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Abstract <p>The study investigates physical mechanisms underlying plasma-assisted modification of capillary-porous materials, such as natural leather and fur, using low-energy ion flows generated in a capacitively coupled RF discharge at intermediate pressure (13.3–133 Pa). The proposed model demonstrates that material modification occurs through three interconnected processes: interaction with low-energy ions (up to 100 eV) from the positive charge layer, ion recombination energy release, and bulk treatment effects mediated by non-self-sustained discharge inside the material’s porous structure.</p>

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A Model of Low-Energy Ions Flow Interaction with Capillary-Porous Materials

  • 期刊论文

  • 发表日期：

    2025年12月8日

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  • I. I. Latfullin,
  • V. S. Zheltukhin,
  • M. F. Shaekhov,
  • G. R. Rakhmatullina

摘要

Abstract

The study investigates physical mechanisms underlying plasma-assisted modification of capillary-porous materials, such as natural leather and fur, using low-energy ion flows generated in a capacitively coupled RF discharge at intermediate pressure (13.3–133 Pa). The proposed model demonstrates that material modification occurs through three interconnected processes: interaction with low-energy ions (up to 100 eV) from the positive charge layer, ion recombination energy release, and bulk treatment effects mediated by non-self-sustained discharge inside the material’s porous structure.