Nano-structured materials towards gas sensing: How metal oxide nano-structures and small conjugated molecules can be effectively used towards gas sensing - Image 1

£63.00

VDM Verlag Nano-structured materials towards gas sensing: How metal oxide nano-structures and small conjugated molecules can be effectively used towards gas sensing

Name: Nano-structured materials towards gas sensing: How metal oxide nano-structures and small conjugated molecules can be effectively used towards gas sensing
Brand: VDM Verlag
Price: 63.0 GBP
Availability: InStock

Engineering & Technology

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Description

During the past few decades gas sensors have become more and more important in several domestic, urban, and industrial environments. The discovery of novel nano-structures provided ideal building blocks to fabricate a new generation of sensors that show significantly improved sensitivity and greatly reduced volume. The tiny size and dimensionality of nano-structures produce new properties (larger surface-to-volume ratio, higher reactivity, lower working temperature…) leading to better intrinsic performance. This book shows how metal oxide nano-structures and organic oligomers can be used to fabricate effective gas sensors. The different parameters used to evaluate the performance of a sensing device are elucidated. The growth mechanism of metal oxide nano-wires is described, as that of quasi-crystalline organic thin films nucleation and growth. The depletion layer modulation model is explained and proven with experimental data from single nano wire devices. The last chapter shows a possible approach to the novel concept of hybrid sensors.

Product Specifications

Brand: VDM Verlag
Format: paperback
ASIN: 3639703928
Category: Books > Subjects > Science, Nature & Maths > Engineering & Technology
Domain: Amazon UK
Publication Date: 01 October 2014
Listed Since: 25 October 2014

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VDM Verlag Nano-structured materials towards gas sensing: How metal oxide nano-structures and small conjugated molecules can be effectively used towards gas sensing

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