Visible to mid-infrared integrated sensors for air quality measurement

S. Boutami, G. Jobert, P. Barritault,J. G. Coutard,M. Fournier,J. M. Fedeli,P. Labeye,A. Marchant, J. Skubich,A. Teulle, O. Lartigue, E. Lorent, A. Gliere, C. Constancias,S. Nicoletti, C. Jamois,C. Seassal,L. Duraffourg

Proceedings of SPIE(2019)

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Abstract
We present several integrated technologies on Silicon, from visible to mid-infrared, for particulate matter and gas detection. We present new concepts to detect in the visible particulate matter with a high sensitivity and a discrimination of both particle sizes and refractive indices. For gas detection, mid-infrared technologies developments include on one hand, microhotplate thermal emitters, as a cheap solution for gas sensing, eventually enhanced by plasmonics, and on the other hand quantum cascade lasers-based photoacoustic sensors, for high precision measurement, and for which the integration on Silicon is pushed forward for a reduction of costs.
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Key words
Particulate matter,CMOS image sensor,Mie scattering,Gas,infrared thermal emitter,plasmonics,quantum cascade lasers,photoacoustic
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