所有这些都是很容易在制造过程中激光加工。
All of them are easily manufactured in the course of laser processing.
陶瓷材料的激光加工是激光技术应用的新领域。
Laser processing ceramic materials is a new application of laser technology.
激光加工产生的孔比标准制造技术有更高的直径深比。
The resulting laser-machined holes have a much higher aspect ratio (diameter to depth ratio) than holes achieved with standard fabrication techniques.
本文介绍了图形变换的矩阵方法在激光加工中的应用。
The application of pattern transformation matrix method in laser machining is introduced.
G5系列激光加工头是专为高速多千瓦切割应用设计。
The G5 Series Laser Process Head is designed for High-Speed Multi-Kilowatt Cutting Applications.
介绍了激光加工处理技术在济钢备品备件修复中的应用。
Introduces the applications of laser processing technologies in restoration of spare parts of Jigang.
介绍了激光切割筛管的原理和割缝筛管数控激光加工机床；
The laser cutting machines and the principle of slotted screen laser cutting are introduced briefly.
这对于生物质传热和激光加工过程中温度的控制有重要意义。
It is very important for temperature control during biological heat transfer or laser process.
实验结果对汽车行业采用激光加工技术具有一定的参考意义。
The research results have mean to laser technology application in car industry.
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.
他们的研究工作侧重于激光加工的物理本质，数学模型的研究。
They concentrated their research projects on physical fundamentals and mathematical modeling of laser material Interacnon.
本诊断仪适用于激光加工用的大功率激光的光束光斑质量诊断。
The diagnostic instrument can be used in the diagnosis of beam and focus of high power laser.
本文简要地介绍了CNC控制激光加工工作台的结构和工作原理。
The construction and principle of CNC control of the work head with laser are briefly described.
以数字图像处理理论为基础的激光加工技术是一个崭新的研究领域。
The laser processing technology based on digital image processing is a new studying area nowadays.
提出激光加工热响应的空间温度场可视化方法并对相变硬化进行分析。
The visual analytical method of spacial temperature field has been presented for the heat response in laser machining.
硬脆性无机材料的激光成形加工是激光加工技术最有前途的领域之一。
Laser shaping technology on hard and brickle inorganic materials is one of the most promising fields.
对比普通激光加工，超短脉冲和短波长对各种材料的优势作用日趋显现。
In comparison with ordinary laser processing, the advantages of ultrashort pulse and short wave to all kinds of materials are presented.
激光切割是激光加工应用领域的一部分，是当前世界上先进的切割工艺。
Being one of the most important applications of laser in industry, laser cutting is a kind of advanced cutting technology in the world.
为减少填充线段和提高激光加工效率，对复杂区域的填充算法进行了研究。
Filling algorithm for complex regions is studied to reduce the number of filling lines and improve the efficiency of laser processing.
本文在认真调研和深入分析的基础上，设计了数字式多功能激光加工系统。
This dissertation brings forward digital multifunctional laser machining system based on deep analysis and investigation.
介绍了一种新型大功率激光加工用光束带式积分镜的设计原理和实验结果。
The design principle and experiment result of novel a kind of strip integral mirror for high power laser processing are introduced.
本文介绍了在激光加工中，采用单片机构成激光脉冲能量的测量与控制系统。
This paper presents the laser pulse energy measuring and controlling system using single chip computer in laser machining.
对于同样的材料，飞秒激光加工的质量明显优于皮秒、纳秒激光加工的质量。
For the same material, the quality of femtosecond laser micro-processing is much better than that of nanosecond laser micro-processing.
通过该计算模型，可以掌握激光加工过程中连续移动激光熔池的加热和冷却规律。
During laser processing, the heating and cooling process of laser molten pool can be acquired by the numeric model.
利用数字化系统可以有效提高测试准确度和工作效率，为激光加工的研究奠定了基础。
By use of digital system it can improve the testing accuracy and efficiency, so it provides bases for the laser process research.
通过对激光加工特性的研究，设计了基于DSP与单片机为核心的激光加工数控系统。
From the study of laser machining, design the CNC system based on the DSP and the microcontroller.
提出了一种新型的两自由度并联平动机构，并将其成功的应用到YAG激光加工平台当中。
A new kind of two-DOF parallel mechanism was presented, and the parallel mechanism was successfully applied in the YAG laser-manufacturing machine.
简述了梯形缝筛管的作用、用途及激光加工梯形缝的方法和激光加工梯形缝筛管的可靠性。
Stating the function and usage of Keystone slotted pipes, Keystone slots manufacturing method by laser reliability of Keystone manufacturing method by laser.
现在退偏器件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光电测量仪器中。
The depolarizers are widely used in many photoelectric measuring instruments, such as astronomical instruments, laser processing, laser medicines, optical fiber communication and so on.
上述研究工作为具有扫描叠加过程特点的激光加工温度场精确建模和质量控制提供了理论基础。
The research work above provides theory basic for exactly modeling and quality controlling of laser processing temperature field having the character of scanning and superposing process.
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