气体激光器

基于PLC的气体激光器智能远程控制系统

A Kind of PLC Intelligent Remote Control System for Gas Laser

本文报道一种用蒸发器冷却放电管的CO2气体激光器，并给出它的工作特性。

A gas laser with a refrigerator is reported and its operation characteristics are investigated .

微小型高功率CO2气体激光器的新进展

The New Advances of the Compact High-power CO_2 Gas Lasers

应用CO2气体激光器在45钢基体上进行了快速原型零件的制造；

The components of rapid prototype were fabricated with the laser generated by CO2 laser equipment .

采用双管正激式开关电源技术，成功研制了一种新型的CO2气体激光器电源。

A new CO_2 laser switch power supply utilizing two MOSFET forward driving technology is developed successfully .

TEACO2激光器是一种应用广泛的高功率气体激光器，具有效率高、光束质量好、稳定性强等特点。

TEA CO2laser is a widely used high-power gas lasers . It has the characteristics of high efficiency , good beam quality , stability and so on .

实验采用烟雾作为示踪粒子，由He-Ne气体激光器产生的激光束经柱面镜后形成片光源实现对流场的照明。

A He Ne gas laser was used for the flow visualization with a half cylinder lens used to form a luminous sheet .

CO2激光器是气体激光器中最重要、用途最广泛的激光器，其激励系统的主要放电方式可分为直流、射频和微波放电。

CO 2 laser is the most important and most widely used in gas lasers , its main discharge types are divided into DC , RF and MW discharge in excitation system .

本装置用于一个采用1.52μmHe-Ne气体激光器的相干光纤通信系统中，光外差中频在整个TV频道范围内都能跟踪稳定。

In the coherent optical fiber communication system adopting 1.52 μ m He Ne lasers , the trac - king stabilization of optical heterodyne intermediate frequencies may be covered in the range of full TV channel when this set is used .

它兼具固体激光器和气体激光器的优点，具有量子效率高、光学性能好、输出线宽窄（可达MHz）的突出优点。

They have both the advantages of gas lasers and solid lasers , which possess some desirable features such as high quantum efficiency , good optical quality and narrow-line-width ( several MHz ) .

本文介绍一种ZeemanHe-Ne气体激光器新的稳频方法，通过控制激光等离子体介质的折射率来稳定激光器的频率。

This paper describes a new way to stabilize the frequency of a Zeeman He-Ne gas laser . The laser frequency is stabilized by controlling the refractive index of the laser plasma .

为了研究横流气体激光器因谐振腔腔镜倾斜、中心热变形以及增益介质的横向流动而产生的非均匀增益对激光模场分布的影响，采用快速傅里叶变换算法模拟了高能CO2激光器的输出模场。

The fast Fourier transform method is used to study the mode field distribution for high-energy CO_2 laser induced by the resonator mirror tilt , centre thermal distortion at the mirror and inhomogeneous gain resulting from transverse flow of gain medium .

本文分析和实验研究了HAW型气动激光窗口所形成的小孔光阑效应和类透镜效应对光束传输的影响，阐明了在高功率气体激光器中使用气动激光窗口的优越性。

The small aperture effect and the lens-Jike effect formed by model HAW aerodynamic laser window are analysed and studied experimentally , and the advantages making use of the aerodynamic laser window in high power gas laser are described .

气体激光器波导耦合腔的研制与测试

Development and measurement on the waveguide coupled resonators of gas laser

微波激励气体激光器激励参数的测量研究

Study and Measurement of Excitation Parameter for Microwave Excited Gas Laser

调整横向激励气体激光器反射镜的一种方法

A method of readjusting reflect mirror of the TE gas laser

气体激光器射频至微波放电激发的某些规律

Some law of laser in RF to microwave excited gas lasers

用于气体激光器的双T及行波微波谐振放电腔

Double T and Traveling Wave Discharge Resonator for the Gas Lasers

双模气体激光器的磁起偏特性

Properties of polarization generated by magnetic field in two-mode gas lasers

同轴气体激光器二球面镜腔内光束的传输特性

Beam propagating characteristics in the spherical-mirror resonators of coaxial gas lasers

电荷复合放电技术及其在气体激光器中的应用

Electric charge neutralization discharge and its application to gas lasers

气体激光器中光强迭加原则的物理基础

Physical foundation of light intensity superposition in gas laser cavities

简介气体激光器在医学上的应用。

Brief introduction gas laser 's application in medical science .

金属板条波导气体激光器传输模式的分析

Analysis of the Propagation Modes in Metal Waveguide Gas Lasers

气体激光器放电等离子体管的新设计

A new design of discharge plasma tube in gas lasers

高频气体激光器功率传输的匹配

Study on the impedance matching of high frequency gas lasers

封离式气体激光器的长期质谱分析采样技术

Long Term Mass-Spectrometric Sampling Technique for Sealed Gas Lasers

列阵电容式横向激励气体激光器的放电特性和多波长运转

Discharge Characteristics and Multiple Wavelength Operation of Array CA Capacitors TE Gas Laser

微波谐振腔测量气体激光器电子密度

Electron density in gas lasers measured with microwave cavity

气体激光器电子束窗口中的热传输问题

On the heat transfer of the electron beam window of a gas laser