CAJ | 학술논문

总结并展望了硅基混合表面等离子体纳米光波导及集成器件方面的理论和实验研究工作。首先介绍了几种硅基混合表面等离子体纳米光波导结构，其尺寸可小至100 nm以下，而传播长度达100μm量级；其次介绍了基于硅基混合表面等离子体纳米光波导的功分器、偏振分束器和谐振器等集成器件，其尺寸为亚微米量级；最后探讨了硅基混合表面等离子体纳米光波导与硅纳米线光波导的耦合及对其进行增益补偿。
총결병전망료규기혼합표면등리자체납미광파도급집성기건방면적이론화실험연구공작。수선개소료궤충규기혼합표면등리자체납미광파도결구，기척촌가소지100 nm이하，이전파장도체100μm량급；기차개소료기우규기혼합표면등리자체납미광파도적공분기、편진분속기화해진기등집성기건，기척촌위아미미량급；최후탐토료규기혼합표면등리자체납미광파도여규납미선광파도적우합급대기진행증익보상。
In this paper , our recent theoretical and experimental results on silicon hybrid nanoplasmonic waveguides and integrated devices are reviewed .First, we present several types of silicon hybrid nanoplasmon-ic waveguides, which enable the confinement of optical field within the lateral scale of 100 nm, as well as a ~102 μm propagation distance .Second, several kinds of submicron photonic integrated devices like power split-ters, ultra-compact polarization beam splitters and resonators are presented by using silicon hybrid nanoplas -monic waveguides.Finally, the coupling between silicon hybrid nanoplasmonic waveguides and silicon nanowires , as well as the loss compensation of silicon hybrid nanoplasmonic waveguides with gain mediums has also been discussed .