1) electrical discharge deposition
电火花沉积加工
1.
With the fast development of EDM,the electrical discharge deposition(EDD) as a new surface modification technology is being focused a lot in EDM area all over the world.
控制系统以单片机和可编程逻辑器件作为整个电路的控制中心和脉冲发生器,产生适应于电火花沉积加工的脉冲波形,控制各加工回路通断、储能电容值大小以及并联电容回路的开断,从而使沉积加工过程中能量可变可控。
3) electrospark deposition
电火花沉积
1.
Forming mechanism and microtructural characteristics of TiN coatings prepared by electrospark deposition under nitrogen atmosphere;
氮气氛下电火花沉积TiN层的形成机理及微观特征
2.
Interface behavior of WC-8Co coating on Ti alloy produced by electrospark deposition;
TC1合金表面电火花沉积WC-8Co涂层界面行为
3.
Characteristics of TiB_2 coating on surface of copper electrode prepared by electrospark deposition
点焊电极表面电火花沉积TiB_2涂层的特征
4) electro-spark deposition
电火花沉积
1.
In this investigation, by utilizing a new electro-spark deposition equipment .
电火花沉积不是电极材料在基体上简单的镀覆，沉积层实际为电极材料、工件材料在高温、高压下发生相互融渗、物理化学冶金及合金化的结果。
2.
In order to prepare high quality alloy strengthening coatings and improve their tribological properties,the Ni-base alloy strengthening coatings were prepared by electro-spark deposition.
为了制备优质的电火花合金强化层,提高强化层摩擦学性能,本文运用电火花沉积工艺,制备了镍基合金强化层,研究了沉积工艺参数对镍基合金强化层摩擦学性能的影响规律。
3.
The electro-spark deposition with efficient surface strengthening technology,can be used to improve the reliability and service life of mechanical parts;its application potential is revealed in mechanical and electrical equipment.
电火花沉积技术是一种高效的表面强化技术,可有效提高机械零部件的寿命和可靠性,在机电设备的应用中显示出了巨大的潜力。
5) EDM deposition
电火花沉积
1.
Research on micro spiral structure using EDM deposition in air;
空气中电火花沉积微螺旋结构的研究
2.
A thermal model of micro-EDM deposition machining in gas was built,through selecting proper heat-source model,thermal boundary condition and diameter of discharge channel etc.
通过选取合适的热源模型、热边界条件和放电通道半径等,建立了气中微细电火花沉积加工的热传导模型。
3.
As a new method in the field of EDM, micro-EDM deposition (EDD) in gas is a big breakthrough in traditional manufacture.
气中微细电火花沉积加工作为电火花加工领域的一种新方法,是传统加工方法的一大突破。
6) ESD
电火花沉积
1.
Study on Electro-spark Deposition Process and Property of ESD Coating;
电火花沉积工艺及沉积层性能的研究
2.
The paper introduces TC1 alloy with WC-8Co anode by DZ4000 ESD system, studies the influence of ESD processing parameter on the thickness of deposition layer.
采用DZ4000新型电火花沉积系统在TC1合金表面沉积WC-8Co电极材料,研究多项工艺参数同时变化时沉积层厚度的变化规律。
3.
The test results indicated that the ESD Process would influence the microstructure and clement distributing in the deposited coating.
采用新型电火花沉积设备 ,把YG8电极材料沉积在基体材料不锈钢 (1Cr1 5Ni9Ti)上 ,采用X射线仪和扫描电镜分析了白亮层的组织结构和元素分布。
补充资料：电火
1.电闪。 2.旧称电灯光。 3.放电时所发出的火花。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条