Increasing concern on health threat due to pollution or terrorist attacks stimulated the research on gas sensing for real-time monitoring of all aspects of indoor and outdoor environments. Industrial requirements for a sensor include high sensitivity and selectivity together with good stability, as well as low fabrication costs. Conductometric gas sensors based on metal oxide semiconductors are, among all possible technological approaches, the most promising for the development of low cost and reliable sensors
Array of Metal Oxide Nanostructures for Nerve Agent Detection and Food Quality / Comini, E.; Zappa, D.; Cerqui, C.; Ponzoni, A.; Sberveglieri, Veronica; Sberveglieri, G.. - In: SENSOR LETTERS. - ISSN 1546-198X. - 12:(2014), pp. 985-989. [10.1166/sl.2014.3166]
Array of Metal Oxide Nanostructures for Nerve Agent Detection and Food Quality
SBERVEGLIERI, VERONICA;
2014
Abstract
Increasing concern on health threat due to pollution or terrorist attacks stimulated the research on gas sensing for real-time monitoring of all aspects of indoor and outdoor environments. Industrial requirements for a sensor include high sensitivity and selectivity together with good stability, as well as low fabrication costs. Conductometric gas sensors based on metal oxide semiconductors are, among all possible technological approaches, the most promising for the development of low cost and reliable sensors
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