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| 1 | Application and exploration of nanofibrous strategy in electrode design显示文摘The key to develop high specific energy rechargeable batteries is development of new electrode materials.The existing electrode materials still have many problems:the shuttle effect and poor conductivity of the sulfur cathode,the inevitable volume expansion of the silicon anode and the lithium dendrite of the lithium metal anode that cause short circuits,etc.Nanofibers,as active electrical materials,conductive additives and electrode bodies,can play multiple roles in electrode design.More interestingly,nanofibers can be functionalized to obtain better controllable properties(i.e.,electrolyte affinity,pore size distribution and surface electronic structure),thereby further enhancing electrochemical performance.In this article,the latest research progress in electrode design based on nanofibers is reviewed,including processing methods,structure,morphology and electrochemical performance.The key problems affecting the electrochemical performance of the electrode are also discussed,such as the preparation process,atomic structure,electrical conductivity,surface area and pore distribution of nanofibers,to provide reference points for nanofibers in excellent electrode design. | Yongliang Li Hua Yuan Yanbing Chen Xiaoyu Wei Kunyan Sui Yeqiang Tan | 2021 | Journal of Materials Science & Technology2021，，15： | 2 |
| 2 | A haplotype map of genomic variations and genome-wide association studies of agronomic traits in foxtail millet(Setaria italica)显示文摘 | Guanqing Jia Xuehui Huang Hui Zhi Yan Zhao QiangZhao Wenjun Li Yang Chai Lifang Yang Kunyan Liu Hengyun Lu Chuanrang Zhu Yiqi Lu Congcong Zhou Danlin Fan Qijun Weng Yunli Guo Tao Huang LeiZhang Tingting Lu Qi Feng Hangfei Hao HongkuanLiu Ping Lu Ning Zhang Yuhui Li Erhu Guo ShujunWang Suying Wang Jinrong Liu Wenfei Zhang GuoqiuChen Baojin Zhang Wei Li Yongfang Wang HaiquanLi Baohua Zhao Jiayang Li Xianmin Diao Bin HanJia | 2013 | Nature Genetics2013，45，8： | 1 |
| 3 | A novel route for well-defined polystyrene-grafted multiwalled carbon nano-tubes via the radical coupling reaction显示文摘 | SUI Kunyan YANG Chunjia | 2009 | J Appl Polym Sci2009，114，3： | 1 |
| 4 | Polymeric Fluorocarbon Coated Polyester Substrates for Waterproof Breathable Fabrics 显示文摘 | QI Hongjin SUI Kunyan MA Zhaoli | 2002 | Tex Res J2002，72，2： | 1 |
| 5 | Polymeric fluorocarbon-coated polyester substrates for waterproof breathable fabrics显示文摘 | Qi Honggjin Sui Kunyan Ma Zhaoli | 2002 | Textile Research Journal2002，，2： | 1 |
| 6 | Polymeric Fluorocarbon-coated polyester substrates for waterproof breathable fabrics 显示文摘 | Qi Hongjin Sui Kunyan Ma Zhaoli | 2002 | Tex Res J2002，72，2： | 1 |
| 7 | Preparation of multiwall carbon nanotube/ amphiphilic block polymer composites显示文摘采用两亲性三嵌段聚合物PAN—PEG—PAN的DMF溶液分散MWNTs,通过静电纺丝制备MWNTs!PAN.PEG—PAN复合纤维。采用流变仪与SEM分析了MWNTs的分散性以及MWNTs对复合材料的结构性能的影响。结果表明:MWNTs/PAN—PEG.PAN溶液的模量与粘度随着MWNTs的质量分数的增加而增加,当MWNTs质量分数达到20%时,分散性良好且MWNTs形成网状结构。复合纤维的表面光滑致密, | Wu Zhiming Sui Kunyan WuWenwen Li Yujin Zhao Xin Xia Yanzhi | 2011 | 合成纤维工业2011，34，4： | 0 |
| 8 | Construction of 3D Shape-Changing Hydrogels via Light-Modulated Internal Stress Fields显示文摘The 3D shape-changing hydrogels are highly pursued for numerous applications.However,up to now,the construction of complex 3D shape-changing hydrogels remains a challenge.The reported design strategies are mainly applied to fabricate 2D ones by introducing anisotropic microstructures into hydrogel sheets/membranes.Herein,we present a convenient photolithography strategy for constructing complex 3D shape-changing hydrogels by simultaneously modulating anisotropic microstructures and internal stress fields of gel sheets.When the precursor solution containing ultraviolet(UV)absorber is irradiated by single-side UV light,the attenuated polymerization rate can cause the generation of asymmetric internal stress field in the resulting hydrogel sheet.In the meantime,the directional diffusion of unpolymerized monomers allows for the formation of vertical gradient structure within hydrogel.Therefore,by applying different photomasks to modulate the local gradient structures and internal stress fields of the gel sheets,they can spontaneously transform into various complex 3D shape-changing hydrogels in the air.Response to the external stimuli,these 3D shape-changing hydrogels(e.g.,fighter plane,birdie,and multi-storey origami lattices)can deform in a novel 3D_(1)-to-3D_(2)-to-3D_(3)mode.This new design strategy contributes to the development of complex biomedical implants and soft robotics. | Zihan Xu Wenxin Fan Jinghua Duan Yanzhi Xia Zhihong Nie Kunyan Sui | 2023 | Energy & Environmental Materials2023，6，3： | 0 |
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