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Type: 
Book
Description: 
Graphene (Gr) is currently one of the most appealing materials as conductive transparent electrode for flexible electronics, thanks to its bendability/stretchability accompanied by small variations of the electrical properties after mechanical deformations. In addition, the field-effect tunable carrier density combined to a high mobility and saturation velocity make it an excellent channel material for field-effect transistors (FETs) even on flexible substrates. By proper design of the device structure (channel length, top- or back-gate configuration), Gr-FETs can be used for high-frequency (RF) electronics or for high-sensitivity chemical, biological, and environmental sensors exploiting transconductance variations in response to the chemi/physisorption of molecular species on Gr channel. In particular, miniaturized and flexible Gr-FET sensors can represent a strong advance with respect to current sensors technology …
Publisher: 
Springer, Cham
Publication date: 
1 Jan 2017
Authors: 

G Fisichella, S Lo Verso, S Di Marco, V Vinciguerra, E Schilir, S Di Franco, R Lo Nigro, F Roccaforte, A Zurutuza, A Centeno, S Ravesi, F Giannazzo

Biblio References: 
Pages: 125-136
Origin: 
GraphITA