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- laser surface niobium alloying 激光表面铌合金化
- electron beam surface niobium alloying 电子束表面铌合金化
- Laser surface data automatic measurement. 激光表面数据自动化检测。
- Laser quenching,laser cladding and laser surface alloying,as well as microstructure and properties were presented.The properties and research progress of intelligent coating were reviewed. 介绍了激光淬火,激光熔凝,激光表面合金化等材料表面改性技术及其组织和性能;综述了智能涂层的特点及研究进展。
- The Study of the Crack on Laser Surface Alloying 激光表面合金化裂纹的研究
- The surface properties of Ti and Ti alloys can be significantly improved by laser surface modifications such as laser surface alloying(LSA), pulsed laser deposition(PLD), laser cl. 通过激光表面改性处理,如激光表面合金化(LSA)、脉冲激光沉积(PLD)及激光表面熔敷陶瓷涂层等可以显著改善钛及钛合金的表面性能。
- Laser Surface Treatment of Hypereutectic Al-Si Alloy with Coupled Eutectic Growth[J]. 引用该论文 宋宙模;蔡猛;伍长征;吴嘉达;李富铭.
- Microstructure Characteristic of Hypoeutectic White Cast Iron by Laser Surface Hardening[J]. 引用该论文 姚建华;熊缨;孙东跃;陈智君.
- Traditionally the sealed hat of niobium alloy using in the high pressure natrium lamp adopt the tube of niobium-zirconium alloy to process. 传统的高压钠灯用铌合金封帽采用铌锆合金管加工而成。
- Microstructure Characteristics and Microsegregation of DD2 Single Crystal by Laser Surface Remelting[J]. 引用该论文 杨森;杨森;黄卫东;苏云鹏;周尧和.
- Based on analysising characteristic of BT5-1 titanium alloy and C-103 niobium alloy, and peculiarity of electron beam welding(EBW), BT5-1 and C-103 was welded by EBW. 基于BT5 1钛合金与C 103铌合金性能的分析和电子束焊接的特点,实现了 BT5 1 与 C 103 的电子束焊接。
- A transition temperature that high can be achieved by technologies that cost much less than those needed to bring about superconductivity in the niobium alloys. 要达到这麽高的转变温度，所使用的技术，远比使铌合金产生超导性来得经济；
- Diode laser surface alloying of tool steel with cobalt 用二极管激光器对钴基合金钢的表面合金化
- Study on laser surface alloying of steel and cast iron 钢和铸铁的激光表面合金化研究
- Laser Surface Alloying of 20Cr_(2)Ni_(4)WSteel with Co Powder 20Cr_（2）Ni_（4）W钢钴粉涂层激光合金化的试验研究
- The software used to simulate temperature and velocity fields in laser surface remelting process is developed on the basis of PHOENICS code. 在PHOENICS软件基础上开发了模拟激光表面重熔过程温度场和速度场的数值程序;
- Titanium alloy and niobium alloy are two kinds of alloy which have good performences, so these two alloys are widely used in such areas as aeronautics, spaceflight and nuclear industry. 钛合金与铌合金是具有优良使用性能的两种合金材料,这两种材料被广泛用于航空、航天、核工业等重要领域。
- The characteristic and mechanism of laser transformation hardening , the technics of laser surface heat treatment were introduced. 主要介绍了激光相变硬化的特点及强化机理、激光表面相变硬化工艺。
- The quenching layer with high hardness on the surface of number control machine-tools axle was obtained using laser surface treatment technology. 采用激光表面处理工艺,对数控机床主轴主要表面进行快速激光扫描,可获得高硬度的淬火硬化层。
- With laser surface modification, absorptivity influences the surface modification straightly under certain laser parameters. 一定激光参量下吸收率的大小又直接影响到表面处理的质量。
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