We report a large-scale, high-quality heterostructure composed of vertically-stacked
graphene and two-dimensional (2D) germanium. The heterostructure is constructed by the …

Epitaxial growth on transition metal surfaces is an effective way to prepare large-area and
high-quality graphene. However, the strong interaction between graphene and metal …

Intercalation of insulating materials between epitaxial graphene and the metal substrates is
highly demanded to restore the intrinsic properties of graphene, and thus essential for the …

Intercalations of metals and silicon between epitaxial graphene and its substrates are
reviewed. For metal intercalation, seven different metals have been successfully intercalated …

We report on the structural and electronic properties in the heterostructure of
graphene/silicon/Ir (111). A (√ 19×√ 19) R23. 41 superstructure is confirmed by low energy …

The epitaxial growth of graphene on transition-metal substrates has proved to be an efficient
method to synthesize high-quality large-area graphene. However, due to the interaction …

Germanene is a two‐dimensional germanium (Ge) analogous of graphene, and its unique
topological properties are expected to make it a material for next‐generation electronics …

Breakthroughs in cutting‐edge research fields such as hetero‐integration of materials and
the development of quantum devices are heavily bound to the control of misfit strain during …

We report the results of density-functional theory calculations on the stability and properties
of hybrid layered systems composed of graphene and silicane or germanane monolayers …

We develop a strategy for graphene growth on Ru (0001) followed by silicon-layer
intercalation that not only weakens the interaction of graphene with the metal substrate but …