中文信息
中文信息
중문신식
Chinese Information
2015年
4期
329-330
,共2页
波导尺寸%拉曼效应%硅
波導呎吋%拉曼效應%硅
파도척촌%랍만효응%규
size of waveguide%Raman effect%Silicon
本文研究在脉冲条件下，硅波导的尺寸对于硅波导拉曼增益的影响。硅的非线性拉曼效应可被用于制作放大器，波长转换器，激光器等光器件。通过研究波导尺寸对硅波导拉曼增益的影响有利于进一步提高硅基光器件的性能，为硅光子集成电路发展打下基础。
本文研究在脈遲條件下，硅波導的呎吋對于硅波導拉曼增益的影響。硅的非線性拉曼效應可被用于製作放大器，波長轉換器，激光器等光器件。通過研究波導呎吋對硅波導拉曼增益的影響有利于進一步提高硅基光器件的性能，為硅光子集成電路髮展打下基礎。
본문연구재맥충조건하，규파도적척촌대우규파도랍만증익적영향。규적비선성랍만효응가피용우제작방대기，파장전환기，격광기등광기건。통과연구파도척촌대규파도랍만증익적영향유리우진일보제고규기광기건적성능，위규광자집성전로발전타하기출。
In this paper ,the size of the silicon waveguide effect on the Raman gain of the silicon waveguide was studied under the condition of the pulse. The nonlinear Raman effect of the silicon can be used to make amplifier, wavelength converters, laser optical device and so on. So a research on the issue has the advantage to improve the performance of silicon-based optical devices as well as to lay the foundation for the integrated circuits on silicon photonic.
