It presented the theoretical proof for the back-reflectionnoise analysis and the setup of the R-MOG system.
为R - MOG中背向反射噪声的抑制及系统搭建提供了理论依据。
2
When the key part of the R-MOG, the integrated micro-optic ring resonator was connected with the other parts of the system, there existed the back-reflectionnoise.
其核心敏感部件-集成微光学环形谐振腔与系统中其他元件的连接，会产生背向反射这一噪声。
3
Further more, by the numerical simulation, the relationship between the system drift caused by the back-reflectionnoise and the parameters about the reflection and the resonator was derived.