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Surface plasmon waves in nanoelectronic circuits

机译:纳米电子电路中的表面等离激元波

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摘要

Plasma dynamics in nanoscale metal-dielectric structures is reviewed, and circuit models for potential plasma wave nanodevices and circuits are developed. Circuit representations for surface-plasmon waveguides, nanoantennas, and for surface plasmon generators based on attenuated total reflection (ATR), are presented. In metal-insulator-metal (MIM) structures tunnelling also excites surface plasmon waves, and the equivalent circuit introduced in this paper helps the design of circuits exploiting suri'ace plasmon waves. These nanoelectronic circuits might have an impact on the future of terahertz and infrared electronics.
机译:审查了纳米级金属电介质结构中的等离子体动力学,并开发了潜在的等离子体波纳米器件和电路的电路模型。提出了表面等离激元波导,纳米天线以及基于衰减全反射(ATR)的表面等离激元发生器的电路表示。在金属-绝缘体-金属(MIM)结构中,隧穿也会激发表面等离激元波,本文介绍的等效电路有助于利用苏里斯等离激元波设计电路。这些纳米电子电路可能会对太赫兹和红外电子学的未来产生影响。

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