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陳強(qiáng) 研究員、PI
中國科學(xué)院大學(xué)溫州研究院
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2015-Adv Funct Mater- A novel design strategy for fully physically-linked double network hydrogels with tough, fatigue resistant, and self-healing properties
作者:Chen Q*, Zhu L, Chen Hong, Yan H L, Huang L N, Yang J, Zheng J*
關(guān)鍵字:double network hydrogels, fatigue resistance, self-healing, self-recovery, tough
論文來源:期刊
具體來源:Advanced Functional Materials
發(fā)表時間:2015年
Double network (DN) hydrogels with two strong asymmetric networks being chemically
linked have demonstrated their excellent mechanical properties as the toughest
hydrogels, but chemically linked DN gels often exhibit negligible fatigue resistance and
poor self-healing property due to the irreversible chain breaks in covalent-linked networks.
Here, a new design strategy is proposed and demonstrated to improve both fatigue
resistance and self-healing property of DN gels by introducing a ductile, nonsoft gel with
strong hydrophobic interactions as the second network. Based on this design strategy, a
new type of fully physically cross-linked Agar/hydrophobically associated polyacrylamide
(HPAAm) DN gels are synthesized by a simple one-pot method. Agar/HPAAm DN gels
exhibit excellent mechanical strength and high toughness, comparable to the reported
DN gels. More importantly, because the ductile and tough second network of HPAAm
can bear stress and reconstruct network structure, Agar/HPAAm DN gels also
demonstrate rapid self-recovery, remarkable fatigue resistance, and notable self-healing
property without any external stimuli at room temperature. In contrast to the former DN
gels in both network structures and underlying association forces, this new design
strategy to prepare highly mechanical DN gels provides a new avenue to better
understand the fundamental structure-property relationship of DN hydrogels, thus
broadening current hydrogel research and applications.
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