Beyond the capabilities of detecting and discriminating chemical species, sensors are advantageous with respect to their stability, durability and response times. The aim of this study is to apply surface science to common problems found in the fabrication of chemical sensors, focusing on sensor stability. Models are proposed, which describe grain growth and intragrain defect diffusion, and optimal preparation procedures are elucidated for obtaining stable sensor materials

Narducci, D., Gilardi, G., Mari, C., Pizzini, S. (1996). Application of surface science to preparation and characterization of solid-state chemical sensors. SENSORS AND MATERIALS, 8(4), 223-229.

Application of surface science to preparation and characterization of solid-state chemical sensors

NARDUCCI, DARIO;MARI, CLAUDIO MARIA;Pizzini, S.
1996

Abstract

Beyond the capabilities of detecting and discriminating chemical species, sensors are advantageous with respect to their stability, durability and response times. The aim of this study is to apply surface science to common problems found in the fabrication of chemical sensors, focusing on sensor stability. Models are proposed, which describe grain growth and intragrain defect diffusion, and optimal preparation procedures are elucidated for obtaining stable sensor materials
Articolo in rivista - Articolo scientifico
surface science; stability; grain growth; diffusion
English
1996
8
4
223
229
none
Narducci, D., Gilardi, G., Mari, C., Pizzini, S. (1996). Application of surface science to preparation and characterization of solid-state chemical sensors. SENSORS AND MATERIALS, 8(4), 223-229.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10281/23337
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