Traditional hydrogel-based flexible sensors suffer from structural instability and severe electrical fluctuations in high-humidity or underwater environments due to their single-layer networks and poor water resistance. Inspired by the multi-layered structure of biological surfaces, this research develops a biomimetic,...
Wen-Qin Zhong, Yan-Nan Wang, Ye-Han Tao et al.· International Journal of Bio...· 0 citations
Hydrogel strain sensors hold great promise for artificial intelligence field. Conventional cellulose-based hydrogels suffer from compromised mechanical and electrical performance in fluctuating humidity environments due to excessive water absorption. Herein, a novel hydrophobic-conductive synergistic bilayer hydrogel i...
Wen-Qin Zhong, Ye-Han Tao, Jian Du et al.· International Journal of Bio...· 0 citations
Regenerated cellulose films are promising sustainable alternatives to petroleum-based plastics, but their intrinsic brittleness and fatal plasticizer migration under humid conditions cause catastrophic mechanical failure. Herein, a synergistic internal plasticization and in-situ crosslinking strategy is proposed to ove...
Han Gao, Ao Zhai, A. Mondal et al.· Carbohydrate Polymers· 0 citations
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