莱赛尔纤维抗菌改性的作用机制、研究进展与挑战

Mechanisms of action, research progress and challenges for antibacterial modification of Lyocell fibers

摘要

针对莱赛尔纤维抗菌改性的三大主流技术--物理共混法、化学接枝法及后整理法,系统阐述各自的作用机制、研究进展、核心优势与应用局限,指出未来发展方向,以期为莱赛尔纤维抗菌改性的发展提供参考。

Abstract

The respective mechanisms of action, research progress, core advantages, and application limitations of three mainstream technologies for antibacterial modification of Lyocell fibers -physical blending, chemical grafting, and post-treatment methods-were systematically elucidated. Furthermore, future development directions were proposed to provide insights for the advancement of antibacterial modification of Lyocell fibers.

关键词

莱赛尔纤维 / 抗菌改性 / 物理共混 / 化学接枝 / 后整理

Key words

Lyocell fiber / antibacterial modification / physical blending / chemical grafting / post-treatment

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