Two-dimensional(2D)layered materials have attracted great attention due to their unique electrical,optical,thermal and mechanical properties.2D layered materials have miique van der Waals gaps,thus the foreign substan...Two-dimensional(2D)layered materials have attracted great attention due to their unique electrical,optical,thermal and mechanical properties.2D layered materials have miique van der Waals gaps,thus the foreign substance,such as atoms,molecules and ions,can be inserted into the gaps to change the physical and chemical properties of 2D layered materials,which is conducive to realize their multi-fimctional application.Herein,we present a critical review of recent research progress of 2D intercalated materials,including the synthesizing metliods,theoretical calculation,characterization and multifunctional application.Finally,we will summarize llie current challenges and future opportunities in the development of 2D intercalated materials.展开更多
基金Supported by the National Natural Science Foimdation of Cliina(Nos.61804050,51991340,51991343,51872086)Fundamental Research Fluids of the Central Universities,China(Nos.531107051078,531107051055)+2 种基金the Double First-class Initiative of Hunan University,China(No.531109100004)the Hunan Key Laboratory of Two-dimensional Materials,China(No.2018TP1010)the Strategic Priority Research Program of Chinese Academy of Sciences,China(No.XDB30000000).
文摘Two-dimensional(2D)layered materials have attracted great attention due to their unique electrical,optical,thermal and mechanical properties.2D layered materials have miique van der Waals gaps,thus the foreign substance,such as atoms,molecules and ions,can be inserted into the gaps to change the physical and chemical properties of 2D layered materials,which is conducive to realize their multi-fimctional application.Herein,we present a critical review of recent research progress of 2D intercalated materials,including the synthesizing metliods,theoretical calculation,characterization and multifunctional application.Finally,we will summarize llie current challenges and future opportunities in the development of 2D intercalated materials.
