A facile large-scale synthesis of porous SnO₂bybronzeforsuperior lithium storage and gas sensing properties through a wet chemical reaction strategy

Lu Yue, Jingjing Ge, GAIXIA LUO, Kaiting Bian, Chao Yin, RongFENG guan^a,, WenHui Zhang, ZHENG ZHOU^c, KAIXIN WANG^c, XIUFENG GUO^c

通过发展化学溶蚀反应利用铜锡合金作为起始原料大规模制备具有高比表面的介孔SnO₂及其相关材料。用其作为锂离子电池负极材料表现出优异的储锂性能和速率性能。该材料还能扩展应用作为高性能的气敏材料。该论文被Journal of electronic materials（Vol. 47, No. 5, 2018）接收，并被编辑选为“Free Access”（Free Access articles will be identified as freely available on SpringerLink, and can be viewed at no charge to readers. This honor is reflective of the comprehensive nature of your article and its overall excellence. Only a few Editors’ Choice articles are selected each year for Free Access.）