Gas sensors are increasingly important in an urbanized and industrial society as they are used in a wide range of fields and applications (environmental monitoring, optimization of industrial processes, food quality, medical pre-screening, etc.). This chapter presents the parameters that define the performance of a gas sensor and describes the main types of devices (resistive, FET, Schottky barrier, electrochemical, optical and quartz microbalance) including the influence of nanotechnology and machine learning.
Gas Sensors
Tonezzer M.
;
2022-01-01
Abstract
Gas sensors are increasingly important in an urbanized and industrial society as they are used in a wide range of fields and applications (environmental monitoring, optimization of industrial processes, food quality, medical pre-screening, etc.). This chapter presents the parameters that define the performance of a gas sensor and describes the main types of devices (resistive, FET, Schottky barrier, electrochemical, optical and quartz microbalance) including the influence of nanotechnology and machine learning.
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