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COLLOIDS AND SURFACES A-PHYSICOCHEMICAL AND ENGINEERING ASPECTS · 2021 · IF 4.539

“Crocodile skin” ultra-tough, rapidly self-recoverable, anti-dry, anti-freezing, MoS2-based ionic organohydrogel as pressure sensors

Jing Wang,Jin Qu,Yuxing Liu,Shuo Wang,Xinle Liu,Yipeng Chen,Peiyao Qi,Guohao Miao,Xiaofei Liu

Hydrogel sensor has been widely researched for their flexibility and elasticity; however, its poor mechanical, anti-dry and anti-freezing properties hinder its application in wearable devices seriously. Herein, a flexible, ultra-tough, excellent self-recoverable, anti-dry and anti-freezing ionic EG/MoS 2 -PAAM-Fe 3+ organohydrogel was prepared by adding ethylene glycol to the MoS 2 -PAAM-Fe 3+ hydrogel using solvent exchange method. And due to the pyramid microstructures at the bottom, the “crocodile skin” gel sensor exhibited good pressure sensitivity (S = 0.06 kPa −1 ) and fast electrical response to monitoring human movements. The MoS 2 -based organohydrogel with comprehensive properties showed promising application potentials in the new generation of electronic materials and devices used at low temperatures.

研究领域: 材料科学 · 生物医学工程
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