Conduction mechanism in semiconducting metal oxide sensing films impact on transduction

BARSAN, M. HUEBNER and U. WEIMAR, University of Tubingen, Germany 

Key words semiconducting metal oxide (SMOX), sensing and transduction of SMOXs, p- and n-type MOXs, conduction mechanism, modelling, measurements taken in working conditions. 

The success of this type of device is based on their good price-performance ratio they are  

2 looks at the understanding of the functioning of SMOX-based sensors, then Section 2.3 examines the main differences brought about by the type of conduction of the material. Section 2.4 presents examples of applying simultaneous work function and conductance measurements to the theoretical study of the conduction mechanisms, and the chapter closes with Section 2.5 which offers a set of conclusions and an outlook for future studies. 

2 General discussion about sensing with semiconducting metal oxide gas sensors 

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Conduction mechanism in semiconducting metal oxide sensing films impact on transduction... 

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