典型文献
Ultrahigh Energy Density Li-Organic Primary Batteries
文献摘要：
Organic electrode materials are promising candidates for battery elec-trode materials due to the abundant resource,structural diversity,envi-ronmental friendliness,and potential low cost.[1]However,most of reported organic materials rely on one-electron redox reaction per active group.[2]For example,carbonyl group(C=O)transforms into C-O-Li by accepting one electron.This severely limits the specific capacities and energy densities,which are much lower than their inor-ganic counterparts for primary lithium batteries,such as CFx,SO2,SOCl2,and SF6.Therefore,new organic electrode materials that enable multi-electron reaction per active group need to be developed to meet the demand of high energy density.
文献关键词：
中图分类号：
作者姓名：
Zhaoyang Chen;Yan Yao
作者机构：
Department of Electrical and Computer Engineering and Texas Center for Superconductivity,University of Houston,Houston,TX,USA
文献出处：
引用格式：
[1]Zhaoyang Chen;Yan Yao-.Ultrahigh Energy Density Li-Organic Primary Batteries)[J].能源与环境材料（英文）,2022(04):1010-1011
A类：
B类：
Ultrahigh,Energy,Density,Li,Organic,Primary,Batteries,electrode,materials,are,promising,candidates,battery,due,abundant,resource,structural,diversity,envi,ronmental,friendliness,potential,cost,However,most,reported,organic,one,electron,redox,reaction,per,active,group,For,example,carbonyl,transforms,into,by,accepting,This,severely,limits,specific,capacities,energy,densities,which,much,lower,than,their,inor,counterparts,primary,lithium,batteries,such,as,CFx,SO2,SOCl2,SF6,Therefore,new,that,enable,multi,need,be,developed,meet,demand,density
AB值：
0.731739
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