This work has been developed in the frame of Nanosensoflex European project, in the LAAS-CNRS laboratory at Toulouse. The aim of this project was to improve gas sensor technology and to optimize SnO2 sensing layer selectivity thanks to a new operating mode associated to a new technique of response treatment. In this context, this doctoral dissertation is focused on the last point: we have experimentally demonstrated that the shape of transient response curves of these sensors, using short temperature variations is affected by the surrounding atmosphere with a good reproducibility. Also, we have defined a temperature profile dedicated to CO detection in a mixture of NO2 and propane. This profile, with a total duration of 12s, includes 6 temp...
Many recent studies have shown the presence of high amounts of pollutants inside the car cabin. The ...
Jury Michel LABEAU (Président), Khalifa AGUIR(Rapporteur), Dominique REBIERE (Rapporteur), Eric CHAN...
SnO2 sensors are widely used for the detection of air contaminants such as CO. Nevertheless, their a...
This work has been developed in the frame of Nanosensoflex European project, in the LAAS-CNRS labora...
International audienceThis study shows the influence of short temperature variations on the transien...
International audienceIn this paper, we show the influence of short temperature variations on the tr...
First, we have studied the parameters of a dynamic temperature profile to improve significantly the ...
International audienceA temperature step dynamic measurement on a nanoparticular SnO2 gas sensor is ...
Self-heating effect in individual metal oxide nanowires can be used to activate their response to ga...
The analysis of ambient (home, office, outdoor) atmosphere in order to check the presence of dangero...
AbstractThe thermal response time of gas sensors based on self-heated nanowires is extremely fast (a...
The development of gas multisensor systems (electronic noses) has now an increasing interest in many...
International audienceIn this paper, we show the influence of humidity on the sensitivity for CO sen...
Many recent studies have shown the presence of high amounts of pollutants inside the car cabin. The ...
Jury Michel LABEAU (Président), Khalifa AGUIR(Rapporteur), Dominique REBIERE (Rapporteur), Eric CHAN...
SnO2 sensors are widely used for the detection of air contaminants such as CO. Nevertheless, their a...
This work has been developed in the frame of Nanosensoflex European project, in the LAAS-CNRS labora...
International audienceThis study shows the influence of short temperature variations on the transien...
International audienceIn this paper, we show the influence of short temperature variations on the tr...
First, we have studied the parameters of a dynamic temperature profile to improve significantly the ...
International audienceA temperature step dynamic measurement on a nanoparticular SnO2 gas sensor is ...
Self-heating effect in individual metal oxide nanowires can be used to activate their response to ga...
The analysis of ambient (home, office, outdoor) atmosphere in order to check the presence of dangero...
AbstractThe thermal response time of gas sensors based on self-heated nanowires is extremely fast (a...
The development of gas multisensor systems (electronic noses) has now an increasing interest in many...
International audienceIn this paper, we show the influence of humidity on the sensitivity for CO sen...
Many recent studies have shown the presence of high amounts of pollutants inside the car cabin. The ...
Jury Michel LABEAU (Président), Khalifa AGUIR(Rapporteur), Dominique REBIERE (Rapporteur), Eric CHAN...
SnO2 sensors are widely used for the detection of air contaminants such as CO. Nevertheless, their a...