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Abstract <p>The paper examines the effect of a low-energy ion flux on chrome-tanned leather from marine and river fish skins, and optimizes plasma modification modes. A correlation has been established between the indicators of wetness and the wetting edge angle. It was determined that the semi-finished product from the skins of marine fish initially has a hydrophobic surface, and from river fish it has a hydrophilic surface.</p>

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Optimization of Fish Skin Dermis Treatment Modes with Low-Energy Ion Flow

  • 期刊论文

  • 发表日期：

    2025年12月1日

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  • V. S. Zheltukhin,
  • R. F. Akhverdiev,
  • G. R. Rakhmatullina,
  • V. P. Tikhonova,
  • D. K. Nizamova

摘要

Abstract

The paper examines the effect of a low-energy ion flux on chrome-tanned leather from marine and river fish skins, and optimizes plasma modification modes. A correlation has been established between the indicators of wetness and the wetting edge angle. It was determined that the semi-finished product from the skins of marine fish initially has a hydrophobic surface, and from river fish it has a hydrophilic surface.