2/g， which had good strength performance.]]> 2023/12/21 11:07:57 LI Zhiqiang,NING Yuping,LU Dongyan,LI Jian,LIU Wenbo 18true 2023/12/21 11:07:58 QU Liang,LI Yanjun,ZHU Hui,LI Baoliu,DONG Zhijun,LI Xuanke 17true 2 when the current density was 1 mA/cm²， which was higher than the previous studies. This study provided a new strategy for the development of high-performance， inexpensive， and green flexible electrode materials in traditional papermaking processes.]]> 2023/12/21 11:07:59 YANG Gang,LIANG Dingqiang,GUO Daliang,CHANG Ziyang 16true 2023/12/21 11:08:00 ZHANG Ming,FANG Chongfeng,ZHANG Xuefeng,CHEN Zicheng 15true 2023/12/21 11:08:04 ZHAO Tao,JIANG Xiaoya,CHEN Xuefeng,MAO Zongjiu,XIAO Guihua,WANG Yuejiang,YANG Xiaobo,WANG Meng 14true 3）₂ as the crystalline accelerator， chemical precipitation method was used to prepare rutile-type titanium dioxide （TiO₂）， which deposited on the surface of talc to prepare TiO₂/talc composite filler. The results showed that the optimum condition was suspension mass fraction of 5%， hydrolysis temperature at 80 ℃， pH value=1.7， aging time for 3.0 h， titanium liquid concentration of 0.25 mol/L， dropping velocity of 3 mL/min and calcination temperature at 800 ℃.When the composite filler obtained under this condition was added to the decorative base paper， the opacity and whiteness of prepared paper were 97.3% and 84.5%， respectively when the amount of filling was 30%， which were relatively similar to the performance of the paper filled with TiO₂， indicating that composite filler could replace TiO₂ used in the decorative base paper.]]> 2023/12/21 11:08:06 ZHANG Yan,WANG Huile,WU Haibiao,LIU Zhong,JIN Di,YE Bin 13true k=2 with confidence level of approximately 95%， the data dispersion region was 24~162 mN. When measured in accordance with the specification according to the standard， the main influencing factor of uncertainty for tearing resistance measurement of aramid paper was the uniformity of paper samples， the second influencing factor was the calibration error of tearing resistance test machine， the influencing factors of notch length and cutting error were small， the influencing factors of temperature， humidity， layer number， etc. could be neglected.]]> 2023/12/21 11:08:07 YAN Jin,WANG Xueming,LIN Xiaofeng,YANG Gang,LIU Qian 12true 2023/10/23 13:34:53 QIAO Yuanjian,HUANG Zhengsheng,XIA Chenbin,WANG Yi,LONG Jin,HU Jian 11true 2 to 27.2 g/m²， and the limiting oxygen index （LOI） increased from 27.1% to 31.8%. The flame retardancy and hydrophobic properties were significantly improved， reaching the flame-retardant level.]]> 2023/10/23 13:34:55 PAN Ruidong,YAO Zhiwei,ZHANG Yu,MENG Yu,LI Yao,WANG Zhangyi,XIA Xinxing 10true 2023/10/23 13:34:55 NIU Jiajia,HU Yonghua,NIU Helin 9true 2023/10/23 13:34:56 ZHAO Jishi,QI Liqin,ZHAO Hong,ZHANG Qi 8true 2023/10/23 13:34:58 ZHANG Hui,GAO Dongxue,WANG Pengfei,NIU Xiangfei,ZHANG Jiacheng,SHAO Weili 7true in-situ loading of ZIF-67 and electrolyte impregnation to prepare a novel ZIF-67@acetylated cellulose nanofibril （ZIF-67@ACNF） separator for lithium-ion batteries. The effects of particle size of ZIF-67 on the structure and performance of the separator were systematically investigated. The results showed that as the particle size of ZIF-67 decreased from 0.46 μm （in ZIF-67₄@ACNF separator） to 0.25 μm （in the ZIF-67₈@ACNF separator）， the porosity of the separator reduced from 74.2% to 52.1%， the ionic conductivity decreased from 0.75 mS/cm to 0.22 mS/cm， the interfacial resistance increased from 112.5 Ω to 1 115.7 Ω， the lithium-ion transference number declined from 0.41 to 0.31， and the electrochemical stability window went down from 5.1 V to 4.5 V. The initial capacity of assembled cell by ZIF-67₄@ACNF separator reached 159.6 mAh/g with a capacity retention rate of 90% after 200 cycles at 0.5 C under room temperature.]]> 2024/5/30 14:33:29 XU Yonglin,CHEN Zhuoling,CUI Jinghao,GUO Binhui,CHEN Siying,LI Wei 6true 2024/5/30 14:33:30 WANG Pengyu,CHEN Gang,WEI Yuan,WANG Zi 5true 2024/5/30 14:33:32 CAI Shuhan,HU Zehong,YANG Yaolei,WEN Bin,HONG Yi,ZHANG Xin,GUO Daliang,SHA Lizheng 4true -7 m³/(N·m)， which was reduced by 58% compared with the sample without CNFs.]]> 2024/5/30 14:33:33 YAO Ye,ZHOU Wenling,LIN Mingcen,ZHANG Chunhui 3true 2024/5/30 14:33:35 LYU Xuan,LI Zijuan,WANG Jia,ZHAO Haiyang,CHEN Jiaojiao,SUN Shuo,LI Jie,HE Wanying,WANG Gaosheng,ZHANG Zhengjian,WANG Yufeng 2true 2024/5/30 14:33:37 CHEN Chen,YANG Fang,LI Qingchang,YE Changwen,PU Houqing,ZHANG Weitao,TAN Mingjie,NIU Jiajia,LI Dong,GE Chang 1true