在此环境下研究设稳定性好，可靠性高，智能化水平高的激光加工系统，对于激光加工技术的应用与推广将很有意义。
In this circumstance, studying on the design of laser machining system with high reliability, high stability, and high intelligence is very important for the developing of laser machining technique.
本论文对紫外激光应用于蓝宝石晶圆和碳化硅等材料的划切加工技术进行了部分理论与试验研究工作。
In this paper, part of theoretical and experimental studies on the application of UV laser in dicing of sapphire wafer and SiC were presented.
基于液晶光调制器的激光偏振特性控制技术及其实用化组件的研究具有较高的理论与应用价值。
Laser polarization control technology and its practical components' study based on liquid crystal light modulator have high theoretical and application values.
在分析传统划痕试验法和激光检测技术研究与应用现状的基础上，进行了激光划痕法的技术优势分析。
Its technological advantage is studied based on analyzing the state of the research and application of traditional scratching technique and laser testing technique.
柔性贴膜作为一种集约束层与吸收层于一体的新手段，使激光冲击技术有了更好的工程实际应用性。
The flexible coating is an energy conversion body that consists of confinement layer and Absorbing layer, so that laser shock processing(LSP) can be applied in engineering.
最后分析了激光遥感技术在古建筑与历史街区保护中的应用前景和亟待解决的问题。
Finally, it analyses the prospects and problems that need urgent solution of the protection of ancient architectures and historic districts based on the laser remote sensing technology.
激光雷达技术作为一种高效可靠的遥感探测技术已被广泛应用于各种大气环境参数的测量与研究。
Currently, as a efficient and rapid remote sensing technique, Lidar (Light Detection and Ranging) has been applied to monitor some atmospheric parameters.
介绍了实时激光全息干涉技术应用于三维温度场可视化的原理、实验装置与光路系统、实验结果等。
The principle, experimental apparatus, optical system and results of applying laser holographic interferometry technique to visualize three-dimensional (3d) temperature field were presented.
通信领域中激光通信技术由于自身的优越性得到了广泛的应用。通过将空间激光通信与微波通信比较，介绍空间激光通信的优点：大容量、低功耗及体积小、质量轻等。
By Comparison with microwave communication, the advantages of the free-space laser communication system, such as big capacity, low power consumption, small volume and light weight, are introduced.
三维激光切割技术与装备代表了激光切割技术研究和应用的最高水平。
Three-dimensional laser cutting technology and equipment represents the highest level of laser cutting technology research and application.
三维激光切割技术与装备代表了激光切割技术研究和应用的最高水平。
Three-dimensional laser cutting technology and equipment represents the highest level of laser cutting technology research and application.
应用推荐