纤维素基材料表面浸润控制技术的研究进展

黄景达; 吕少一; 王思群; 傅峰; 胡拉

doi:10.19455/j.mcgy.2016.03.009

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专辑

纤维素基材料表面浸润控制技术的研究进展
Progress on Surface Wettability Control Technology of Cellulose-based Materials
1. 中国林科院木材工业研究所
2. 美国田纳西大学可再生碳中心
2016年30卷第3期页码：29-32
DOI： 10.19455/j.mcgy.2016.03.009

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[1]黄景达,吕少一,王思群,傅峰,胡拉.纤维素基材料表面浸润控制技术的研究进展[J].木材工业,2016,30(03):29-32+37.

HUANG Jing-da, LV Shao-yi, WANG Si-qun, et al. Progress on Surface Wettability Control Technology of Cellulose-based Materials[J]. China Wood Industry, 2016,30(3):29-32.
[1]黄景达,吕少一,王思群,傅峰,胡拉.纤维素基材料表面浸润控制技术的研究进展[J].木材工业,2016,30(03):29-32+37. DOI： 10.19455/j.mcgy.2016.03.009.

HUANG Jing-da, LV Shao-yi, WANG Si-qun, et al. Progress on Surface Wettability Control Technology of Cellulose-based Materials[J]. China Wood Industry, 2016,30(3):29-32. DOI： 10.19455/j.mcgy.2016.03.009.

摘要

纤维素基材料具有原料来源广泛、可生物降解和优异的生物相容性等特点,且其本身的粗糙结构对其表面浸润性的改性具有一定的优势。基于浸润性的概念和改性原理,总结了纤维素基材料在疏水、超疏水和亲水疏油三个改性方向上的表面浸润控制技术,重点阐述纤维素基材料的表面超疏水改性技术。

Abstract

As a green, renewable and biodegradable material, cellulose-based materials have excellent biocompatibility and are a widely available resource. Their rough structures have an advantage for modification of surface wettability. In this paper, the authors reviewed concepts and modification principles of wettability, summarized technologies of controlling surface wettability in hydrophobicity, superhydrophobicity and hydrophilicity-hydrophobicity directions as well as focused on surface superhydrophobicity modification technology of cellulose-based materials.