2026/2/26 13:11:37 GUO Luxuan,CAO Xinyu,JIA Wenchao,HUANG Lingzhi,WU Lu,NIU Meihong,SHI Haiqiang 6true 3H) were grown in situ on carbon nanotubes (CNTs) surface to form hybrid fillers (S-UiO-66@CNT) with enhanced interfacial synergy. The SCNC@S-UiO-66@CNT composite membranes were then assembled through vacuum-assisted filtration. The resulting architecture effectively suppressed the aggregation of S-UiO-66@CNT and promoted uniform dispersion of fillers within the SCNCs matrix， thereby constructing continuous proton transport pathways. This hierarchical structure enhanced water adsorption and retention abilities， significantly improving the proton conductivity. At an optimized mass ratio of 10∶1 (S-UiO-66@CNT to SCNCs)， the composite membrane exhibited an outstanding tensile strength of 163 MPa and a remarkably low water swelling ratio of 7.1%. Notably， the proton conductivity reached 150.0 mS/cm at 80 ℃ and 100% relative humidity， and remained as high as 61.8 mS/cm even at 33% relative humidity.]]> 2026/2/26 13:11:38 ZHANG Sufeng,LI Nan,LI Jinrui 5true 2026/2/26 13:11:38 GUO Zhengshen,DONG Youheng,LI Yuhang,WANG Yukang,WANG Quanliang 4true in situ， and the generated Cr(Ⅲ) was subsequently complexed and fixed by functional groups such as sulfonic acid. The material demonstrated good regenerability， maintaining a removal efficiency above 80% after 6 adsorption-desorption cycles， highlighting its potential as a green adsorbent for treating chromium-containing wastewater.]]> 2026/2/26 13:11:40 DU Yichun,JIANG Xue,JIAO Xinye,XIANG Zhong,XIAO Jiale,XU Gongtao,TIAN Xiuzhi 3true 2026/2/26 13:11:40 SUN Bo,HE Zhibin,NI Yonghao 2true 2026/2/26 13:11:41 AN Gaorui,YAN Jipeng,SUN Jian 1true