Diamond laser marking is the mainstream diamond marking technology.
钻石激光刻字技术是钻石标记的主流技术。
The laser, with its beam of strong light, can drill a hole in a diamond, and yet can be so well controlled that it can be used in delicate eye operations.
激光有强烈的光束，可以在钻石上钻洞，而且可以被很好地控制，用于精密的眼部手术。
The laser, with its beam of strong light, can drill a hole in a diamond, and yet can be so well controlled that it can be used in delicate eye operations.
凭着本身强烈的光束，激光可在钻石上钻一个洞，而且可以被很好地控制，因此能用于精密的眼部手术。
"This is a huge milestone in this type of laser research," said Stephen Durbin, a scientist at Purdue University, in an accompanying article in the journal Nature Physics about the diamond mirror.
普渡大学的科学家，斯蒂芬说德宾在《自然物理学杂志》的一篇关于钻石镜的附加文章中说：“这是此种类型的激光研究的重大里程碑。”
The spins inside the diamond can be both changed and measured by shining laser light into the diamond.
钻石中的自旋态可以通过照射激光改变和测量。
B. Hard as a diamond is, it is quite easy to drill a hole in it with a laser.
尽管钻石很硬，但是用激光给它打空还是很容易的。
The principle and method of measuring the acoustic speed CVD diamond film with piezoelectric film detecting laser ultrasonic system are presented.
本文介绍了压电薄膜检测的激光超声系统对CVD金刚石膜声速测量的原理及方法。
A method to obtain the diagnostic signal, the acoustic feedback control system and the principle of laser welding diamond saw are described in the paper.
介绍了特征声信号的提取方法及其用于激光焊接金刚石锯片的反馈控制系统构成和基本原理。
YAG laser cutting machine of CVD diamond film is used for finishing CVD dia mond film produced by the institute.
YAG金刚石激光铲平切割机是针对宁夏机械研究院生产的CVD金刚石膜进行后加工的设备。
The technology is involved the fields of laser welding, laser rapid prototyping technology, laser marking, laser engraving and laser diamond cutting.
这些技术涉及激光焊接、激光快速原型技术、激光打标、激光雕刻和激光切磨钻石等领域。
In this paper, a new laser welding method and process of diamond thin wall bits for construction industry has been developed.
本文研究了激光焊接薄壁金刚石工程钻头的方法及工艺。
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.
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。
The advantages of laser technique and its application on diamond synthesis are presented.
简要叙述了激光技术的特点及其在金刚石合成方面的应用。
The sintering technique of diamond fine powders compact by CO2 laser has been researched systematically in the thesis.
本文系统地研究了金刚石微粉压坯在高功率CO2激光作用下的烧结工艺。
Using a same semiconductor laser scheme, the thermal impedance of diamond thermal management is only 40% of AlN thermal management.
采用完全相同的半导体激光器结构，金刚石膜热沉的热阻仅为氮化铝热沉的4 0 %。
On the basic of theory, experimental studies on laser cutting and polishing diamond film were carried out.
并且在实验研究的基础上，分析了激光刻蚀金刚石材料的基本规律。
The composition and microstructure of the diamond saw blade joint welded by laser welding were studied using X ray diffraction and SEM, and the mechanical properties of welded joint were measured.
利用x射线衍射分析和扫描电镜，研究了金刚石锯片激光焊接接头的成分和组织，并测试了接头的力学性能。
Nano crystalline diamond has been prepared by laser ablation method in which graphite target is ablated by high power pulsed laser in acetone solution.
一种独特的方法用来制备纳米晶金刚石，即在丙酮溶液中激光烧蚀石墨靶制备纳米晶金刚石。
This paper presents a primary investingation on machining polycrystalline diamond by laser beam.
本文对激光加工技术在聚晶金刚石材料上打孔和切割进行了探讨。
High power transverse flow CO2 laser was used to scan the brazing alloy and diamond grits.
采用高功率横流CO2激光扫描钎料合金与金刚石颗粒。
Manufacturing cost of laser weld diamond saw blade has been reduced. Remarkable economic effect has been gained.
在使用中可降低激光焊锯片的制造成本，取得好的经济效益。
The segments of the laser-welded small diamond saws are sintered by hot-press, and their density is higher than that of the saws sintered whole, but the sharpness drops.
激光焊接小锯片刀头是通过热压烧结而成，其刀头比以往整体烧结的刀头致密，但锋利度不够。
The purpose of this research was to improve the low productivity of nano - diamond synthesis from graphite by laser radiation.
研究的目的是改变现有激光轰击石墨合成纳米金刚石产出率过低的状况。
The purpose of this research was to improve the low productivity of nano - diamond synthesis from graphite by laser radiation.
研究的目的是改变现有激光轰击石墨合成纳米金刚石产出率过低的状况。
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