AbstractThe gas sensing is an environmental topic representing a strong interest for this century. Whatever the purpose: industrial emissions control or indoor quality air supervision, the challenge remains to produce effective low costs detection systems adapted to the atmospheric conditions. This study focuses on the estimation of the microwaves transduction technique viability for the toluene detection by the implementation of sensors based on zeolites layers, deposited on coplanar structures adapted to the microwave frequency range. We shall apply to explain the principles of the microwave transduction before approaching the conception of the sensors, the measurement protocol and the obtained results
A novel method of improving the selectivity of metal oxide gas sensors has been developed by using c...
Up to now, sensor applications have rarely used materials whose dielectric properties are a function...
Online publication: 2018Issue date: June 2022International audienceThis study presents the results o...
AbstractThe gas sensing is an environmental topic representing a strong interest for this century. W...
AbstractThis work presents a new transduction mode for gas sensing using a passive microwave circuit...
In this work, we have developed a new gas-sensing transduction based on the propagation of microwave...
International audienceThis work presents a new transduction mode for gas sensing using a passive mic...
AbstractFaujasite (FAU) has been used as the sensitive recognition layer on the outer surfaces of a ...
Ce mémoire présente les recherches effectuées sur une nouvelle méthode de transduction, exploitant l...
The most common gas sensors are based on chemically induced changes in electrical resistivity and ne...
The unique properties of microporous zeolites, including ion-exchange properties, adsorption, molecu...
The most common gas sensors are based on chemically induced changes in electrical resistivity and ne...
Microwave transduction is a novel research field in gas sensing owing to its simplicity, low cost, p...
International audienceThis paper presents a chemical microwave flexible sensor based on a resonant e...
Este trabajo fin de máster se enmarca dentro de una línea de investigación que pretende el desarroll...
A novel method of improving the selectivity of metal oxide gas sensors has been developed by using c...
Up to now, sensor applications have rarely used materials whose dielectric properties are a function...
Online publication: 2018Issue date: June 2022International audienceThis study presents the results o...
AbstractThe gas sensing is an environmental topic representing a strong interest for this century. W...
AbstractThis work presents a new transduction mode for gas sensing using a passive microwave circuit...
In this work, we have developed a new gas-sensing transduction based on the propagation of microwave...
International audienceThis work presents a new transduction mode for gas sensing using a passive mic...
AbstractFaujasite (FAU) has been used as the sensitive recognition layer on the outer surfaces of a ...
Ce mémoire présente les recherches effectuées sur une nouvelle méthode de transduction, exploitant l...
The most common gas sensors are based on chemically induced changes in electrical resistivity and ne...
The unique properties of microporous zeolites, including ion-exchange properties, adsorption, molecu...
The most common gas sensors are based on chemically induced changes in electrical resistivity and ne...
Microwave transduction is a novel research field in gas sensing owing to its simplicity, low cost, p...
International audienceThis paper presents a chemical microwave flexible sensor based on a resonant e...
Este trabajo fin de máster se enmarca dentro de una línea de investigación que pretende el desarroll...
A novel method of improving the selectivity of metal oxide gas sensors has been developed by using c...
Up to now, sensor applications have rarely used materials whose dielectric properties are a function...
Online publication: 2018Issue date: June 2022International audienceThis study presents the results o...