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摘 要：该年度的研究工作围绕金属微纳结构微观动力学模型以及相关的电磁场理论进行，分析了金属微纳结构场增强、透射增强、吸收增强等的物理机制，给出了金属微纳结构中若干电磁模式及其散射系数的性质，开展了表面等离激元和量子体系的耦合及其表面等离激元波导的研究。
关键词：金属微纳结构 微观动力学模型 场增强 透射增强 吸收增强 量子体系 表面等离激元波导
Abstract：The research work of this year is focused on the microscopic dynamics model of metallic micro/nano-structures and the related theories of electromagnetic fields. The physical mechanism of the field enhancement， transmission enhancement and absorption enhancement of metallic micro/nano-structures is analyzed. The properties of some electromagnetic modes and of their scattering coefficients in metallic micro/nano-structures are provided. The coupling between the surface plasmon polariton and quantum systems is investigated and the waveguides of surface plasmon polaritons are studied.
Key Words：Metallic micro/nano-structures； Microscopic dynamics model； Field enhancement； Transmission enhancement； Absorption enhancement； Quantum system； Waveguide of surface plasmon polaritons
阅读全文链接（需实名注册）：http：//www.nstrs.cn/xiangxiBG.aspx？id=50307&flag=1
关键词：金属微纳结构 微观动力学模型 场增强 透射增强 吸收增强 量子体系 表面等离激元波导
Abstract：The research work of this year is focused on the microscopic dynamics model of metallic micro/nano-structures and the related theories of electromagnetic fields. The physical mechanism of the field enhancement， transmission enhancement and absorption enhancement of metallic micro/nano-structures is analyzed. The properties of some electromagnetic modes and of their scattering coefficients in metallic micro/nano-structures are provided. The coupling between the surface plasmon polariton and quantum systems is investigated and the waveguides of surface plasmon polaritons are studied.
Key Words：Metallic micro/nano-structures； Microscopic dynamics model； Field enhancement； Transmission enhancement； Absorption enhancement； Quantum system； Waveguide of surface plasmon polaritons
阅读全文链接（需实名注册）：http：//www.nstrs.cn/xiangxiBG.aspx？id=50307&flag=1