in-situ polymerization of aniline monomers and successfully preparing a high-loading nano-network structure of polyaniline on the fiber surface. The results showed that through modification with the zirconium-tannin supramolecular coordination polymer， the deposition rate of polyaniline on the cellulose fibers reached as high as 34.45%， and the electrical conductivity of the composite material reached 22.73 S/m. Electrochemical test results revealed that the prepared composite paper-based electrode achieved an area-specific capacitance of up to 2 947 mF/cm² at a current density of 2 mA/cm². When this electrode material was assembled into a symmetric supercapacitor， it could achieve an energy density of 33.55 mWh/cm³ at a power density of 95.47 mW/cm³.]]> 2025/10/28 19:45:45 SUN Kexin,ZHENG Shuo,CHEN Xiaohong,CHANG Ziyang,JIA Zhixin,GUO Daliang,ZHAO Huifang,SHA Lizheng 6true 2025/10/28 19:45:46 XU Feng,WANG Dongxing,CI Xiaolei,SHAO Xuejun,WANG Yuebin,LIU Chunlan,TIAN Baonong,GE Yinkai 5true 2 to EG was 1∶5. Further investigation of the effects of CNF content on the gel properties revealed that the best overall performances were achieved when the CNF content was 0.4% (based on the mass of EG). At normal temperature， the fracture strength of the gel was up to 0.94 MPa， and the strain at break was 844.5%， at low temperature， the fracture strength was still maintained at 0.92 MPa， exhibiting excellent adaptability at low temperatures. In addition， after assembling the gel as a strain sensor， the monitoring of human skin-attached motion was successfully realized.]]> 2025/10/28 19:45:47 HE Xin,HU Jianquan,LIU Yuxin 4true 2025/10/28 19:45:48 MENG Yahui,XU Qingliang,ZHAO Huifang,SHA Lizheng,HE Zhiyang 3true 2025/10/28 19:45:49 BI Xinyu,LI Weiwei,ZHANG Hongman,TIAN Hui,WANG Wenkang,CAO Qingting,YANG Chenhao,ZHANG Meiyun 2true 2025/10/28 19:45:50 SUN Aoran,ZHANG Zhenzhong,JIANG Chengshan,ZHANG Lei,YANG Guihua,CHEN Jiachuan 1true