Electrochemical sensors play a significant role in the industry and in everyday life. There has
been a strong demand for short reaction time, and for highly sensitive, selective, responsive …

Although graphene has considerable potential as a next-generation transparent conducting
electrode (TCE) material owing to its excellent optical transparency and flexibility, its …

Both interlayer-undoped and interlayer-doped multilayer graphenes were prepared by the
multiple transfers of graphene layers with multiple Cu etching (either dopant-free or doped …

Chemical vapor deposition (CVD) is regarded as the most promising technique for the mass
production of graphene. CVD synthesis under vacuum is the most employed process …

In chemical vapor deposition of graphene, low nucleation density and large domain sizes
are desirable. In the particular case of growth on copper, throughout recent years, several …

A graphene/In 2 O 3 bilayer (termed as GI-bilayer) is proposed as a transparent conducting
electrode with remarkably improved areal-uniformity. To fabricate this new structure, an In 2 …

We study the graphene growth behavior above and below the copper (Cu) melting point
(1083° C) by only changing the growth temperature from 1020° C to 1100° C at intervals of …

In this study, the surface modification of graphene (SMG) was developed for efficient
speciation and determination of chromium in water and wastewater samples. First surface of …

The indirect‐transfer process is the primary technique used to fabricate graphene electrodes
on an arbitrary substrate. The area mismatch between the initial graphene‐Cu substrate and …

6061 aluminium was treated by Plasma electrolytic oxidation (PEO) where a new
experimental method was introduced: the applied voltage of the PEO process was quickly …