中国工程科学Issue(7)：10-16,7.
水处理仿生膜研究进展
The progress of biomimetic membrane for water treatment
摘要
Abstract
This-review-first-presents-the-main-two-structures-in-cell-membrane-the-lipid-bi-layer-and-membrane-proteins-and-the-mechanism-of-the-ultrafast-water-transportation-.It-then-de-scribles-the-three-types-of-biomimetic-membranes-that-apply-membrane-protein,carbon-nano-tubes-(CNTs)-and-artificial-channels-as-water-channel-respectively.-At-the-part-of-the-membrane-protein,the-advantages-of-amphiphilic-block-copolymer-using-as-supporting-matrix-and-the-problem-faced-in-large-scale-production-of-defectless-membrane-have-been-introduce;the-sec-ond-part-is-mainly-about-the-mechanism-of-ultrafast-water-transportation-in-CNTs-and-the-fabri-cation-method-of-the-hybrid-membrane;at-the-part-of-artificial-channels-what-really-important-is-the-design-method.-The-review-concludes-with-a-discussion-on-the-fundamental-and-practical-challenges-and-a-future-outlook-on-the-application-of-biomimetic-membrane-for-desalination.关键词
细胞膜/水通道蛋白/仿生膜/碳纳米管/人造水通道Key words
cell membrane/aquaporin proteins/biomimetic/CNT/artificial water channel分类
化学化工引用本文复制引用
曾艳军,张林,陈欢林..水处理仿生膜研究进展[J].中国工程科学,2014,(7):10-16,7.基金项目
国家自然科学基金资助项目 （）
