而光纤拉曼激光器(RFL)又作为FRA的泵浦源，它与光纤的耦合损耗小，可以实现泵浦与放大的良好兼容。
While optical fiber Raman laser (RFL) can be a good pump of FRA. The coupling coefficient between FRL and the transmission fiber is very small, so the pump and the amplifier can be compatible easily.
利用线性模型求出了级联掺磷拉曼光纤激光器各级光输出功率的显式近似解。
In this paper, the approximate explicit solution of optical output power for P-doped cascaded Raman fiber lasers was acquired by linear model.
这些结果可以用于分析和设计的光纤通信系统中，拉曼光纤放大器和激光器。
These results can be used to analyze and design the optical fiber communication systems, Raman fiber amplifier and lasers.
光纤拉曼增益机制能够有效地抑制这种增益竞争，从而使得提出的多波长激光器能够在室温下输出稳定。
The FRA gain mechanism can suppress the gain competition effectively and make the present multi-wavelength laser stable at room temperature.
光纤拉曼增益机制能够有效地抑制这种增益竞争，从而使得提出的多波长激光器能够在室温下输出稳定。
The FRA gain mechanism can suppress the gain competition effectively and make the present multi-wavelength laser stable at room temperature.
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