Catalytic materials play important roles in chemical, energy, and environmental fields. The
exhaustion of fossil fuels and the resulting deteriorative environment have become …

In recent years, graphene has received continuously high attention due to its favorable
thermal conductivity, extremely high specific surface area, impressive mechanical durability …

Current fabrication of nanomaterials is facing the following two challenges: high selectivity
toward specific chemical compositions or morphologies and their scalable production. This …

Present work demonstrates the differences between the structure and surface
transformations of carbon nanotubes (CNTs) and graphene nanoflakes with small particle …

A non-thermal plasma source based on magnetically stabilized gliding arc discharge
(MSGAD) was used to prepare carbon nanoparticles via methane decomposition. Spherical …

Among various thermal plasma sources for CH 4 pyrolysis, singular direct current (DC)
thermal plasma has limited capacity, erosion, and efficiency. However, the triple thermal …

Thermal plasma has emerged as an effective approach for producing carbon nanostructures
without the need for specific catalysts nor substrates. While efforts have focused on the effect …

A novel approach for the preparation of few-layer graphene nano-flakes (GNFs) is presented
in this paper. The GNFs are continuously synthesized by thermal decomposition of …

Graphitic nanocapsules (GNCs) are onion-like carbon structures consisting of concentric
polyhedral multilayer shells. GNCs exhibit outstanding physicochemical properties, such as …

Understanding underlying processes behind the simple and easily scalable graphene
synthesis methods enables their large-scale deployment in the emerging energy storage …