| 1. | Active interference filter laser amplifier
有源干涉滤光激光放大器 |
| 2. | Sla semi - conductor laser amplifier
半导体激光放大器 |
| 3. | The results are useful for the design of high - power laser amplifiers
有关结果对高功率激光放大系统的设计有应用意义。 |
| 4. | Parameter optimization of disk in multisegment nd : glass disk laser amplifiers
组合式片状激光放大器钕玻璃片参数的优化设计 |
| 5. | Transverse parasitic lasing suppression in a petawatt ti : sapphire laser amplifier
级掺钛蓝宝石激光放大器中横向寄生振荡控制 |
| 6. | Important technological problems with stable operation of electron beam pumped krf excimer laser amplifier
激光放大器稳定运行的重要技术问题 |
| 7. | Krf laser amplifier has many advantages for its short wavelength , less nonlinear effects and high efficiency in amplifying ultra short pulse
Krf准分子激光器在放大超短脉冲激光时与固体激光器相比有许多独特的优势。 |
| 8. | Chapter two describes the technology require of the dwdm system . comparing the definition and target of technology parameter which should be uesd during the projet . for example , the distribution of the wave length , the interface of the laser , the laser amplifier etc .
第二章描述了目前dwdm系统的技术要求，对在工程应用中需要用到的技术参数(例如波长分配、光接口分类、光放大器等)的定义、要求做了剖析。 |
| 9. | But the life time of krf laser medium is only 2 ns while the pump time of e - beam pump krf laser is over 100 ns . when a 1 ps ultrashort pulse amplified by krf laser amplifier most pump energy is waste . technology of multi pulse amplify can solve this problem
Krf激光器的工作介质是非储能介质，上能态有效寿命约为2 - 3ns ，而电子束的泵浦时间一般为上百ns ，放大超短脉冲激光时绝大部分上能态的储能没有被利用。 |
| 10. | Biology and chemislry etal ln thi s dissertation , the theory of femto - second pulse laser amplifier system using tifsapphire crystal was discussed systematically and many methods were brought fonvard to resoive the probably existed problems in each part of the system base d on the achieved results , experimentai works has further developed
本文系统给出了以钛宝石晶体做为增益介质和放大介质的飞秒激光脉冲放大系统理论，针对各部分可能出现的问题提出了相应的解决方法，并在此基础上开展了部分实验工作。 |
