TN252 2000031826分析扩散沟道光波导的条形传递函数方法=Amethod of analysing strip transfer functions ofdiffusive channel waveguides[会,中]/冯莹(国防科技大学应用物理系.湖南,长沙(410073)),李海洋,周建平(国防科技大学航天技...TN252 2000031826分析扩散沟道光波导的条形传递函数方法=Amethod of analysing strip transfer functions ofdiffusive channel waveguides[会,中]/冯莹(国防科技大学应用物理系.湖南,长沙(410073)),李海洋,周建平(国防科技大学航天技术系.湖南,长沙(410073))//全国第九次光纤通信暨第十届集成光学学术会议.—展开更多
In this work,the optical metamaterials based on silver dendritic cells are prepared by electrochemical deposition,and its transmission and focusing behaviors are investigated.The experimental results show that the opt...In this work,the optical metamaterials based on silver dendritic cells are prepared by electrochemical deposition,and its transmission and focusing behaviors are investigated.The experimental results show that the optical metamaterials reveal a multiple pass-band transmission spectrum and a prominent focusing effect at the wavelength corresponding to the maximum transmission coefficient.Two optical metamaterial samples are combined into a tapered optical waveguide,and the spectra of transmitted light at the surface of the tapered optical waveguide is measured by using the fiber spectrometer along the light propagation direction.The results demonstrate that each frequency component of the wave packet is stopped at a different waveguide thickness,leading to the spatial separation of its spectrum.The spatial separation of spectrum can be effectively tuned by adjusting the inclination of the tapered optical waveguide,which can be used for storing photons and slow-light research.展开更多
文摘TN252 2000031826分析扩散沟道光波导的条形传递函数方法=Amethod of analysing strip transfer functions ofdiffusive channel waveguides[会,中]/冯莹(国防科技大学应用物理系.湖南,长沙(410073)),李海洋,周建平(国防科技大学航天技术系.湖南,长沙(410073))//全国第九次光纤通信暨第十届集成光学学术会议.—
基金supported by the National Natural Science Foundation of China(50632030 and 50872113)the National Basic Research Program of China(2004CB719805)the Defense Basic Research Program of China
文摘In this work,the optical metamaterials based on silver dendritic cells are prepared by electrochemical deposition,and its transmission and focusing behaviors are investigated.The experimental results show that the optical metamaterials reveal a multiple pass-band transmission spectrum and a prominent focusing effect at the wavelength corresponding to the maximum transmission coefficient.Two optical metamaterial samples are combined into a tapered optical waveguide,and the spectra of transmitted light at the surface of the tapered optical waveguide is measured by using the fiber spectrometer along the light propagation direction.The results demonstrate that each frequency component of the wave packet is stopped at a different waveguide thickness,leading to the spatial separation of its spectrum.The spatial separation of spectrum can be effectively tuned by adjusting the inclination of the tapered optical waveguide,which can be used for storing photons and slow-light research.
