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Landau broadening of plasmonic resonances in the Mie theory

机译:MIE理论中的抗议性共振扩大的Landau

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摘要

Landau damping in the metal nanosphere is considered beyond the quasistatic approximation with the use of the exact Mie theory when an incident plane wave can excite not only the dipole mode but also higher-order modes. In resonance approximation, when one considers excitation of a single mode, the analytical formula for the Landau damping coefficient for various modes has been derived. It was demonstrated that the simultaneous excitation of several eigenmodes, which are overlapped in the frequency domain, can lead to substantial correction of the Landau damping coefficients for the modes. (C) 2020 Optical Society of America.
机译:在金属纳米圈中的Landau阻尼超出了使用精确的MIE理论,当入射平面波不仅可以兴奋而且更高阶模式时,使用精确的MIE理论而被认为是Quasistatic近似。 在共振近似下,当一个人考虑一个模式的激励时,推导出各种模式的Landau阻尼系数的分析公式。 据证明,在频域中重叠的几个特征模型的同时激发可以导致MANDAU阻尼系数的大量校正。 (c)2020美国光学学会。

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