【摘 要】
：
Microstructures and interfaces of electrode active materials may definitively determine the performance of lithium ion batteries in the practical applications.Herein,we have developed a facile approac
【机 构】
：
Schcool of Chemistry,Chemical Engineering and Materials Science,Soochow University,Suzhou 215123,Chi
【出 处】
：
第二届中国(国际)能源材料化学研讨会
论文部分内容阅读
Microstructures and interfaces of electrode active materials may definitively determine the performance of lithium ion batteries in the practical applications.Herein,we have developed a facile approach to synthesize the microspheres of the active materials with a porous framework,which leads to not only a profitable accessibility of the electrolyte,but also a favorable interfacial behavior.
其他文献
Mesoporous carbons are being in vogue because of their intriguing properties and wide potentials.Doping of heteroatoms,especially N,in carbons have attracted enormous interests.In addition,N-doping ca
Supercapacitors,with high volumetric energy density are crucially demanded for the flourish of portable,flexible or wearable electronic devices.[1-3] For this purpose,a great deal of works have been d
Carbon materials possessing porous structure as well high heteroatom doping content are the critical component for viable application in supercapacitors.Here,three-dimensionally hierarchical boron-dop
Non-aqueous potassium-ion battery(KIB) is an emerging energy storage technology for low cost and large scale applications,such as the effective utilization of intermittent electricity generations and
Recently,non-aqueous potassium-ion batteries(KIBs) are emerging as a promising storage system due to the abundant resources of potassium and superior battery performance.Potassium may exhibit advantag
Na ion batteries(NIBs) are promising alternatives for Lithium ion batteries(LIBs) mainly due to the Na abundance and low cost.A major difference between NIBs and LIBs lies in the size of the cations—t
Understanding and controlling the growth of the vital Li2O2 product,which is associated with intrinsic property of cathode surface,is essential to design effective cathode catalysts in Li-O2 batteries
Transition-metal(Fe,Co,Ni) based metal-organic frameworks materials with controllable structures,large surface areas and adjustable pore sizes have attracted wide research interest for next-generation
The CIB includes a metal chloride/metal electrochemical couple and an ionic liquid electrolyte allowing chloride ion transfer.The problem is that the metal chloride cathode can react with chloride ion
In this work,we propose PPy thin films with stable chain-layer structure as anodic electrodes for LIBs and SIBs,which synthesized by an easy,inexpensive and scalable vapor phase polymerization(VPP) te