4 lithium-ion battery decayed from 150.9 mAh/g to 146.1 mAh/g at a rate of 0.5 C after 100 cycles. However， due to the large pore size of the wood-based gel polymer electrolyte， the coulombic efficiency of the assembled lithium-ion battery was only 91%.]]> 2024/5/31 19:30:12 CHEN Zhuoling,XU Yonglin,LI Zerong,LI Zhenghao,HUANG Qiaoling,LI Wei 6true p-chloromethylstyrene （VBC） as monomer， and ethylene glycol dimethyl acrylate （EGDMA） as crosslinking agent. Friedel-Crafts reaction was carried out under Lewis acid catalyst to form a rigid super crosslinking network structure， resulting in high specific surface area and oxygen content of lignin based super crosslinked resin balls （HB）. The best adsorption effect of HB was aminated with diethylenetriamine （DETA） to obtain nitrogen oxygen co-modified lignin based porous resin （HAB）， which was used to remove rhodamine B （RhB） from water. The results showed that when the VBC addition was 2.0 g， HAB had the best adsorption performance for RhB. The Langmuir model fitted its maximum equilibrium adsorption capacity to be 213.7 mg/g. The kinetic fitting showed that its adsorption rate was mainly controlled by the diffusion process and could reach adsorption equilibrium within 150 min. The adsorption capacity of HAB increased with temperature， and its adsorption of RhB was a endothermic process.]]> 2024/5/31 19:30:15 LIU Dandan,SHAO Lishu,LIU Na,WAN Huan’ai,SUN Renrui,ZHAN Peng,ZHANG Lin,WU Zhiping 5true 3/g， the air permeability was 287.19 L/ （m²∙s）， the average pore size was 36.69 μm， the maximum pore size was 39.86 μm， and the filtration efficiency was 99%.]]> 2024/5/31 19:30:17 LU Dongyan,DING Wei,LI Zhiqiang,WU Hongye,LYU Xiaohui,LIU Wenbo 4true 2024/5/31 19:30:18 CHEN Tong,LI Jun,XU Jun,ZHANG Zhaohui,YING Guangdong,ZHANG Wei 3true 2） particles were loaded on the surface of cotton cellulose textiles（CT） by a spraying method to prepare radiative cooling cellulose textiles（SiO₂-CT）. Nano-SiO₂ could improve the surface roughness of CT and form a large number of light scattering centers， thus improving the ability of CT for broad-wide management of light. The results showed that the reflectance of prepared SiO₂-CT reached 91% and 73% in the spectra of 0.5-1.1 μm and 1.1-2.5 μm， respectively， and its emissivity reached 0.97 in the mid-infrared spectra. Finally， SiO₂-CT showed an excellent radiation cooling effect， which spontaneously enabled the sub-ambient temperature of ~4.5 ℃ at noon and ~6.5 ℃ at night， respectively.]]> 2024/5/31 19:30:19 TANG Fengjie,SUN Haodong,CHEN Yuwen,LI Jianguo,CHEN Lihui 2true 3N₄） was prepared by one-step co-pyrolysis with glucose and melamine as raw materials. The light absorption properties and electron-hole pair separation ability of Glucose-g-C₃N₄ were analyzed by UV-vis diffuse reflectance spectroscopy （DRS） and fluorescence spectroscopy （PL）. Glucose-g-C₃N₄ was used for the photocatalytic treatment of 4-chlorophenol （4-CP） that was a model of Adsorbable Organic Halide’s analog （AOX）. The results showed that the visible light absorption performance of Glucose-g-C₃N₄ was enhanced and the electron-hole pair complexation rate was reduced. After reaction for 120 min under simulated sunlight irradiation， with persulfate （PDS） dosage of 0.5 mmol/L， Glucose-g-C₃N₄ dosage of 0.5 g/L， and 4-CP concentration of 10 mg/L， Glucose-g-C₃N₄ showed the best photocatalytic activity， and the degradation rate of 4-CP could reach 87.2% and the removal rate of total organic carbon （TOC） reached 86.2%. The photocatalytic activity of Glucose-g-C₃N₄ was enhanced because the doping of C atom broadened the light absorption range，and reduced the band gap， increased the electron transfer rate， promoting the activation of PDS.]]> 2024/5/31 19:30:22 GUO Jinge,QIN Chengrong,ZHANG Jian,ZHOU Jinghong,LIU Xinliang 1true