The architecture control of mesoporous materials at the mesoscale is of great importance to their properties and resultant potential applications[1,2].To synthesize mesoporous materials with expected morphologies or m...The architecture control of mesoporous materials at the mesoscale is of great importance to their properties and resultant potential applications[1,2].To synthesize mesoporous materials with expected morphologies or mesostructures,numerous synthetic protocols have been developed[3–6],which have witnessed the significant progress in the construction of mesoporous materials with various morphologies or mesostructures.However,it remains a great challenge to build a visualized relationship between organic templates and the desired architectures of the inorganic products.展开更多
基金the National Key Research and Development Program of China(2018YFC1105702 and 2016YFA0203700)the National Natural Science Foundation of China(51621002 and 51972112)+5 种基金Program of Shanghai Academic/Technology Research Leader(18XD1401400)Basic Research Program of Shanghai(17JC1404702 and 19JC1411700)Leading Talents in Shanghai in 2018the Program for Professor of Special Appointment(Eastern Scholar)at Shanghai Institutions of Higher Learningthe 111 Project(B14018)the Fundamental Research Funds for Central Universities(222201718002)。
文摘The architecture control of mesoporous materials at the mesoscale is of great importance to their properties and resultant potential applications[1,2].To synthesize mesoporous materials with expected morphologies or mesostructures,numerous synthetic protocols have been developed[3–6],which have witnessed the significant progress in the construction of mesoporous materials with various morphologies or mesostructures.However,it remains a great challenge to build a visualized relationship between organic templates and the desired architectures of the inorganic products.
