Chemical doping of graphene becomes necessary to create a band gap which is useful for
various applications. Furthermore, chemical doping of elements like boron and nitrogen in …

Graphene nanomaterials have been considered as a novel class of nanomaterials that show
exceptional structural, optical, thermal, electrical, and mechanical properties. As a …

The growth of graphene on Cu substrates by plasma enhanced chemical vapor deposition
(PE-CVD) was investigated and its growth mechanism was discussed. At a substrate …

Direct assembling of N-graphene, ie nitrogen doped graphene, in a controllable manner
was achieved using microwave plasmas at atmospheric pressure conditions. The synthesis …

Methods for synthesizing nitrogen-doped graphene-like materials have attracted significant
attention among the scientific community because of the possible applications of such …

Thermally induced chemical vapor deposition (CVD) was used to study the formation of
nitrogen-doped graphene and carbon films on copper from aliphatic nitrogen-containing …

Nitrogen doping is one of the most promising routes to modulate the electronic characteristic
of graphene. Plasma-enhanced chemical vapor depostion (PECVD) enables low …

One of the greatest challenges in the commercialization of graphene and derivatives is
production of high quality material in bulk quantities at low price and in a reproducible …

New techniques to manipulate the electronic properties of few layer 2D materials, unveiling
new physical phenomena as well as possibilities for new device applications have brought …

Nitrogen doping is expected to provide several intriguing properties to graphene. Nitrogen
plasma treatment to defect-free and defective highly oriented pyrolytic graphite (HOPG) …