典型文献
Materials genome engineering:a promising approach for the development of high-performance metal-organic frameworks
文献摘要：
The"modular"structural features of metal-organic frameworks(MOFs),that is,inorganic nodes and organic ligands that are used as building blocks and assembled according to a certain topology,endow MOFs with an almost unlimited number of varieties.Although thousands of MOFs are synthesized every year,the tradi-tional trial-and-error approach is more like"finding a needle in a haystack",which can no longer meet the current demand for high-performance MOFs.Materials genome engineering(MGE),which is borrowed from genome engineering in biology,is function-oriented,computation-and data-driven,and reveals the relationship between material structures and properties[1].Also,it is used as a guideline for material synthesis to obtain new mate-rials with specific properties.As a promising approach for the research and development(R&D)of high-performance MOFs,MGE aims at finding the optimal solution for the entire material space,breaking the"local optimal performance"trap which tradi-tional experimental trial-and-error methods often fall into(Fig.1a),and thus,greatly facilitating the applications of MOFs in many fields such as catalysis[2]and gas storage[3].
文献关键词：
中图分类号：
作者姓名：
Xiangdong Xue;Xiubing Huang;Ge Wang
作者机构：
Advanced Innovation Center for Materials Genome Engineering,School of Materials Science and Engineering,University of Science and Technology Beijing,Beijing 100083,China;Shunde Graduate School,University of Science and Technology Beijing,Shunde 528399,China
文献出处：
引用格式：
[1]Xiangdong Xue;Xiubing Huang;Ge Wang-.Materials genome engineering:a promising approach for the development of high-performance metal-organic frameworks)[J].科学通报（英文版）,2022(12):1197-1200
A类：
haystack,borrowed
B类：
Materials,genome,engineering,promising,approach,development,high,performance,metal,frameworks,modular,structural,features,MOFs,that,inorganic,nodes,ligands,are,used,building,blocks,assembled,according,certain,topology,endow,almost,unlimited,number,varieties,Although,thousands,synthesized,every,year,tradi,tional,trial,error,more,like,finding,needle,which,can,longer,meet,current,demand,MGE,from,biology,function,oriented,computation,data,driven,reveals,relationship,between,material,structures,properties,Also,guideline,synthesis,obtain,new,specific,research,aims,optimal,solution,entire,space,breaking,local,trap,experimental,methods,often,fall,into,Fig,1a,thus,greatly,facilitating,applications,many,fields,such,catalysis,gas,storage
AB值：
0.576936
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