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中国物理学会期刊

表面等离极化激元对电荷输运影响的自洽场理论研究

CSTR: 32037.14.aps.53.2728

The self-consistent theoretical study of the effect of surface plasmon and polariton on electronic transport

CSTR: 32037.14.aps.53.2728
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  • 采用自洽场方法获得体系电荷密度分布,根据激子理论分析体系电荷密度矩阵,推导出表面等离极化激元(SPP)的频谱分布,并在原子轨道函数基上构造电流输运的矩阵等式,然后采用SPP频谱规范电流输运矩阵得到电流输运多项式的表达形式.进而提出因SPP影响电流输运而导致负阻现象的物理图像.

     

    The system charge density distribution was investigated by the self-consistent theory. Using the exciton theory, the frequency spectrum of surface plasmon and polariton(SPP) was derived by analyzing charge density matrix. Then, the electric transport matrix formed on the basis of atom orbit functions was classified into polynomial by the frequency spectrum of SPP. Moreover, the physics mechanism of negative resistance caused by the effect of SPP on electric transport was discussed.

     

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