Sensors and transducers are essential components of measurement systems. The achievement of a sustainable economy requires environmentally friendly solutions and processes in order to develop sensors and transducers that are capable of being recycled, disposed, and, degraded without releasing pollutants into the environment. In this context, we propose a comparative analysis of deformation sensors based on bacterial cellulose impregnated with choline malonate and EMIM-BF4 ionic liquids (ILs). Their features and performance will be compared while also considering the green aspect of the proposed sensors.
Comparison of Bacterial Cellulose Deformation Sensors Based on Choline Malonate and EMIM-BF4 Ionic Liquids
Santhosh Kurukunda;Salvatore Graziani;Carlo Trigona;Giovanna Di Pasquale;Antonino Pollicino;
2024-01-01
Abstract
Sensors and transducers are essential components of measurement systems. The achievement of a sustainable economy requires environmentally friendly solutions and processes in order to develop sensors and transducers that are capable of being recycled, disposed, and, degraded without releasing pollutants into the environment. In this context, we propose a comparative analysis of deformation sensors based on bacterial cellulose impregnated with choline malonate and EMIM-BF4 ionic liquids (ILs). Their features and performance will be compared while also considering the green aspect of the proposed sensors.File in questo prodotto:
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