International audienceThis paper presents the complete modeling of the preconcentration cycle for the optimization of a Micro Gas Preconcentrator applied to atmospheric pollution monitoring. The particularity of this modeling is based on the fact that it includes all equations governing not only the adsorption and desorption phenomena but also the detection phase. Two different approaches based on kinetic equations were used to illustrate the behavior of the Micro Gas Preconcentrator for given experimental conditions. The need of a high adsorption flow and heating rate, a low desorption flow and detection volume is demonstrated through this paper
This dissertation addresses several elements critical to the design and implementation of adsorbent-...
244 pagesIn the field of gas detection, one major trend is to miniaturize analytical techniques. In ...
Real-time identification and quantitative analysis of volatile and semi-volatile chemical vapors are...
International audienceThis paper presents the complete modeling of the preconcentration cycle for th...
AbstractThis paper presents the complete modeling of the preconcentration cycle for the optimization...
International audienceThis paper presents the optimization of a micro gas preconcentrator (μ-GP) sys...
Department of Electronics and Instrumentation Engineering, Faculty of Engineering and Technology, M....
International audienceThis paper presents the optimization of a micro gas preconcentrator based on a...
International audienceThis paper presents the evaluation of different adsorbents for the improvement...
International audienceThis paper presents the development of a gas preconcentrator based on a micro-...
AbstractThis paper presents the development of MEMS gas preconcentrator (GP) for the detection of tr...
International audienceIn the field of analytical techniques, the preprocessing of the gases is gener...
The broad goal of this research was to improve the design of miniaturized and microfabricated vapor ...
This dissertation addresses several elements critical to the design and implementation of adsorbent-...
244 pagesIn the field of gas detection, one major trend is to miniaturize analytical techniques. In ...
Real-time identification and quantitative analysis of volatile and semi-volatile chemical vapors are...
International audienceThis paper presents the complete modeling of the preconcentration cycle for th...
AbstractThis paper presents the complete modeling of the preconcentration cycle for the optimization...
International audienceThis paper presents the optimization of a micro gas preconcentrator (μ-GP) sys...
Department of Electronics and Instrumentation Engineering, Faculty of Engineering and Technology, M....
International audienceThis paper presents the optimization of a micro gas preconcentrator based on a...
International audienceThis paper presents the evaluation of different adsorbents for the improvement...
International audienceThis paper presents the development of a gas preconcentrator based on a micro-...
AbstractThis paper presents the development of MEMS gas preconcentrator (GP) for the detection of tr...
International audienceIn the field of analytical techniques, the preprocessing of the gases is gener...
The broad goal of this research was to improve the design of miniaturized and microfabricated vapor ...
This dissertation addresses several elements critical to the design and implementation of adsorbent-...
244 pagesIn the field of gas detection, one major trend is to miniaturize analytical techniques. In ...
Real-time identification and quantitative analysis of volatile and semi-volatile chemical vapors are...