PICOSECOND LASERS WITH THE DYNAMICAL OPERATION CONTROL

机译：PICOSECOND激光器具有动态操作控制

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Numerical model for simulation of generation process in advanced pulse-periodic high-peak-power picosecond diode-pumped Nd:YAG and Nd:YLF lasers has been developed. The model adequately describes picosecond pulse formation governed by active and passive mode-locking, negative feedback and adjustable loss level in the oscillator cavity. Optical jitter of output pulses attributed to laser generation development from spontaneous noise level was evaluated using statistical analysis of calculation results. In the presented laser scheme, minimal jitter value on the level ～40 ps was estimated.

机译：高级脉冲周期高峰功率PicoSecond二极管泵浦ND：YAG和Nd：YLF激光器模拟数值模型。该模型充分描述了振荡器腔中的主动和被动模式锁定，负反馈和可调节损耗水平来管理的皮秒脉冲形成。使用计算结果的统计分析评估了从自发噪声水平的激光发电的输出脉冲的光学抖动。在呈现的激光方案中，估计〜40 ps水平的最小抖动值。

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来源
《Saratov Meeting》|2016年|v. p.|共9页
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作者
N.G.Mikheev; V.B.Morozov; A.N.Olenin; D.V.Yakovlev;
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中图分类物理学;
关键词
picosecond lasers; diode-pumped lasers; active mode-locking; passive mode-locking; negative feedback; laser operation control; optical jitter;

机译：PICOSECOND激光;二极管泵浦激光;主动模式锁定;被动模式锁定;负反馈;激光操作控制;光学抖动;

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4. PICOSECOND LASERS WITH THE DYNAMICAL OPERATION CONTROL [C] . N.G.Mikheev, V.B.Morozov, A.N.Olenin, Saratov Meeting . 2016

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PICOSECOND LASERS WITH THE DYNAMICAL OPERATION CONTROL

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