Novel hydrogel properties by microstructural control of carboxymethyl cellulose nanofibers using freezing

Sekine, Yurina

By using the freezing phenomenon, we discovered that a hydrogel with high compressive strength can be formed using only harmless materials, mainly carboxymethyl cellulose nanofibers. The key is the phase separation of ice crystals and solutes that occurs when aqueous solutions freeze. This paper describes the formation mechanism of the freeze crosslinked hydrogel and its properties.

Language	:	Japanese
Journal	:	Fuain Kemikaru
Volume	:	52
Number	:	8
Pages	:	p.25 - 32
Publication Year/Month	:	2023/08
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Keywords	:	凍結架橋; 微細構造制御; ミクロ構造; セルロース
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Registration No. : AA20230099
JAEA Abstracts No. : 51001134
Paper Submission No. : 27172

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