2025/12/24 22:01:39 ZHAO Hui,GAO Zijun,QIU Haohan,WANG Meixin,LI Xin,XU Feng 8true 2025/12/24 22:01:41 GUO Yuqian,ZHANG Meiwen,SONG Jiayi,CHENG Yun,HOU Leilei,CHEN Linghua,CHEN Langqian,WANG Jinyu,ZHANG Hongjie 7true 2)， lithium-sulfur batteries with NBFCNF/PP separators delivered discharge capacities of 673 and 577 mAh/g， respectively， after 200 charge-discharge cycles. At current density of 0.2 C， the batteries retained a discharge capacity of 963.5 mAh/g after 200 cycles， corresponding to a capacity retention of 73%， significantly outperforming lithium-sulfur batteries with PP separators. The effective chemical adsorption of lithium polysulfides was caused by the NBFCNF/PP separator， which suppressed the shuttle effect， accelerates interfacial reaction kinetics， and markedly improved cycling stability and rate capability.]]> 2025/12/24 22:01:48 ZHANG Huanchun,LI Yancen,SUN Runcang,HU Shunyou 6true 2025/12/24 22:01:49 TANG Tian,OUYANG Yuanxin,YANG Yuxin,ZHANG Jiajun,SUN Yingying,SUN Shaochao,DU Boyu 5true 2025/12/24 22:01:50 YANG Yuanxiao,XIE Junxian,CHEN Junjun,FENG Nianjie,YANG Haitao,ZHU Shiyun,WANG Peng 4true 2O₄ composite nanozymes. Benefiting from the excellent surface modification ability and confinement effect of MCOs， the nucleation and oriented growth of NiCo₂O₄ nanozymes were effectively guided， resulting in well-defined morphology and controllable surface chemical environments. Structural characterizations revealed that the incorporation of MCOs significantly improved the dispersion and interfacial chemistry of NiCo₂O₄ nanozymes， facilitating the exposure of active sites. Catalytic performance tests demonstrated that MCOs@NiCo₂O₄ composite nanozymes exhibited higher specific enzyme activity and reaction rate in the 3，3’，5，5’-tetramethylbenzidine (TMB)/H₂O₂ system. Moreover， by enhancing the catalytic rate per enzyme unit while maintaining substrate-binding ability， the overall catalytic efficiency was effectively improved. These results indicated that MCOs modification not only optimized the structural and surface properties of NiCo₂O₄ nanozymes but also enhanced its peroxidase-like activity， providing a novel design strategy and synthesis route for constructing structurally controllable and performance-tunable high-efficiency composite nanozymes.]]> 2025/12/24 22:01:51 WU Ke,YU Shibo,LU Chenqi,ZHAO Tian,YUAN Boya,SONG Ningning,CHEN Pan,ZHANG Jinming,LIANG Minmin,LI Wei 3true 2025/12/24 22:01:52 ZHANG Song,ZHANG Puyang,YIN Hongxiang,CHEN Shunli,WU Yongting,WANG Shuangfei,NIE Shuangxi 2true 2025/12/24 22:01:53 LIU Tao,HE Huanjie,YIN Hongxiang,HUANG Peijing,LIANG Rongrong,LI Xuedi,WANG Shuangfei,NIE Shuangxi 1true