机译:基于MOF的电化学储存材料的孔隙度工程
Univ Hong Kong Dept Mech Engn Hong Kong Peoples R China;
Univ Hong Kong Dept Chem Hong Kong Peoples R China;
Univ Hong Kong Zhejiang Inst Res & Innovat Hangzhou 311305 Peoples R China;
Univ Hong Kong Dept Mech Engn Hong Kong Peoples R China;
Univ Hong Kong Dept Chem Hong Kong Peoples R China;
Univ Hong Kong Zhejiang Inst Res & Innovat Hangzhou 311305 Peoples R China;
Univ Hong Kong Dept Chem Hong Kong Peoples R China|Univ Hong Kong Zhejiang Inst Res & Innovat Hangzhou 311305 Peoples R China|Jiangxi Univ Sci & Technol Fac Mat Met & Chem Coll Chem & Chem Engn Ganzhou 341000 Jiangxi Peoples R China;
Univ Hong Kong Dept Chem Hong Kong Peoples R China|Univ Hong Kong Zhejiang Inst Res & Innovat Hangzhou 311305 Peoples R China;
Univ Hong Kong Dept Mech Engn Hong Kong Peoples R China|Univ Hong Kong Dept Chem Hong Kong Peoples R China|Univ Hong Kong Zhejiang Inst Res & Innovat Hangzhou 311305 Peoples R China;
metal#8208; ion batteries; metal#8211; organic frameworks; porosity; porous materials; supercapacitors;
机译:杂原子掺杂的高孔隙率碳纳米材料作为电化学电容器中储能电极
机译:工程2D材料:一种可行的电化学能量存储的可行途径
机译:用于电化学储能的生物质衍生碳材料的结构工程
机译:用于储能应用的纳米结构碳材料:控制间苯二酚 - 甲醛Xerogels的孔隙率
机译:用于组织工程和能量存储的高级微/纳米材料的机械,生物和电化学研究。
机译:生物质衍生碳材料用于电化学储能的结构工程
机译:电化学储能:电化学储能基于MOF的材料孔隙率工程(ADV。能源母体。20/2021)