Analysis of graphene domain synthesis explains the main graphene growth process. Size-
limited graphene growth caused by hydrogen is studied to achieve efficient graphene …

Graphene domains with different sizes and densities were successfully grown on Cu foils
with use of a chemical vapor deposition method. We investigated the effects of volume ratios …

Graphene has attracted considerable interest as a potential material for future electronics.
Although mechanical peel is known to produce high quality graphene flakes, practical …

Graphene has attracted great attention owing to its unique structural and electrical
properties. Among various synthetic approaches of the graphene, metal assisted chemical …

Hydrogen and oxygen are the most commonly used gasses in the growth of chemical vapor
deposition (CVD) graphene, which are very important for the growth of CVD graphene. In …

Oxygen can passivate Cu surface active sites when graphene nucleates. Thus, the
nucleation density is decreased. The CuO/Cu substrate was chosen for graphene domain …

In this work, single-layer graphene with compact millimeter-size domains has been obtained
by chemical vapor deposition (CVD) on thin Cu film. This has been achieved by carefully …

Selective growth of either monolayer or bilayer graphene is of great importance. We
developed a method to readily tune large area graphene growth from complete monolayer …

Acetylene (C2H2) and copper foil have been chosen as carbon precursor and catalyst,
respectively, for the synthesis of graphene by atmospheric pressure chemical vapor …

The chemical vapor deposition (CVD) growth of graphene on copper is controlled by a
complex interplay of substrate preparation, substrate temperature, pressure and flow of …