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 …

The synthesis of monolayer graphene is the key to graphene's practical applications. Herein
we report a facile and scalable technique to grow monolayer graphene on Cu, Ni, Co, and …

Graphene growth on copper foil via chemical vapor deposition (CVD) is extensively used
because the low carbon solubility of Cu leads to uniform, single-layer graphene formation …

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

The dissociation of carbon feedstock is a crucial step for understanding the mechanism of
graphene chemical vapor deposition (CVD) growth. Using first-principles calculations, we …

In this work, we use electrolytic copper foils as substrates for the deposition of graphene by
chemical vapor deposition. We investigate the effects of preannealing conditions, methane …

Abstract Chemical Vapor Deposition (CVD) is an effective method for large-scale graphene
growth, but the growth of single-layer graphene using this process is relatively difficult. In this …

Chemical vapor deposition provides a promising approach for the growth of large-area, high-
quality graphene on Cu substrates. Oxygen plays either positive or negative roles for …

Scalable graphene was grown on commercially purchased Cu foil by using the chemical
vapor deposition method with a growth temperature and time of 900 C and 30 min …