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Abstract <p>For the first time, the principled possibility of forming oxide layers on the vanadium surface using the VNM-1 alloy by plasma electrolytic treatment (PET) has been experimentally demonstrated. A clarified formulation of the valve materials’ definition has been proposed. The features of PET for the VNM-1 alloy in different electrolytes were studied, the adhesive and cohesive properties of the formed layers were discussed. It was proven that PET technology, along with and in competition with other methods, can be used to obtain vanadium oxides intended for multipurpose usages.</p>

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The Possibility of Synthesizing Vanadium Oxides Using Plasma-Electrolyte Treatment

  • 期刊论文

  • 发表日期：

    2025年12月10日

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  • B. L. Krit,
  • P. N. Grishin,
  • N. V. Morozova,
  • Ya. V. Dolgushin,
  • R. S. Khmyrov,
  • R. A. Tsyrkov

摘要

Abstract

For the first time, the principled possibility of forming oxide layers on the vanadium surface using the VNM-1 alloy by plasma electrolytic treatment (PET) has been experimentally demonstrated. A clarified formulation of the valve materials’ definition has been proposed. The features of PET for the VNM-1 alloy in different electrolytes were studied, the adhesive and cohesive properties of the formed layers were discussed. It was proven that PET technology, along with and in competition with other methods, can be used to obtain vanadium oxides intended for multipurpose usages.