Titlebook: Sensors and Microsystems; AISEM 2010 Proceedin Giovanni Neri,Nicola Donato,Corrado Di Natale Conference proceedings 2011 Springer Science+B

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Microwave-Assisted Synthesis of Metal Oxide Nanostructures for Sensing Applicationsistive devices consisting of a thick layer of SnO., ZnO, Cd(OH). and CdO nanostructures on interdigitate alumina substrates were fabricated and their sensing characteristics investigated. Sensor devices based on these metal oxide nanostructures exhibited good performance in the monitoring of low con

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A Novel Organic/MWCNTs Semiconductor Composite for Resistive Gas Sensorsted. DABP was synthesized through a photochemical reaction approach and resulted suitable for solution processing, allowing the easy deposition of films on the sensor substrate. Thin films of DABP/MWCNTs composites have shown an electrical behavior depending on the carbon nanotubes loading. Sensing

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An Exploratory Study on the Potential of Zeolite P-Based Materials for Sensing Applicationssited on ceramic substrates forming a homogeneous and porous structure, making easy the fabrication of thick film-based sensors. The structural properties of these materials revealed moreover an ideal environment for gas or vapor adsorption. Sensing properties of resistive devices fabricated using z

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Thermoelectric Properties of Carbon Nanotubes Layersates, has been measured. Two different metal contacts of Cr–Al and Cr–Au have been fabricated for the CNTs-based thermocouples and preliminarily investigated. The CNTs-based thermocouples exhibit large values of TEP due to the Schottky barriers at semiconducting CNTs-metal junctions. The highest TEP

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,-Pyrazole Based Thin Films for Optical Gas Detectiontical response to the following analytes have been investigated as air pollutants (SO., NO., CO, CH. and NH.). The spin-coated pyrazole layer appears to have reversible sensitivity towards SO. and very low and irreversible sensitivity for NO..

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Room Temperature Hydrogen Sensor Based on Pt/TiO2/MWCNT Composites A morphological and microstructural investigation by SEM, TEM, XRD and micro-Raman spectroscopy of the composites was carried out. Results indicated that, regardless the nominal C/Ti molar ratio, only the anatase phase of titania is formed. Thin films of the Pt-doped composites, deposited on interd

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