【阵列波导光栅复用器及相关理论和技术研究】潘小龙.pdf

DissertationSubmittedtothe AcademicDegreeEvaluationCommitteeof HuazhongUniversity ofScience andTechnology for theDegreeof Doctor of PhilosophyinEngineering TheStudy of AWG and Related Theory and Technology Ph.D.Candidate:PanXiaolong Major::CommunicationandInformationSystem Supervisor:Prof.

华中科技大学博士学位论文 Abstract For the demand of rapid developing optic communication systems,the integrated-optic devices and integrated optoelectric devices will be dominant and will replace discrete devices step by step because of their high speed and stability.

华中科技大学博士学位论文目录摘要.ABSTRACT II 绪论发展平面光波导技术的目的和意义 1当前平面光波导工艺和技术发展概况 1光波导理论,1波导光栅复用器的结构、原理与应用平面光波导技术发展趋势 1本课题的起源及本文的主要工作和章节安排 BPM及其应用 2引言BPM基本理论 2介质分界面的差分2直波导中的光传输 2圆弧波导中的光传输本章小结,基于吸收边界条件的BPM引言HCOM吸收边界条件 3HCOM与COM、HABC的数值比较TBC与HCOM的比较 3.