脉冲激光器

MOS功率驱动高速脉冲激光器的研究

Study on High-speed Pulsed Laser by MOS Power Driving

3μmNd~（3＋）∶YAG脉冲激光器的特性与设计

Design and Characteristics of a Nd ￣( 3 + ): YAG Pulsed Laser at 1 . 3 um

使用无Q开关脉冲激光器拍摄全息肖像的研究

Making pulse portraits by using a ruby laser without Q switch

打孔用高峰值功率声光调Q脉冲激光器的研制

Study of High Peak Power Acousto-optical Q-switch Pulse Laser for Drilling

采用Nd∶YAG脉冲激光器对大理石进行铣削加工试验。

Experiments of laser milling were done on marble with YAG laser .

同步泵浦声光调Q全固态脉冲激光器

Synchronous Pumped A-O Q-switched All Solid Pulse Laser

得出了YAG脉冲激光器负载对电源的要求。

Obtained YAG pulsed laser load on the power requirements .

氙灯泵浦的高功率Cr，Tm，Ho：YAG脉冲激光器

High-power Cr , Tm , Ho : YAG Pulse Lasers Pumped by Xenon-lamp

调Q系列脉冲激光器理论

Theory of Q-switched pulse train laser

Nd~（3+）：YAG脉冲激光器输出能量的似饱和现象

Quasi-saturation phenomenon of output energy of Nd ~ ( 3 + ): YAG pulsed lasers

GaAs半导体脉冲激光器的激励源

The Stimulus of Pulse GaAs Semiconductor Lasers

IGBT在大功率脉冲激光器中的应用

Application of IGBT in High Power Pulse Laser

光泵CH3F和D2O远红外脉冲激光器

An optically pumped ch_3f and d_2o fir pulse laser

合理的激光器泵浦功率和激光器输出掺Yb，十光纤超短脉冲激光器的研究祸合有助于提高被动锁模掺Yb3+光纤激光器的稳定性。

Appropriate pump power and output couple ratio can increase the stability of the laser .

采用Nd∶YAG脉冲激光器对不锈钢进行了精密切割。

In this paper , the experiments of cutting stainless steel sheet with Nd ∶ YAG pulse laser , were carried out .

激光刻蚀制备银胶及其SERS应用利用激光刻蚀技术制备化学纯银胶，所用光源为Nd：YAG脉冲激光器。

Third , the preparation of laser-ablated silver colloids and its application as SERS substrates .

利用以大功率双脉冲激光器为光源的PIV技术，测定了由扁平射流和尖劈组成的二维振荡射流流场。

The two dimensional oscillating flowfield of jet splitter system is measured by PIV technique which use double pulsed lasers .

本文首次提出了同步泵浦声光调Q全固态脉冲激光器，分析了其基本理论，设计并实现了这种新型激光器。

The article puts forward the synchronous pump A-O Q-switched all solid-state pulse laser , analyzes the basic theory of it , designs and realizes this new type of pulse laser .

LD泵浦全固体355nm紫外脉冲激光器

LD Pumped All-solid-state 355 nm Ultraviolet Pulse Laser

实验研究了LD抽运Tm：YAG脉冲激光器输出特性，测量激光的光谱、阈值功率和不同注入电流下的输出特性，分析了影响输出特性的因素。

Laser spectroscopy , the threshold power and different output characteristics with different injection currents are measured . And the influence factors of output characteristics are analyzed .

对喷雾初始信号的探测、脉冲激光器触发以及图像采集之间的时序关系进行了研究，并通过试验测得了CCD摄像机对光强的响应特性。

The time serial of the spray initial signal , ruby laser and digital image system was analyzed . The responding characteristics of CCD video camera to light intensity was investigated experimentally .

用YAG倍频调Q脉冲激光器测试了复合材料的非线性反饱和吸收性质，发现材料具有明显的光限幅效应。

The nonlinear reverse saturable absorption measurements of composite materials were performed with a frequency-doubled Q switched Nd : YAG laser . Appreciable effect of optical limiting was observed in the experiments .

小型NdP5O（14）脉冲激光器

A miniature pulsed NdP_5O_ ( 14 ) laser

NYAB小型脉冲激光器及其开关型反激式泵浦源

Pulsed NYAB Miniature Laser with A Pumping System of Switch Type and Inverse Excitation Model

半导体可饱和吸收镜（SESAM）在飞秒脉冲激光器锁模中，是一种非常有潜力的锁模启动器。

Semiconductor saturable-absorber mirrors ( SESAM ) are practical device for mode-locking of femtosecond pulses laser .

根据THz波在增益介质中的增益和吸收表达式，利用脉冲激光器谐振腔理论，推导了TPO阈值表达式。

The threshold express of TPO is deduced based on the theory of pulse laser resonant cavity and the expresses of THz-wave gain and absorption in gain medium .

采用Nd∶YAG脉冲激光器、扩束与聚焦透镜组、PZT探头、数据分析仪等器件设计并构建了一套基于接触式检测方法的激光超声微裂纹检测实验系统。

Experimental study is carried out by a contacting , ultrasound detecting experimental system composed of a Q switched Nd : YAG laser , a beam expanding and focusing lens system , a PZT sensor , a digital analyser etc.

测量了连续HeNe激光器和YAG脉冲激光器自身的光束抖动，前者的光束指向方差小于6μrad，后者达到22μrad。

Beam pointing stability of a CW HeNe laser and a YAG pulse laser was measured , and the variances of them are less than 6 μ rad and 22 μ rad respectively .

此系统包括了Nd：YAG固体脉冲激光器，水冷系统，声光驻波调制器（AOM），染料循环系统，串联普克尔盒选单系统和相应的探测系统。

This system includes Nd : YAG pulsed laser , water-cooled system , the circulatory dye system , acousto-optic standing wave modulator , Pockels cell system and the corresponding detection system .

DPL腔内倍频脉冲激光器技术正在日趋成熟，且激光产品已经商业化，广泛应用于工业、军事、医疗和科研等领域中。

The technology of DPL intracavity frequency doubled pulsed laser is developing , laser products are commercialized and widely used in industrial , military , medical and scientific research areas and so on .