您要查找的是不是：
- LD pumped microchip laser LD泵浦微片激光器
- The development of optical feedback technology of LD pumped microchip Nd:YAG lasers is reviewed.At first its research background and basic theoretical model are introduced. 摘要综述了半导体抽运微片激光器光回馈技术的研究进展状况，介绍了其研究背景和基本理论模型；
- All-solid-state Nd:YVO_4 Microchip Laser Pumped by High power LD 大功率激光二极管泵浦全固态Nd:YVO_4微片激光器
- A high power LD pumped acousto-optic Q-switched Nd:YVO_4 laser is reported. Short pulse of 1 064nmis obtained. 利用半导体激光器(LD)连续单端泵浦Nd:YVO4晶体,实现了声光调Q输出1064nm的短脉冲。
- When LD pumped with single pulse,a Q-switch laser pulse with 0.48 mJ energy and 34 ns pulse duration was obtained. 当LD单次脉冲抽运时;在34mJ的抽运能量下;获得能量为0.;48mJ、脉宽34ns的调Q脉冲。
- LD pumped laser MOPA system with a phase conjugating mirror of a fused silicon rod[J]. 引用该论文 汪莎;童立新;高清松;刘崇;陈军;唐淳.
- LD pumped intracavity frequency doubling 473 nmNd:YAG/LBO laser with low noise operation[J]. 引用该论文 李义民;檀慧明;付喜宏;田玉冰;王保山.
- Performance of End-pumped Tm, Ho:YLF Microchip Laser[J]. 引用该论文 张新陆;王月珠;姚宝权;于占东.
- Rare earth doped natrium yttrium tungstate (RE:NaY(WO_4)_2, abbreviated RE:NYW) is a kind of solid laser material which is apt to LD pump. 掺稀土双钨酸钇钠晶体(RE：NaY(WO_4)_2，简称RE：NYW)晶体是一种适用于LD泵浦的固体激光工作物质。
- By using four level rate equation ,the effect of Nd:YVO 4 length and KTP length on the laser output power is calculated for LD pumped green lasers. The optimization results are given. Theoretical analysis agrees quite well with the experimental results. 利用四能级激光系统的速率方程 ,对激光二极管 (LD)纵向泵浦Nd :YVO4 /KTP腔内倍频绿光激光器激活介质和倍频晶体的长度对输出激光功率的影响进行了理论计算 ,给出了参数优化结果 ,分析了它的工作特性 ,得到与理论计算符合较好的实验结果。
- Abstract Aim To investigate the coherent two-frequency laser after a single axial mode is split by the way of twisted-mode cavity with fine detuning in LD pumped solid state laser. 摘 要 目的 研究在激光二极管泵浦固体激光器内利用扭转模腔微失调的方法产生单纵模分裂并输出相干双频激光，频差连续可调。
- Rare-earth doped functional glass-ceramics may potentially replace single crystal or laser glass, in fields of microchip lasers, optical fibers amplifer and high power diode pumped solid-state lasers. 透明微晶玻璃有望替代玻璃和单晶,在微芯片激光器、光纤放大器和高功率二极管抽运固态激光器等光学领域成为新一代光学材料。
- The optimal analysis of Siegman rate equations of passively Q-switched microchip laser[J]. 引用该论文 时光;廖云;王云祥;闫平;巩马理.
- Design of LD Pumping Solid Laser-generator Power Supply. 一种LD泵浦固体激光器电源的设计。
- The performance of LD pumped FAP and YAG lasers is compared, Nd:FAP is demonstrated to be a promising laser medium fitting for LD pumping. 比较了FAP和YAG这两种介质的激光器的性能，理论分析得出的两者的阈值泵浦功率的相对值与实验结果相一致，并证实FAP是一种很有前途的适合激光二极管泵浦的激光介质。
- Investigation of the LD pumped all solid-state blue laser 半导体泵浦全固体蓝光激光器的研究进展
- KHz repetition rate controllable microchip laser 可控制变频率微片激光器
- LD Pumped Miniature Lasers for EDFA 光纤放大器用LD泵浦的微型激光器
- TEM00 mode CW operation of LD pumped YAG lasers LD泵浦微型YAG激光器的单模连续运转
- Study on Self-mixing Interference Effects in LD Pumped Single-mode Green Laser LD泵浦单模绿光激光器自混合干涉效应的研究
