S.aureus and E.coli growth both with and without light exposure， antibacterial rates of these hydrogels exceeded 96% and 99% against S.aureus and E.coli， respectively， under NIR irradiation. Cytotoxicity analysis indicated excellent biocompatibility of these hydrogels with NIH3T3 cells.]]> 2025/12/24 22:01:55 LU Pu’ang,YANG Miaoxiu,ZHANG Lijing,LU Bin,XU Tiantian,QIAN Liwei,SONG Wenqi,HUANG Ju,LIU Zhenhua,ZHANG Jingwen 17true 2O/KOH was used as the solvent to dissolve aramid nanofiber (ANF)/boron nitride nanosheet (BNNS) composite paper， to study the difference in the dissolution rate of ANF/BNNS composite paper with different BNNS contents， and to investigate the micro-dissolution law of ANF/BNNS composite paper. The results showed that the tensile strength of pure ANF paper was 48.8 MPa， the time required to increase from 25 ℃ to 70 ℃ was 6 s， and the dissolution thickness was 42.0 μm， while the tensile strength of ANF/BNNS composite paper with BNNS content of 20% was reduced to 34.5 MPa， and the time required to increase from 25 ℃ to 70 ℃ was only 2 s. The dissolution time was 3 h， and the dissolution thickness was 52.5 μm， which was 25% more than that of pure ANF paper. It was indicated that the addition of BNNS slightly reduced the mechanical strength of the ANF/BNNS composite paper， significantly improved the thermal conductivity of the ANF/BNNS composite paper， promoted the dissolution of the ANF/BNNS composite paper.]]> 2025/12/24 22:01:56 JIANG Haoming,HUANG Jizhen,LIU Yuxin,LIU Mengyu,LI Kai 16true 2025/12/24 22:01:57 SONG Wenqi,FU Zepeng,REN Zhihua,PENG Qin,ZHU Xueyao,WANG Siyu,YANG Chenglin,LI Peirui,YANG Miaoxiu 15true 2025/6/25 12:48:39 LIU Xueqin,LYU Yingren,ZHU Ruonan,LIU Xiaohong,WANG Xingjie,REN Junli 14true 2025/6/25 12:48:40 LYU Yan,HAN Shanming,LI Jiongjiong,LIANG Fangmin,FANG Guigan 13true 2025/6/25 12:48:41 SHANG Jin,PING Qingwei,SHENG Xueru,ZHANG Jian,LI Na,WANG Bing 12true 2025/6/25 12:48:42 WANG Lizhen,LI Xiaotian,WANG Junyue 11true 2025/6/25 12:48:42 ZHAO Weidong,ZHANG Weijun,WANG Bolin,FAN Yongsheng,WANG Junfeng 10true 2025/6/25 12:48:43 YANG Zhan,XUE Yue,YIN Kedi,MIAN Boya,YANG Anqi,LUO Min 9true 2026/6/18 21:51:19 YANG Ranran,LI Wenhui,LI Baotao,LIU Yile,SUI Wenjie,LI Dongmin,WANG Ning,SI Chuanling,WANG Guanhua 8true 2026/6/18 21:51:20 CHEN Jun,LIN Mingkai,WANG Chunhua,LIN Changmei,LIU Minghua 7true 2026/6/18 21:51:22 WAN Xiaoxuan,LIU Xinyue,JIA Ruiping,WANG Ziquan,LI Ke,PANG Yanjun,XU Feng,ZHANG Xueming 6true 2/g， 0.56 cm³/g， and 2.52 nm， respectively. Under the conditions of IMI solution initial concentration of 200 mg/L， adsorbent dosage of 10 mg， adsorption temperature of 35 ℃ and adsorption time of 120 min， the maximum adsorption capacity of KP9@MBC@N towards IMI could reach 294.4 mg/g. It was hypothesized that the adsorption mechanism towards IMI mainly involved pore filling and some mild chemical reactions.]]> 2026/6/18 21:51:23 HUI Xinyuan,ZHANG Cheng,ZHAO Xiufu,JIANG Bo,WU Wenjuan,JIN Yongcan 5true 2026/6/18 21:51:24 WU Bin,LI Bin,LIANG Tingting,LI Yun,ZHANG Lili,WANG Zhiguo 4true 2026/3/20 12:40:47 FU Yulu,ZHAGN Jian,LIN Rihui,YAO Xianchao,LIU Rumeng,LIU Xiaoxia,LI Xiangyi 3true p-toluenesulfonic acid-alkali-bleach to obtain sugarcane bagasse cellulose (TSA-SCB). Subsequently， oxalic acid hydrolysis was applied to produce sugarcane bagasse cellulose nanocrystal (SCB-CNC). The optimum preparation conditions of both TSA-SCB and SCB-CNC were investigated. The results showed that lignin and hemicellulose from SCB were efficiently removed， and the prepared TSA-SCB had a high purity， when the p-toluenesulfonic acid solution concentration was 65%， reaction temperature was 80 ℃， and reaction time was 20 min. Under the conditions of oxalic acid solution concentration of 90%， hydrolysis temperature of 110 ℃， and hydrolysis time of 3 h， SCB-CNC had a yield of 29.8% with the Zeta potential of -32.65 mV and excellent stability of suspension. The physicochemical properties of SCB-CNC were characterized， the results indicated that SCB-CNC exhibited rod-shaped with an average length and average width of about 468 and 39 nm， respectively， and it was successfully introduced carboxyl groups onto surface of SCB-CNC while retaining the crystalline structure of cellulose type I. Furthermore， SCB-CNC suspensions could self-assemble into a chiral nematic liquid crystal phase at a certain concentration.]]> 2026/3/20 12:40:49 WANG Qiong,WU Xiaoliang,JI Siyi,LYU Yuancai,YE Xiaoxia,LIU Yifan,LIN Chunxiang,LIU Minghua 2true 2026/3/20 12:40:50 LIU Xiaoxia,ZHANG Jian,FU Yulu,LI Xiangyi,ZHANG Hua,WEI Xiaoyan,LIN Rihui,YAO Xianchao 1true