Electrospark相关论文
Using electrospark alloying machine, a series of experiments were carried out to investigate the effect of electrospark ......
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用电火花渗碳技术可在钛合金表面形成一层40～50μm厚的渗碳层，分析显示渗碳层中主要是由石墨电极与基体反应生成的TiC相组成。渗碳层......
采用自制电火花强化机,以TC4合金作为电极,在空气介质中对LY12铝合金进行了表面强化。分别用扫描电镜、电子能谱分析仪与X射线衍射......
试验了退火后强化，强化层继续增厚的规律；对电火花表面强化的火花放电原理提出了一定的看法。......
介绍了电火花表面强化的原理及特点,概述了电火花表面强化设备的现状,最后讨论了电火花表面强化技术的发展趋势. ......
采用电火花表面强化设备,以DH-1型硬质材料作为强化电极材料,白口铸铁为基体材料,研究了电火花表面强化工艺对强化层性能的影响.结......
介绍混气电火花加工原理及介质混入气泡的作用,详细分析了混气电火花加工机理,并进行了实验论证.......
采用旋转的柔性铜电极在空气中对钛合金表面进行强化处理，并采用SEM、XRD、硬度计、表面粗糙度仪等对强化层进行了研究。结果表明：试......
The structure and properties of coatings based on WC-Co alloys containing additives of 1% - 5% aluminium oxide and 2.5% ......
Using electrospark alloying machine, a series of experiments were carried out to investigate the effect of electrospark ......
Influence of Carbon Content of WC-Co Electrode Materials on the Wear Resistance of Electrospark Coat
In the electrospark deposition (ESD) of WC-Co materials on low carbon steel, tungsten carbide (WC) decarburization is ob......
