1) Off-axis and multi-pass amplification
离轴多程放大
2) off axis amplification
离轴放大
1.
With the use and properly choosing parameters of off axis amplification scheme and prism pair pulse compressor, the laser system achieved in an output of 50mJ energy, 220fs pulse duration at 248nm wavelength, and the beam was focused to an intensity of .
放电泵浦准分子激光器采用离轴放大结构 ,结合棱镜对进行GVD补偿 ,获得 5 0mJ,2 2 0fs的紫外超短脉冲。
3) Two-stage double-pass off-axis amplification
两级双程离轴放大
4) Multipass amplifier
多程放大
1.
To isolate the retroreflections from the target and the self-oscillation in multipass amplifier system, the large-aperture electro-optical switch is required.
为了隔离后向反射激光以及激光器多程放大系统中的寄生振荡，需要研制一种大口径的电光开关。
5) multi-pass amplification
多程放大
1.
The experiment of diode side-pumped Nd∶YLF multi-pass amplification was studied.
进行了激光二极管侧抽运Nd∶YLF多程放大实验研究。
2.
Based on the character of off-axis and multi-pass amplification systems,the possibilities are analyzed that some part of the line could form optical oscillator and occur self-excitation oscillation.
根据离轴多程放大系统的光路特点,对产生谐振腔最可能的光路部分进行了自激振荡形成条件的分析,根据分析结果并结合实际情况采取了一些抑制自激振荡的措施。
6) multipass amplifier
多程放大器
1.
Based upon the laser rate equations including relaxation between energy levels, the optimum model of a multipass amplifier is constructed.
采用最优问题求解方法，计算得到了多程放大器光束空间分布的优化设计，并分析了由此引起的对于放大器总体性能的影响。
补充资料：离程
1.离去的路程。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条