Graphite Electrode in SuperconductorsGraphene is a popular topic of innovation for batteries. The most common anode used in lithium-ion cell technologies has se...

Fuel cells convert hydrogen into heat, electricity and water. They are an environmentally friendly power source. They are gaining immense popularity as primary...

Graphite electrodes have long been the leading choice for industrial electrochemical applications such as oxygen production, hydrogen production and carbon mono...

Graphite Electrodes for Water TreatmentIn the water sector, there are many challenges to overcome. For example, the industry needs more efficient and affordable...

Research and Development of Advanced Carbon MaterialsIn order to increase performance, improve environmental impact, or extend the operational life of graphite,...

Recent research is presented on graphene and its derivatives as electrodes of electrochemical storage systems including supercapacitors. The focus is on the rat...

Graphite Electrode Lithium BatteryThe high energy-storage performance of LIBs is largely due to their graphite negatively electrode. This layered electrode's st...

Graphite has a significant role to play in industrial development. This carbon material is vital for the advancement of science and technology and social progre...

Carbon is a flexible substrate that provides lightness, conductivity and flexibility to solar cells. This can reduce Ag's optical properties and affect its depo...

Graphene is a unique carbon material with fascinating electrical, thermal, magnetic, optical, mechanical and chemical properties. The two main methods of obtain...