Development of a stretchable graphene electrode for an electrochemical cell

Strain engineering has been shown to alter the electronic properties of graphene, thereby changing its chemical reactivity. If this change in reactivity can be used to improve the adsorption of species on its surface, the exceptional properties of graphene can improve current sensing capabilities. The graphene surface could be functionalised...

Optimized MEMS-based tensile devices towards the generation of extreme strain in CVD graphene

Strain engineering of graphene has been predicted to change its chemical reactivity, thereby forming the basis for new applications, like hydrogen storage. Extreme strains of more than 10% are required for these applica- tions. However, experimental verification of theoretical predictions is still greatly lacking. Such high strains could simply...

Graphene Based Pressure Sensors: Resonant Pressure Transduction using Atomically Thin Materials

Since the introduction of the iPhone and Wii gaming console in 2007 the market for mobile sensor applications has exploded. A continuous effort is made to make these sensors smaller, better and cheaper. This allowed for new applications that caused the market to grow exponentially in recent years. Pressure sensors have recently found...

Graphene - Propagating Wave Interaction by means of Surface Acoustic Waves (SAW) Devices

Not available because of confidentiality

On the Fabrication of a Graphene Resonator and Detection of the Resonance via Electrical Read-out: Towards a graphene permeability measurement

Not available because of confidentiallity