘要

本文研究了具有极态n指数和方位角m指数较大的低频通道模式的球形介质谐振器。谐振腔本征模能量的弱辐射可以用光滑球面上形成波的充分内反射来解释。在不同的激励方式下,对介电球强迫模场分布和能量的理论研究引起了人们的兴趣。本文的研究对象是在球面赤道面上沿圆方向流动的周期性电流激励下的球形介质谐振腔内强迫模态的电动力学研究。
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Excitation of spherical dielectric resonator by ring periodical current
Now an attention is given to spherical dielectric resonator with a whispering gallery modes that have large values of the polar n and azimuthal m indices. The weak radiation of eigenmodes energy from a resonator is explained by full internal reflection of forming waves from a smooth spherical surface. Theoretical researches of fields' distributions and energies of forced modes in dielectric sphere are of interest at different methods of its excitations. The paper object is the electrodynamical study of forced modes in spherical dielectric resonator that is excited by an azimuthally periodical electrical current flowed along circle in equatorial plane of sphere.
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