Single-crystalline metal oxide, resistive gas sensors advances and perspectives
E Llobet, E Navarrete, FE Annanouch… - 2018 IEEE …, 2018 - ieeexplore.ieee.org
E Llobet, E Navarrete, FE Annanouch, M Alvarado, E González, JL Ramírez, A Romero…
2018 IEEE SENSORS, 2018•ieeexplore.ieee.orgHere we review recent results on the synthesis of single-crystalline metal oxide
nanomaterials and their integration in resistive gas sensing devices. Emphasis is put on the
integration of such nanomaterials in a wide spectrum of transducing platforms, ranging from
standard ceramic to silicon MEMS or flexible polymeric. Some strategies for achieving
higher selectivity are discussed, which are followed by a discussion on the development of
advanced operation techniques for achieving more stable and faster response to gases …
nanomaterials and their integration in resistive gas sensing devices. Emphasis is put on the
integration of such nanomaterials in a wide spectrum of transducing platforms, ranging from
standard ceramic to silicon MEMS or flexible polymeric. Some strategies for achieving
higher selectivity are discussed, which are followed by a discussion on the development of
advanced operation techniques for achieving more stable and faster response to gases …
Here we review recent results on the synthesis of single-crystalline metal oxide nanomaterials and their integration in resistive gas sensing devices. Emphasis is put on the integration of such nanomaterials in a wide spectrum of transducing platforms, ranging from standard ceramic to silicon MEMS or flexible polymeric. Some strategies for achieving higher selectivity are discussed, which are followed by a discussion on the development of advanced operation techniques for achieving more stable and faster response to gases. Finally, some aspects that remain open for research are identified
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