TWL：行波激光器

行波激光器（Traveling Wave Laser，常缩写为TWL）是一种在物理和光学研究中广泛应用的激光器类型。该缩写形式便于学术文献及专业交流中快速书写和引用，常见于激光技术、光通信及量子物理等领域的论文和讨论中。

Lyapunov Exponents Analysis for Chaotic Behaviour of Single - mode Traveling Wave Laser(TWL) Systems
单模行波激光系统混沌行为的Lyapunov指数分析
Solid-State Round Traveling - Wave Laser with Two Mirrors
双镜环行行波激光器(TWL)
Laser power of Two-dimensional magneto-optical trap produce through injection into the traveling wave amplifier, and that of Three-dimensional magneto-optical trap generated by injected locking into two high power slave laser diode.
采用注入行波放大器放大产生二维磁光阱的冷却光功率，注入锁定两台高功率从激光器产生三维磁光阱六束俘获光功率。
Then the structure and working principle of FPLD laser are described, furthermore, the traveling wave equation and carrier rate equation which base on cavity electromagnetic field are also deduced.2.The basic components of SFCC laser structure and its working mechanism are described.
然后详细介绍了FPLD的结构和工作原理，并推导出基于腔内电磁场随机光场展开的行波方程和载流子速率方程。2.描述了SFCC可调谐激光器的基本组成结构和工作机理。
After that, point model and traveling wave method model are been applied to discusses different parameters ' impact on the characteristics of pulse derived from Q-switch fiber laser.
然后利用点模型和行波法模型讨论了在不同条件下调Q光纤激光器的输出脉冲特性。

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