Page 21 - 《精细化工》2022年第6期
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第 6 期                    张   帆,等:  纳米纤维素基无机复合抗菌膜材料的研究进展                                 ·1087·


            和的制备方法实现单一组分或多组分无机抗菌粒子                             [10]  LANG J Y (郎金燕), LU J L (鲁俊良), YANG J X (杨靖雪), et al.
            与纳米纤维素复合制备均一稳定且持久抗菌的纳米                                 Recent research progress of cellulose nanofiber hybrid and composite
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            (2)从实际应用来讲,纳米纤维素、纤维素衍生物                            [11]  HONG F (洪帆),  SONG J (宋洁), BAI J (白洁),  et al. Research
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            及共聚物的制备过程中采用的试剂在抗菌膜领域应                                 Chemicals (精细化工), 2021, 38(12): 2377-2384.
            用还存在安全隐患,因此,如何开发绿色环保的改                             [12]  ZHANG Y (张燕), ZHANG M T (张铭涛), SHEN X F  (沈晓飞),
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            会是研究重点之一。                                              28(3): 49-58.
                 基于此,作者认为,在今后的研究中,可从以                          [13]  ZENG  A R (曾安然), JI  S F  (吉顺峰), ZENG A R (曾安蓉).
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            下三点开展:(1)纳米纤维素与无机抗菌粒子的界
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            面作用机制的深入研究,有助于指导纳米纤维素基                             [14]  ABDALKARIM S Y  H,  YU H Y,  WANG  C,  et al. Sheet-like
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            计功能纳米纤维素基无机复合材料具有一定的科学                                 ultrahigh UV-Shielding and antibacterial performances[J]. ACS
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            强抗菌性的同时,有望解决无机抗菌粒子与纳米纤                             [17]  FU F Y, LI L Y, LIU L J, et al. Construction of cellulose based ZnO
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