【材料研究院】吴田《materials & design》-赢三张免费版

【材料研究院】吴田《materials & design》

发布人：kyzx 发布时间：2019-11-29 浏览次数:369

substantial doping engineering in na 3 v 2-x fe x (po 4 ) 3 (0≤x≤0.15) as high-rate cathode for sodium-ion battery

tian wu; jianguo sun; zu quan jeremy yap; meilu ke; christina y.h. lim; li lu;

institute of materials research and engineering, hubei university of education, wuhan, 430205, pr china;

department of mechanical engineering, national university of singapore, singapore, 117575, singapore;

institute for functional materials, hubei university of education, wuhan, 430205, pr china;

national university of singapore suzhou research institute, suzhou, 215123, china;

abstract:abstract(#br)due to its high theoretical capacity and stable structure, na 3 v 2 (po 4 ) 3 has gained much attention as a potential cathode for sodium-ion batteries (sibs) in large-scale energy storage applications. however, poor electronic conductivity usually results in the low rate capacity and poor cyclability, limiting its application. herein, we successfully introduce fe 3 to substitute v 3 through doping engineering. compared with na 3 v 2 (po 4 ) 3 /c, an excellent initial high-rate ca...

keywords:

journal:materials & design

source:elsevierjournal

doi:

year:2020

publisher:elsevier ltd