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Influence of Voltage on Electrolysis and Plasma Polishing

机译：电压对电解和等离子体抛光的影响

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摘要

Influence of voltage on material removal rate, surface roughness and power consumption were experimentally studied in this paper. Different polishing states were analyzed from standpoint of electricity transition on the basis of the polishing mechanism. The reason that material removal rate, surface roughness and electricity cost influenced by voltage was given. The experiments show that, material removal rate gradually decrease and velocity of surface roughness reduction gradually slow with increase of voltage. When voltage is at a range of 270-330V, the minimum of surface roughness that polishing can reach is the minimum; when voltage is 270-290V, electrical power reaches the minimum.
机译：本文在实验研究了电压对材料去除率，表面粗糙度和功耗的影响。从抛光机制的基础上从电力转换的观点分析不同的抛光状态。给出了材料去除率，表面粗糙度和受电压影响的电力成本的原因。实验表明，材料去除速率逐渐降低，表面粗糙度的速度随电压的增加而逐渐减慢。当电压在270-330V的范围内时，抛光可以达到的表面粗糙度的最小值是最小的;当电压为270-290V时，电力达到最小值。

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