微弧抛光，又叫做电解等离子体抛光，是在电解抛光的基础上构建出有氧等离子

Micro-arc polishing, also known as electrolytic plasma polishing, is based on electrolytic polishing to construct an electrochemical polishing system involving oxygen plasma. Under the combined action of the cavitation force caused by the collapse of the bubble, the metal surface is finished. Klaus et al. studied the influence of different complexing agents on the polishing effect, and compared the difference between electrolytic polishing and electrolytic plasma polishing, and pointed out the advantages of electrolytic plasma polishing electrolyte environmental protection and high polishing efficiency. At the same time, a large number of scholars at home and abroad have optimized the processing time, electrolyte composition, electrical parameters and other process parameters in the process of stainless steel micro-arc polishing, and obtained a higher quality surface. However, there is still no reasonable explanation for the radial inhomogeneity after micro-arc polishing.

Micro arc polishing, also known as electrolytic plasma polishing, is to build an electrochemical polishing system with the participation of oxygen plasma on the basis of electrolytic polishing. Under the joint action of electrolytic reaction, oxidation reaction, plasma discharge impact, dynamic flow of gas film and cavitation force caused by oxygen bubble collapse, the metal surface is refined. Klaus et al. Studied the influence of different complexing agents on polishing effect, compared the differences between electrolytic polishing and electrolytic plasma polishing, and pointed out the advantages of electrolytic plasma polishing electrolyte environmental protection and high polishing efficiency. At the same time, a large number of scholars at home and abroad have optimized the process parameters such as treatment time, electrolyte composition and electrical parameters in the process of stainless steel micro arc polishing, so as to obtain a high-quality surface. However, there is still no reasonable explanation for the radial nonuniformity after micro arc polishing.

Micro-arc polishing, also known as electrolytic plasma polishing, is an electrochemical polishing system with the participation of oxygen plasma based on electrolytic polishing. Under the combined action of electrolytic reaction, oxidation reaction, plasma discharge impact, dynamic flow of gas film and cavitation caused by the collapse of oxygen bubbles, the metal surface is finished. Klaus et al. studied the influence of different complexing agents on the polishing effect, and compared the differences between electrolytic polishing and electrolytic plasma polishing, pointing out the advantages of environmental protection and high polishing efficiency of electrolytic plasma polishing electrolyte. At the same time, a large number of scholars at home and abroad have optimized the processing time, electrolyte composition, electrical parameters and other technological parameters in the micro-arc polishing process of stainless steel, and obtained a high-quality surface. However, there is still no reasonable explanation for the radial unevenness after micro-arc polishing.