准分子激光是用于眼科手术紫外激光器，微加工，并创造计算机芯片。
Excimer lasers are ultraviolet lasers used for eye surgery, micromachining, and the creation of computer chips.
所以，高功率固体激光器在激光加工中有着很广泛的应用前景。
So the high power solid-state lasers have a broad application prospects in the laser processing.
通过仿真与试验，设计了脉冲固体激光掩膜加工器的电源电路及控制系统，并详细地分析了它的工作原理。
Then the pulsed solid state laser power and mask machining system is designed through simulations and experiments. And the system working theory is also analyzed.
高功率轴快流co_2激光器越来越广泛地用于工业加工中。
High power fast axial flow (FAF) CO2 lasers are more and more widely used in industrial laser processing applications.
这一结果对控制折叠腔免调试激光器中的角锥棱镜加工误差具有指导意义。
The result plays an important role in controlling the right angle errors in alignment-free He-Ne laser system.
介绍了一种采用计算机控制激光位移传感器在线检测木材机械加工表面粗糙度的新方法。
This paper investigated the possibility of measuring the surface roughness of wood by the laser displacement sensor of the computer control.
形成斜面刀片表面(752)的沟槽的加工方法包括金刚石条锯、激光系统、超声器、热锻压和刻纹机。
Methods for machining the trenches, which form the bevel blade surfaces (752), include a diamond blade saw, laser system, ultrasonic machine, a hot forge press and a router.
在单片机控制器、光学显微镜系统和PC机监控软件的配合下，本激光微加工系统实现了一种新的加工控制方式。
A new processing control mode of the laser microprocessing system is realized with the help of single chip computer, optical microscope and PC monitor software.
光纤激光器在光通信、传感技术、医疗、工业加工等领域有着广泛的应用，是未来非常重要的激光光源。
The optical fiber lasers are widely applied in optical communication, sensors, medicine, industry process, and they will become the most important optical source of laser in the future.
提出使用CO2激光器进行PMMA微流控芯片加工的方法。
We used CO2 laser system to fabricate polymethylmethacrylate (PMMA) based microfluidic chip.
主要介绍了混合器壳体上小孔的激光加工方法和激光制孔工艺参数的选择，对激光工艺的加工效果进行了分析。
The laser drilling method of holes on the mixer shell and the selection of the technical parameters of laser drilling are introduced. The machining effect is analyzed.
微型准分子激光器是一种新型的激光器，它在工业紫外激光微加工上有广泛的应用前景。
Micro-excimer laser is a novel laser, and it will be used by industry on the ultraviolet-laser micro-machining.
现在退偏器已经广泛应用于天文学仪器、激光加工、激光医学、光纤通讯等的光电测量仪器中。
Now the depolarizers are used extensively in many photoelectric measuring instrument, such as astronomical instrument, laser processing, laser medicine, optical fibre communication.
用YAG激光器加工出了几微米宽的长方孔。
YAG laser has been used to machine rectangular-shaped holes of about several microns in width.
面泵浦固体激光器（即板条式激光器）、半导体二极管泵浦固体激光器和激光加工是这份报告的重点。
The report emphases on face-pumped solid-state lasers(or slab solid-state lasers), diode laser pumped solid-state lasers and laser material processing.
当激光器上升沿变陡时，在有效作用时间内温度上升得更快，对加工区域周围热效应的影响明显减弱，而热扩散距离变小。
When the rise time is steeper, the temperature rises faster, and the surrounding of the machining filed are less affected while the distance of the thermal diffusion reduces.
CO_2激光器与数控加工设备配合组成的CO_2激光加工系统在工业领域起着越来越重要的作用。
The CO_2 laser with CNC machining equipment is playing an increasingly important role in the industry.
为了改善光纤激光器的输出光束特性，将光纤端面加工处理成近似凸球面。
In order to improve the beam properties of fiber lasers, the fiber-end surface is processed similar to a convex spherical surface.
研究表明激光微加工方法制作纳米气敏传感器阵列是一种可控性好、灵活、方便、廉价的制作方法。
The results show that YAG laser micro machining of Al 2O 3 plates used for the manufacture of the gas sensor arrays is easily controllable, flexible, convenient and cheap.
该方法包括相对于工作空间(16)的至少一个参考基准面(14)定位激光器(12)的焦点(24)，所述焦点(24)位于所述激光器(12)进行加工的位置。
The method includes locating a focal point (24) of a laser (12) relative to at least one reference datum (14) of a workspace (16), the focal point (24) being where the laser (12) produces machining.
在对当前的几种主要结构比较后，指出盘形激光器和光纤激光器将在未来的激光加工中发挥更大的作用。
After the comparison of the main structures, the paper points out that disc laser and fiber laser will play an important role in laser manufacturing in the future.
在对当前的几种主要结构比较后，指出盘形激光器和光纤激光器将在未来的激光加工中发挥更大的作用。
After the comparison of the main structures, the paper points out that disc laser and fiber laser will play an important role in laser manufacturing in the future.
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