La-doped SnO2:synthesis and its electrochemical property
来源期刊：JOURNAL OF RARE EARTHS2010年第S1期
论文作者：李超 魏伟 夏同驰 王焕新 朱有启 宋彦良
文章页码：161 - 163
摘 要：Tin dioxide（SnO2） and La-doped（1%,5%,10% in mass ratio） SnO2 samples were prepared via a hydrothermal method. The as-prepared powders were characterized by X-ray diffraction（XRD） and scanning electron microscopy（SEM） . Results showed that the particle size of SnO2 decreased gradually with the increase of the doped La element. When used as anode materials of Li ion battery,the La-doped samples exhibited better cycling performance than the pure SnO2,and the cycling performance of the La-doped samples got better and better with the increase of the doped La. The better electrochemical performance of the doped material could be attributed to the doping of La element,which not only enabled SnO2 powders to have a good dispersivity but also reduced their particle size.
李超，魏伟，夏同驰，王焕新，朱有启，宋彦良
Henan Province Key Laboratory of Surface & Interface Science,Zhengzhou University of Light Industry
摘 要：Tin dioxide（SnO2） and La-doped（1%,5%,10% in mass ratio） SnO2 samples were prepared via a hydrothermal method. The as-prepared powders were characterized by X-ray diffraction（XRD） and scanning electron microscopy（SEM） . Results showed that the particle size of SnO2 decreased gradually with the increase of the doped La element. When used as anode materials of Li ion battery,the La-doped samples exhibited better cycling performance than the pure SnO2,and the cycling performance of the La-doped samples got better and better with the increase of the doped La. The better electrochemical performance of the doped material could be attributed to the doping of La element,which not only enabled SnO2 powders to have a good dispersivity but also reduced their particle size.
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