Electronic nose (e-Nose) technology based on metal oxide semiconductor gas sensor array is widely studied for detection of gas components.
While research in non-specific sensor array (e-nose) technology has resulted in progress in the field of continuous odour monitoring, more successful long term case-studies are still needed to overcome the early overoptimistic performance expectations.
Electronic-nose (e-nose) technology, often based upon chemically induced resistance changes of the sensing elements (chemiresistors), is making some inroads toward meeting these demands for gas-phase analyses.
This paper provides a review of the applications of e-nose technologies for assessing the quality and safety of commercially-available medicinal plant products.
Mr. Bethke, 36, followed his nose for technology pretty much right out of high school, landing a job first at I.B.M., which sent him to school and taught him to diagnose the ailments of sick machines, and later at Marsh & McLennan's computer processing department at the World Trade Center.
Electronic nose (eNose) technology can rapidly and non invasively provide breath prints, which are profiles of volatile metabolites in the exhaled breath.
Here we focus on exhaled breath profiling (so called 'breath prints') using a electronic Nose (eNose) technology that relies on cross-reactive sensors, meaning that each sensor is responsive to a variety of VOCs [ 24, 25].
Intensive research and fast developments in electronic nose (EN) technologies provide the users with a wide spectrum of sensors and systems for their applications.
At other times, though, we may be hiding our noses in technology and avoiding deeper relationships.
Even with the optional $6,900 hydraulic nose-lifting technology — push a button, even when the car is in motion, and the front end rises several inches — daily driving may include a lot of chin scraping.
