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                【聚焦“双一流”】我校能源所在电池领域研究取得新突破

                发布时间:2021-04-20

                本网讯(科学技术处)近日,我校物质科学与信息技术研究院能源所张朝峰及鹿可课题组均在《Advanced Functional Materials》上发表最新研究结果,报道了电池领域的最∏新研究进展。

                张朝峰教授课题组发表了“Rational Design of Core‐Shell ZnTe@N‐Doped Carbon Nanowires for High Gravimetric and Volumetric Alkali Metal Ion Storage”,其研究发现:安全性能和体积能量密度对于金属离子电池越来越重要。ZnTe具有低的电子亲和能和超快的电荷分离能力,有利于改善电荷转移动力学。此外,ZnTe密度大,有助于提高电池的体积比容量。该研究得到了安徽大学高∑层次人才启动基金和国家自然科学基金支持。文章链接: 

                    鹿可教授课题组发表最新研究成果“High-Capacity and Stable Sodium-Sulfur Battery Enabled by Confined Electrocatalytic Polysulfides Full Conversion”,该研究工作从硫↑正极载体多级分层结构的设计出发,将硫∞封存在三维交联的多孔碳纤维孔道内,然后在其外层生长内嵌☆NaxFeII/III(CN)6的聚吡咯极』性包覆层,可以有效隔断中间产物※向电解液的溶解扩散,同时可以氧化还原限域催化腔体内多硫化物向硫化钠的快速动力学转化,实现高容量和高稳定性室温钠硫电池的构建。相关研究得到了安徽大学高层次人才启动基金和老彩票,老彩票官网,老彩票app下载,老彩票app,老彩票注册,老彩票登录,老彩票投注,老彩票平台,老彩票网址,老彩票计划微尺度物质科学国家研究中心开放课题资助。文章链接: 


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