The combination of new sensors, communication systems and massive information processing is enabling a new generation of research that can sense and monitor different environments and analyze change. In this context of rapid growth, the next generation of sensors has to be self-power, smart, high integrated (hybrid and multiparameters), with communication capabilities and in many applications, based on nanomaterials for better sensitivity and to achieve multi-functionalities. Individual gas sensor, that provides only one output signal, is not sufficient for monitoring a wide range of gases.
Bioinspired sensors and sensor systems in daily life
Macagnano Antonella
2015
Abstract
The combination of new sensors, communication systems and massive information processing is enabling a new generation of research that can sense and monitor different environments and analyze change. In this context of rapid growth, the next generation of sensors has to be self-power, smart, high integrated (hybrid and multiparameters), with communication capabilities and in many applications, based on nanomaterials for better sensitivity and to achieve multi-functionalities. Individual gas sensor, that provides only one output signal, is not sufficient for monitoring a wide range of gases.File in questo prodotto:
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