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Investigation of Gas Bubble Formation at Spark Erosion in Small Working Gaps

机译:小工作间隙火花腐蚀时气泡形成的研究

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Gas bubble formation, especially in small working gaps, has an important influence on the spark erosion process. This paper demonstrates that the gas bubbles originate from electrical discharge in the dielectric. Investigations are carried out for two typical dielectrics: hydrocarbon (n-dodecane) and de-ionized water. From the experimental results obtained with single pulses conclusions are drawn about what happens at discharge sequences like in a micro-erosion process.
机译:气泡的形成,特别是在较小的工作间隙中,对火花腐蚀过程具有重要影响。本文证明了气泡源自电介质中的放电。对两种典型的电介质进行了研究:碳氢化合物(正十二烷)和去离子水。从单脉冲获得的实验结果中得出结论,如微腐蚀过程一样,放电顺序会发生什么。

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