Titlebook: Electronic Noses & Sensors for the Detection of Explosives; Julian W. Gardner,Jehuda Yinon Conference proceedings 20041st edition Springer

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Toshiharu Ishikawa,Daisuke Nakamuravity. Despite this shortcoming, insects have impressive abilities to recognize odours. Understanding how their olfactory system works could then be highly beneficial for designing efficient electronic noses. In particular, the antennal lobe, the first structure of the insect olfactory system, is kno

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Final Industrialization Project,ed the zNose?, incorporating an ultra-high speed GC column, solid-state sensor, programmable gate array (PGA) processor, and an integrated preconcentrator can now provide near real time analysis of odours from explosives. Odours from Primacord, Detasheet, C4, and TATP were analyzed and their chemica

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Demand and Product Characteristics,losive vapours are demonstrated. In the first approach a cantilever beam coated with a selective layer undergoes bending and resonance frequency variation due to explosive vapour adsorption. The resonance frequency variation is due to mass loading while adsorption-induced cantilever bending is due t

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