中文摘要：

A novel method is presented to enhance the resonant transmission contrast ratio in metal-insulator-metal(MIM)sidecoupled-cavity waveguide.The finite difference time domain(FDTD)method is used to simulate and study the optical properties of the filter based on double side-coupled cavities structure with optofluidics pump system(OPS).This system provides a flexible way to change wavelength in the optical filter.In the numerical simulation,the resonant wavelengths from 1000 nm to 1550 nm are analyzed.We find that the double side-coupled cavities structure with OPS has higher onresonance transmittance and better wavelength selectivity than the single side-coupled cavity structure with OPS.

英文摘要：

A novel method is presented to enhance the resonant transmission contrast ratio in metal-insulator-metal（MIM）sidecoupled-cavity waveguide.The finite difference time domain（FDTD）method is used to simulate and study the optical properties of the filter based on double side-coupled cavities structure with optofluidics pump system（OPS）.This system provides a flexible way to change wavelength in the optical filter.In the numerical simulation,the resonant wavelengths from 1000 nm to 1550 nm are analyzed.We find that the double side-coupled cavities structure with OPS has higher onresonance transmittance and better wavelength selectivity than the single side-coupled cavity structure with OPS.