摘要
利用线电极火花磨削(WEDG)技术加工微细电极。通过电火花加工技术在微靶柱腔上加工直径小于、等于20μm的诊断孔。对影响诊断孔质量的加工参数进行了优化,并探索了不同加工参数所产生的电极损耗以及直径12μm的电极制备。
The mirco-electrode was fabricated by the wire electric discharge grinding（WEDG）.and the diagnostic windows（mirco-holes） with a diameter of equal or less than 20 μm in cylinder hohlraums are obtained by mirco-holes electrical discharge machining technology.Techonologic parameters which would effect on the quality of diagnostic window were optimized.Electrode wear induces by different techonologic parameters and the fabrication process of electrode with a diameter of 12 μm are discussed.
出处
《科学技术与工程》
北大核心
2012年第1期151-153,共3页
Science Technology and Engineering
基金
国家高技术863计划项目课题资助
关键词
线电极火花磨削
微孔
放电间隙
电极损耗
the wire electric discharge grinding（WEDG） mirco-holes discharge gap electrode wear
