纳米蛋共振波长的二阶阻抗模型

S. Smaili, Y. Massoud
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引用次数: 0

摘要

利用电路元件对纳米结构进行建模有助于提高纳米结构的设计过程。鉴于纳米粒子的广泛应用,建立有效的模型以高效准确地捕捉纳米粒子的性质变得非常重要。由于不对称纳米粒子中存在对称性破缺,因此建模更为复杂。纳米卵是一种应用广泛的非对称纳米粒子,本文建立了纳米卵的阻抗模型。阻抗模型反映了不对称性对粒子共振波长的影响,可用于基于这些粒子的结构设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A second order impedance-based model for the resonance wavelength of a nanoegg
Modeling nanostructures using circuit components have been useful in the enhancement of the design process of nanostructures. Given the use of nanoparticles in a wide range of applications, it becomes important to establish efficient models that can capture the properties of nanoparticles efficiently and accurately. Asymmetrical nanoparticles are more complex to model due to the symmetry breaking involved in these particles. In this paper, we present an impedance model for nanoeggs, which are one of the widely used asymmetric nanoparticles. The impedance model captures the effect of asymmetry on the resonance wavelength of the particles and can be used in the design of structures based on these particles.
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