A key issue for the success of IoT, industry 4.0 and precision agriculture is the development of sensors based on new materials and technologies. In particular, sensors which are environmentally friendly and low cost are of interest. Cellulose is one of the most abundant material on the earth. Eventually, it is green, cheap and presents several intriguing mechanical and electrical properties. In this paper the sensing properties of an all-polymeric composite, realized by using bacterial cellulose, organic conductors and ionic liquids are investigated. More specifically, it is shown that this novel composite is capable of sensing flexural deformations and producing a corresponding electrical signal. The obtained results pave the road to the possibility of realizing a new class of deformation sensors that fits the requirements of more sustainable sensor technologies. The sensor has been conceived, realized and an experimental campaign with the characterization has been performed obtaining very intriguing results.

'Paper'based sensor for deformation measurements

Di Pasquale G.;Graziani S.;Pollicino A.;Trigona C.
2019-01-01

Abstract

A key issue for the success of IoT, industry 4.0 and precision agriculture is the development of sensors based on new materials and technologies. In particular, sensors which are environmentally friendly and low cost are of interest. Cellulose is one of the most abundant material on the earth. Eventually, it is green, cheap and presents several intriguing mechanical and electrical properties. In this paper the sensing properties of an all-polymeric composite, realized by using bacterial cellulose, organic conductors and ionic liquids are investigated. More specifically, it is shown that this novel composite is capable of sensing flexural deformations and producing a corresponding electrical signal. The obtained results pave the road to the possibility of realizing a new class of deformation sensors that fits the requirements of more sustainable sensor technologies. The sensor has been conceived, realized and an experimental campaign with the characterization has been performed obtaining very intriguing results.
2019
978-1-5386-3460-8
Bacterial cellulose; Deformation measurements; Greener transducers; Ionic liquids; Paper-based sensor
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.11769/373571
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