Add to ORKGInternational audienceIn this paper, we show the influence of short temperature variations on the transient response of a SnO2 nanoparticular gas sensor. By consideration of the shape and time constants of the normalized response curves, we can differentiate different gasses mixtures at a ppm level. This new method of analysis is promising to conceive a gas detector based on combination of temperature profiles and different sensitive layers
To gain some insight into the conductance response of temperature-modulated metal oxide gas sensors,...
A new method is presented to identify the presence of two gases in the ambient atmosphere. The metho...
International audienceThe sensor presented in this article consists of a nanostructured SnO2 as high...
International audienceIn this paper, we show the influence of short temperature variations on the tr...
International audienceThis study shows the influence of short temperature variations on the transien...
International audienceA temperature step dynamic measurement on a nanoparticular SnO2 gas sensor is ...
This work has been developed in the frame of Nanosensoflex European project, in the LAAS-CNRS labora...
Abstract: The gas-sensing behaviour based on a dynamic measurement method of a single SnO2 gas senso...
First, we have studied the parameters of a dynamic temperature profile to improve significantly the ...
AbstractIn this work we present the analysis of gas sensors working in modulated temperature mode wi...
This paper concerns the characterization and modelling of single crystalline tin oxide nanowires use...
International audienceA new generation of gas sensor which consists of a silicon platform with an in...
International audienceThe sensor presented in this article consists of a nanostructured tin oxide as...
To gain some insight into the conductance response of temperature-modulated metal oxide gas sensors,...
A new method is presented to identify the presence of two gases in the ambient atmosphere. The metho...
International audienceThe sensor presented in this article consists of a nanostructured SnO2 as high...
International audienceIn this paper, we show the influence of short temperature variations on the tr...
International audienceThis study shows the influence of short temperature variations on the transien...
International audienceA temperature step dynamic measurement on a nanoparticular SnO2 gas sensor is ...
This work has been developed in the frame of Nanosensoflex European project, in the LAAS-CNRS labora...
Abstract: The gas-sensing behaviour based on a dynamic measurement method of a single SnO2 gas senso...
First, we have studied the parameters of a dynamic temperature profile to improve significantly the ...
AbstractIn this work we present the analysis of gas sensors working in modulated temperature mode wi...
This paper concerns the characterization and modelling of single crystalline tin oxide nanowires use...
International audienceA new generation of gas sensor which consists of a silicon platform with an in...
International audienceThe sensor presented in this article consists of a nanostructured tin oxide as...
To gain some insight into the conductance response of temperature-modulated metal oxide gas sensors,...
A new method is presented to identify the presence of two gases in the ambient atmosphere. The metho...
International audienceThe sensor presented in this article consists of a nanostructured SnO2 as high...