Abstract
In this study, a novel method based on ultrasonic aided electro-spark deposition has been put forward, and the design of the new electrode device was introduced. The technology of ultrasound-aided electro-spark deposition has been investigated. And the influence of output voltage, output discharge frequency, deposition ratio and protection gas flow on deposition thickness have been studied, some experiment phenomenon also were explained. What is more, some processing rules were summarized.
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