SILEX-I includes the femtosecond oscillator, the Offner stretcher, the regenerative amplifier, the pre-amplifier, the main amplifier, the power amplifier, the vacuum compressor and the vacuum target chamber. SILEX-I装置主要包括飞秒振荡器、Offner展宽器、多级放大器、以及对应的脉冲压缩器和靶室等。
In this paper, the characteristics and range of application of the Martinez and the Offner stretchers in a chirped pulse amplifier system is analyzed theoretically for a multiple pass amplifier and a regenerative amplifier respectively. 用解析法针对多通和再生两种放大器,分别研究啁啾脉冲放大技术中马丁内兹展宽器和欧浮纳展宽器的特性和适用范围。
The single pass gain of the chirped pulse in Ti ∶ sapphire regenerative amplifier changes with radius of the pumping beam or radius of the signal beam. 分析了啁啾脉冲在钛宝石再生放大器中的能量增益与泵浦光及信号光光束口径的关系。
Theory and experiment on the cavity for low repetition rate of ti: sapphire regenerative amplifier 低重复频率激光放大系统中再生腔的结构性能及实验研究
Study of self-injected regenerative Nd: YAG laser amplifier 自注入再生放大Nd:YAG激光器的研究
This system mainly consists of a CW, frequency-doubled, diode-pumped Nd ∶ YAG laser, which provides energy to pump a CW mode-locked Ti ∶ sapphire oscillator, Q-switched Nd ∶ YAG pump lasers, a regenerative amplifier and harmonics crystals. 系统主要由半导体泵浦的钛蓝宝石振荡器、Nd∶YAG调Q泵浦源、再生式放大器、倍频器等组成。
LDA Pumped Nd ∶ YAG Regenerative Amplifier of Single Longitudinal Mode Laser Pulse 激光二极管列阵抽运的单纵模激光脉冲再生放大器
Application of Acoustic-Optic Programmable Dispersive Filter in 10 Hz Femtosecond Regenerative Amplifier System 可编程声光色散滤波器在10Hz飞秒再生放大系统中的应用
Experimental Research on Ti ∶ Sapphire Regenerative Amplifier 钛宝石再生放大器实验研究
Experimental Investigation of the Performance of a Free-running Ti: sapphire Regenerative Amplifier 钛宝石再生放大器自由振荡特性的实验研究
Advancement of regenerative pulse amplifier and high power laser facilities 再生脉冲放大器与高功率激光装置的发展
Making use of the spectrum gain narrowing effect during the ultra-short pulse amplification in the gain media and the filter effect of the etalon, and adopting the principles of the regenerative amplifier, the multi-pulse coherent addition scheme is proposed and analyzed. 利用超短脉冲放大过程中的光谱增益窄化效应以及标准具的滤波作用,提出了基于再生放大器的多脉冲相干叠加方案,并对该方案在多脉冲叠加阶段的工作原理进行了分析;
A compact femtosecond regenerative laser amplifier 小型飞秒激光脉冲放大器