Add to ORKGInternational audienceA temperature step dynamic measurement on a nanoparticular SnO2 gas sensor is studied.Different sequences applied on the heater sensor are investigated to determine the best way to have a reproducible response. The sensor performances are then compared for CO detection in isotherm mode and in dynamic mode, with the previously highlighted sequence.A characterization of the step length is also led to its influence on sensor sensitivity. Finally, the best temperature profile to use for dynamic measurements is presented to improve significantly sensor sensitivity, reproducibility and stability
SnO2 sensors are widely used for the detection of air contaminants such as CO. Nevertheless, their a...
International audienceThe sensor presented in this article consists of a nanostructured SnO2 as high...
This paper concerns characterization and modeling of single crystalline tin oxide nanowires used as ...
International audienceA temperature step dynamic measurement on a nanoparticular SnO2 gas sensor is ...
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...
Abstract: The gas-sensing behaviour based on a dynamic measurement method of a single SnO2 gas senso...
This paper concerns the characterization and modelling of single crystalline tin oxide nanowires use...
This work has been developed in the frame of Nanosensoflex European project, in the LAAS-CNRS labora...
AbstractNanowire gas sensors show high sensitivity towards various gases and offer great potential t...
SnO2 sensors are widely used for the detection of air contaminants such as CO. Nevertheless, their a...
Self-heating effect in individual metal oxide nanowires can be used to activate their response to ga...
First, we have studied the parameters of a dynamic temperature profile to improve significantly the ...
Non-periodical heating regimes and also periodical heating regimes were applied for the sensors TGS ...
SnO2 sensors are widely used for the detection of air contaminants such as CO. Nevertheless, their a...
International audienceThe sensor presented in this article consists of a nanostructured SnO2 as high...
This paper concerns characterization and modeling of single crystalline tin oxide nanowires used as ...
International audienceA temperature step dynamic measurement on a nanoparticular SnO2 gas sensor is ...
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...
Abstract: The gas-sensing behaviour based on a dynamic measurement method of a single SnO2 gas senso...
This paper concerns the characterization and modelling of single crystalline tin oxide nanowires use...
This work has been developed in the frame of Nanosensoflex European project, in the LAAS-CNRS labora...
AbstractNanowire gas sensors show high sensitivity towards various gases and offer great potential t...
SnO2 sensors are widely used for the detection of air contaminants such as CO. Nevertheless, their a...
Self-heating effect in individual metal oxide nanowires can be used to activate their response to ga...
First, we have studied the parameters of a dynamic temperature profile to improve significantly the ...
Non-periodical heating regimes and also periodical heating regimes were applied for the sensors TGS ...
SnO2 sensors are widely used for the detection of air contaminants such as CO. Nevertheless, their a...
International audienceThe sensor presented in this article consists of a nanostructured SnO2 as high...
This paper concerns characterization and modeling of single crystalline tin oxide nanowires used as ...