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Research Progress of Preparation of Functional Materials from Cellulose Derivatives and Nanocrystalline via Self-assembly
Received:December 30, 2020  
DOI：10.11980/j.issn.0254-508X.2021.05.011
Key Words:self-assembly  nanocellulose  cellulose derivative  functional materials
Fund Project:国家重点研发计划项目（2017YFD0601004）。
Author NameAffiliationPostcode
LIAN Xiaoxin College of Materials Science and Technology， Beijing Forestry University， Beijing， 100083 100083
LIU Xin College of Materials Science and Technology， Beijing Forestry University， Beijing， 100083 100083
ZHAO Qiang College of Materials Science and Technology， Beijing Forestry University， Beijing， 100083 100083
WANG Bo College of Materials Science and Technology， Beijing Forestry University， Beijing， 100083 100083
XU Feng College of Materials Science and Technology， Beijing Forestry University， Beijing， 100083 100083
ZHANG Xueming College of Materials Science and Technology， Beijing Forestry University， Beijing， 100083 100083
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Abstract:Self-assembly technology possesses the advantages of simple principle， convenient operation and easy control， has been widely used in the preparation of cellulose derivatives and nanocrystalline functional materials， such as drug release， electrode flexible membranes， batteries， and capacitors. In this paper， the latest research on the preparation of functional materials via self-assembly from cellulose derivatives， such as carboxymethyl cellulose， hydroxyethyl cellulose， hydroxypropyl methylcellulose， and nanocellulose， such as cellulose nanocrystal， cellulose nanofiber and bacterial cellulose has been reviewed. The preparation methods， properties， advantages and disadvantages of functional materials has been summarized， providing the valuable guidance for the novel research and development of preparing cellulose-based functional materials.
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