|Location||Collection||Call number||Status||Date due|
|Sala B : Armadio PON SNIFF||Corso di formazione PON SNIFF||621.381 E652 (Browse shelf)||Available|
|620.1064 F3639 v2 Handbook of environmental fluid dynamics :||620.1064 K978 Computational fluid dynamics 2010 :||621.319 B735 Smart grids :||621.381 E652 Metal oxide nanostructures as gas sensing devices /||621.381 M9539 Smart sensors for real-time water quality monitoring /||628.50287 K495 Advanced environmental monitoring /||628.53 M933 Air quality in cities /|
Includes bibliographical references (p. 291-308) and index.
"With an emphasis on gas (vapor) detection techniques using metal oxide nanomaterials, this book presents the complete list of nanostructured metal oxides and their syntheses. From aluminum to zinc, it analyzes metal oxides and their response to different gaseous (vapor) species. It also analyzes gaseous species from acetic acid to toluene. Numerous tables highlight the synthesis, operating range, responding gases, and response time of various metal oxides. The author details their nanostructures and shapes and explores active devices that use these materials, including future devices and gas sensing arrays such as e-nose. (1) Presents important information on gas sensing devices with an emphasis on future devices (2) Lists the different nanostructured metal oxides useful for gas sensing applications (3) Describes ways of synthesizing these metal oxide nanostructures and identifying the suitable nanostructured material for specific gases and gas mixtures (4) Provides a matrix for nanostructured material versus different pollutant gases and volatile organic compounds (VOCs) suitable for e-nose applications"-- Provided by publisher.