论文标题
完全电子控制的线性Mamyshev振荡器的启动动力学
Starting Dynamics of a Fully Electronically Controlled Linear Mamyshev Oscillator
论文作者
论文摘要
我们使用电子控制的调制泵和一个移动过滤器启动了环境稳定的线性Mamyshev振荡器。它提供了一个21-NJ脉冲，在压缩机后持续时间为65 fs。仅在调制频率大于70 kHz时才观察到可靠的启动稳定模式锁定。为了避免增益纤维的损坏，引入了两个法拉第旋转器。此外，我们研究了获得成功开始的几个方面。
We start an environmentally-stable linear Mamyshev oscillator with electronically-controlled modulated pump and a moving filter. It delivers a 21-nJ pulse that becomes 65 fs in duration after a compressor. Reliable starting into stable mode-locking is found achievable with a modulated mode-locked state observed only when the modulation frequency is larger than 70 kHz. To avoid the damage of the gain fiber, two Faraday rotators are introduced. Besides, we have studied several aspects toward obtaining successful starting.
