碳基電催化劑中金屬位點的可控合成與電催化應用獲進展

據中國國科學院報道：diancuihuajizaiweilaiqingjienengyuanzhuanhuanyucunchuzhuangzhizhongyouzhezhongyaoyingyong
，zhiqiandedaliangyanjiutongguorejiefazaitanjicailiaozhongyinrujinshuzufenyudandechanzalaitigaodiancuihuahuoxing。raner，jinshuyouduozhongcunzaixingshi，qieqixingchengjicuihuazuoyongshizhongcunzaizhengyi。

jinri，zhongguokexueyuanshanghaiguisuanyanyanjiusuoyanjiuyuanshijianlinyuchenhangrongdailingdeketizuzaitanjidiancuihuajizhongjinshuweidiandekekonghechengyudiancuihuayingyongshangqudezhongyaojinzhan。yanjiugongzuojieshilejinshuqianqutizhongyinlizidezuoyong，bingtichuliyongyinlizishixianduitancailiaozhongjinshuweidiankekonghechengdefangfa，youxiaotishengduiyangqihaiyuanfanying(ORR)和氫氣析出反應(HER)的催化活性，為可控製備高性能電催化劑提供重要支撐。該結果以anion-regulated selective generation of cobalt sites in carbon: toward superior bifunctional electrocatalysis為題，發表在國際期刊《先進材料》上。

該研究工作第一作者宛剛是上海矽酸鹽所2013級碩博連讀研究生
，導師為陳航榕。宛剛在2016nianruxuanzhongguokexueyuandaxueboshiyanjiushengguojipeiyangjihua
，fumeiguonengyuanbuegongguojiashiyanshitongbufusheyanjiuketizujinxingyinianbandelianhepeiyang，kaizhanliyongtongbufushejishuyanjiudiancuihuajicailiaozhongdongtaiguochengdehezuoyanjiu。cixianggongzuoshizaiguokedaboshiyanjiushengguojipeiyangjihuadezizhuxia

，zaishuangfangdaoshidegongtongzhidaoxiawanchengde。