With the development of the preparation methods of low dimensional materials, one-
dimensional (1D) nanomaterials present enormous benefits in hydrogen sensing area. This …

Graphene based nano-composites are relatively new materials with excellent mechanical,
electrical, electronic and chemical properties for applications in the fields of electrical and …

Atmospheric pressure chemical vapour deposition was employed to deposit graphene thin
films on thermally oxidized p-silicon substrates. Raman spectroscopy and energy dispersive …

Graphene is quite a robust material for sensing hydrogen and other gases at room
temperature as well as at elevated temperatures with high efficiency. This chapter deals with …

Hydrogen is one of the most useful but dangerous gases because of its broad combustion
range and small ignition temperature. Currently, there is a great need for hydrogen detectors …

The hydrogen sensing by palladium-graphene junction was dependent on the atmospheric
pressure chemical vapour deposition growth temperature of the graphene films. The growth …

The effects of annealing on epitaxial graphene on SiC substrates with various conditions are
investigated. Results show that high pressure hydrogen atmosphere is more effective to …

Few layer graphene produced by an undemanding electrochemical delamination method
has been presented here using potassium hydroxide. Copper strip is kept at zero potential …