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		题名	作者	年代	出处	被引量
	1	Graded-index ridge surface plasmon polaritons waveguide显示文摘We propose and analyze a long-range dielectric-loaded surface plasmon polariton(SPP) waveguide based on graded-index ridge over server millimeter distances. Then the influence of the dielectric thickness and the ridge refractive index on propagation length and mode width is discussed and simulated with the finite element method. The result shows that the SPP can propagate as long as 3.42 mm, as well as the mode width keeping as 1.64 mm, a better one compared with the fixed refractive index. Considering its nanoscale dimension and outstanding performance, the structure is easily realized when connected with electrodes.	叶春伟刘玉敏汪洁吕宏博俞重远	2014	Chinese Optics Letters2014，12，9：	0
	2	Direct observation of Anderson localization in plasmonic terahertz devices显示文摘We present the first experimental observation of Anderson localization in the terahertz frequency range using plasmonic structures.To accomplish this goal,we designed THz waveguides consisting of a one-dimensional array of rectangular apertures that were fabricated in a freestanding metal foil.Disorder is introduced into the waveguide by offsetting the position of each aperture by a random distance within a prescribed range.For example,for a waveguide with apertures spaced by 250μm in a periodic waveguide,10%disorder would correspond to the apertures being shifted by a random value between±25μm along the waveguide axis.We find that for disorder levels below 25%,there is only an increase in the propagation loss along the device.However,for two specific waveguides with 25%disorder,we observe a spatially localized mode that lies just within the stop band of the device and exhibits a double-sided exponential spatial decay away from the maximum.	Shashank Pandey Barun Gupta Sushil Mujumdar Ajay Nahata	2016	Light(Science & Applications)2016，5，1：	0

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