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Fabrication of Cylindrical Tungsten Microelectrode by Electrical Machining

机译:通过电加工制造圆柱钨微电极

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摘要

Developed with micro technology, the microelectrode is the key manufacture technique. The micro electrical machining, mainly including micro electrical discharge machining (EDM) and electrochemical machining (ECM), is one of the important technologies of microelectrode fabrication. Firstly, the microelectrode was fabricated with a counter block of EDM while the cylindrical tungsten electrode fed along radius and its axis. Then the fabrication technology of ECM was also introduced. The pulses power supply and the non-passivation electrolyte were used. The cylindrical tungsten electrode also can be served as the probe of the scanning probe microscopy, which fabricated by ECM. Through comparisons, the surface roughness, machining efficiency, and machining capability of the microelectrode fabricated by ECM are better than those of the microelectrode fabricated by EDM, but the shape and the microhardness are worse than those of the microelectrode fabricated by EDM. Both of them can fabricate the cylindrical tungsten microelectrodes with several micrometers diameter.
机译:微电极与微型技术开发,是关键制造技术。微电加工,主要包括微电放电加工(EDM)和电化学加工(ECM),是微电极制造的重要技术之一。首先,通过EDM的计数器块制造微电极,而沿半径和其轴线供给圆柱形钨电极。然后引入了ECM的制造技术。使用脉冲电源和非钝化电解质。圆柱形钨电极也可以用作扫描探针显微镜的探针,由ECM制造。通过比较,通过ECM制造的微电极的表面粗糙度,加工效率和加工能力优于EDM制造的微电极,但是形状和微硬度比EDM制造的微电极更差。它们都可以制造具有几微米直径的圆柱形微电极。

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