
The proposed review presents the results of the analysis of the equipment and technological methods for implementing the plasma electrolytic chemical-thermal treatment and plasma electrolytic polishing. A group of methods based on the immersion of workpieces in an electrolyzer was considered, as well as a method of a local treatment by the jet feed of an electrolyte to the area of the surface being treated. The influence of the design and characteristics of the electrolyzer, the power source and the system for feeding the workpiece into the electrolyte on the specifics of plasma electrolytic treatment methods is shown. Technological methods improving the quality and productivity of treatment are considered. Limitations in the applicability of the existing equipment were revealed, and the prospects for the improvement in the field of development of equipment and technologies for plasma electrolytic treatment were determined.
Представлены результаты анализа применяемого оборудования и технологических приемов реализации плазменно-электролитной химико-термической обработки и электролитно-плазменного полирования. Рассмотрена группа методов, основанных на погружении обрабаты-ваемых деталей в электролизер, а также метод локальной обработки струйной подачей электролита на участок обрабатываемой поверхности. Показано влияние конструкции и харак-теристик электролизера, источника питания и системы подачи детали в электролит на специ-фику методов плазменно-электролитной обработки. Рассмотрены технологические приемы, улучшающие качество и производительность обработки. Выявлены ограничения по примени-мости существующего оборудования, определены перспективы совершенствования в области разработки оборудования и технологий плазменно-электролитной обработки.
оборудование, chemical-thermal treatment, плазменно-электролитная обработка, химико-термическая обработка, jet treatment, Equipment, струйная обработка, plasma electrolytic treatment, plasma electrolytic polishing, электролитно-плазменное полирование
оборудование, chemical-thermal treatment, плазменно-электролитная обработка, химико-термическая обработка, jet treatment, Equipment, струйная обработка, plasma electrolytic treatment, plasma electrolytic polishing, электролитно-плазменное полирование
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