MOPA

Application of SBS phase conjugation technique in high power laser MOPA system

SBS相位共轭技术在强激光-振放系统上的应用

The Research of SBS Phase Conjugation Technology in MOPA System

主振-功放系统SBS位相共轭技术研究

Three technical problems in MOPA system

MOPA系统建立中的三个技术问题

Development for the phase conjugated MOPA systems based on stimulated Brillouin scattering

发展中的受激布里渊散射相位共轭MOPA系统

Synchronization control of electron beam pumped KrF laser MOPA system

电子束泵浦KrF激光MOPA系统的同步控制

Experimental study of a YAG slab MOPA laser

YAG板条激光振荡-放大器（MOPA）的实验研究

Research of Single-Longitudinal-Mode Main Oscillator Pumped by LD in MOPA System

MOPA激光系统中LD抽运的单纵模主振荡器

Set up the experiment system of the seed of MOPA structure fiber laser and verify the result of simulation .

搭建MOPA结构光纤激光器的种子源实验系统，验证了数值仿真结果。

MOPA technology is applied to achieve all fiber structure and high power output , the optic signal is amplified .

为实现光纤一体化设计及高功率输出，采用MOPA技术，对信号光进行放大。

A master oscillator power amplifier ( MOPA ) structured pulsed fiber laser is reported .

报道了一台主振荡功率放大（MOPA）结构的单频脉冲光纤激光器。

In this paper , the all-fiber frame seed and two-stage amplifier of MOPA are studied .

本文理论研究并实验搭建了全光纤MOPA结构光纤激光器的种子源、两级光纤放大器。

A number of important conclusions are summed up at last , which can be used to explain the performance of the MOPA system .

本文最后总结了一些重要结论，可以用于解释MOPA系统的性能。

All-Fiber Laser Based on LD Pulse-Modulated MOPA Architecture

基于LD脉冲调制的全光纤MOPA结构激光器

The paper adoptes the MOPA coherent combining method to improve the output-power and beam-quality .

本文采用并联主振荡-功率放大（MOPA）相干合成方法来提高输出光束的功率和光束质量。

Coherent beam combining of MOPA with multi-dithering technique Efficiency and High Power All-Solid-State 1.5 μ m Intracavity Optical Parametric Oscillator

多抖动法主振荡功率放大器相干合成技术高效大功率全固态1.5μm腔内光参量振荡器

Recent years , master oscillator power amplifier ( MOPA ) has attracted many researches because it can generate high power laser with good spectra quality and low noise .

主振荡功率放大（MOPA）结构光纤激光器不但能产生高功率激光输出，而且光谱质量和噪声性能均能保持较好，近些年来吸引了众多研究。

On that basis , the MOPA technique is used , and the seed pulse is amplified to be a high power laser pulse by the fiber amplifier .

在此基础上，采用MOPA技术通过光纤放大器将种子光放大从而获得高功率的脉冲激光输出。

This paper introduces a Hybrid Master Oscillator Power Amplifier ( MOPA ) system using a LD pumped oscillator and a Xe lamp pumped amplifier .

介绍一种利用LD泵浦激光振荡-氙灯泵浦激光放大的混合型MOPA（MasterOscillatorPowerAmplifier）系统。

A scheme of transmitter is proposed , which consists of a semiconductor laser master oscillator and an EDFA optical power amplifier ( MOPA ) .

采用由半导体激光器振荡器和EDFA光放大器构成的MOPA结构作为通信发射机的光源；

In this thesis , the main work is the research of all-fiberized MOPA structured linearly polarized pulsed Yb fiber laser with high repetition rate .

鉴此，本论文展开了全光纤MOPA结构的线偏振高功率脉冲Yb光纤激光器的研究。

This paper introduces the method of guiding the six KrF laser beams into target chamber and the development of focus system in MOPA angular multiplex system for Heaven - ⅰ .

介绍了在天光一号MOPA光学角多路系统中，将6束KrF准分子激光引入靶室的方法以及聚焦系统的研制。

Two experiment designs have been studied , which are about MOPA transmitter using high-power fiber amplifier as power amplifier and the receiver using low-noise fiber amplifier as preamplifier .

研究高功率光纤放大器用作功放的主振功放光发射系统的实验方案，低噪声光纤放大器用作光接收机的前置放大器的实验方案。

Through my theoretical model and experiment , it is illustrated that with the help of gain guiding effect , the beam quality emitted from MOPA laser system can be improved without any compensation .

本文从理论和实验中均证实：不采用任何补偿措施，在增益导引的作用下，MOPA激光放大系统的输出光光束质量可以通过在放大级中的增益导引效应而得到明显改善。

A diode-pumped electro-optic ( E-O ) Q-switched master oscillator power amplifier ( MOPA ) all-solid-state green laser with high repetition rate and high pulse energy is demonstrated .

介绍了激光二极管抽运的高重复频率、大能量绿光固体激光器研制成果。激光器采用电-光调Q，主振荡功率放大器（MOPA）结构。

At the same time , the experiment of multimode crystal fiber to improve the beam quality of MOPA DPL with high repetition rate and narrow pulse width were carried out in this paper .

本文还开展了多模石英光纤应用于窄脉冲、高重复频率MOPADPL系统改善光束质量的实验研究。

The spatial profile of the energy deposition for the main amplifier ( H1M ) of a KrF laser MOPA system is presented by meams of 3D Monte Carlo method .

用三维电子输运Monte－Carlo（MC）方法研究了双向四电子束泵浦KrF准分子激光器MOPA系统中主放大器（H1M）的能量沉积空间分布。

The seek pulse signal through the pulse pumped MOPA amplifier stage in different pump pulse width and repetition rates . The pulse pumped amplifier results have been analyzed and compared with the theoretical results .

实验中通过改变泵浦脉冲重复率和脉冲宽度，观察了被放大的脉冲信号，分析了放大结果，并与理论计算结果进行了对比。

Using the side-pumped coupler made from fused tapered fiber , the Yb-doped double-cladding fiber ( YDCF ) master oscillation power amplification ( MOPA ) with all-fiber structure is experimentally studied .

结合双包层掺镱光纤（YDCF）和主振荡功率放大（MOPA）技术，利用熔融拉锥的光纤侧面耦合器，设计和实验研究了全光纤结构的脉冲光纤放大器。

Doubled-clad fiber lasers have excellent beam quality and thermal characteristics , three kinds of pulsed double-clad fiber lasers are discussed The principle and the key techniques for Q-switched , mode-locked and MOPA are analyzed in detail .

双包层光纤激光器具有光束质量好、散热面积大等优点。介绍了三种获得脉冲输出的双包层光纤激光器，即调Q光纤激光器、锁模光纤激光器及振荡放大脉冲光纤激光器。

To get stable and controllable laser pulses with short duration and high repetition rate for a seed source in MOPA system , the dissertation focuses on two important technology to generate short pulses : passive Q-switching and gain-switching .

为了获得窄脉宽、高重复频率和稳定、可控的脉冲激光来作为种子光源或MOPA系统的振荡级。