Langues

Laboratoire de recherche
UMR 6602 - UCA/CNRS/SIGMA

Annuaire

Brunet Jerome


Photo
Fonction : Enseignant chercheur (Permanent Ip)
Axe : Photon
Thème : Minamat
Téléphone : +33473407247
Fax : +33 4 7340 7340



Publications associées :
107 publication trouvées


2016
ACL
NDIAYE A., DELILE S., BRUNET J., VARENNE C., PAULY A.
Electrochemical Sensors Based on Screen-Printed Electrodes: The Use of Phthalocyanine Derivatives for Application in VFA Detection



ACTI
NDIAYE A., VARENNE C., PAULY A., BRUNET J.
Surface modification of carbon-based material: from solution processing to gas sensing application.



NDIAYE A., BRUNET J., VARENNE C., PAULY A.
The role of surface chemistry in functionalized CNTs-based gas sensors: material design and application to atmospheric pollutants



2015
ACL
LATYRNDIAYE A., PAULY A., DELILE S., BRUNET J., VARENNE C., KUMAR A.
Electrodes Modification Based on Metal-Free Phthalocyanine: Example of Electrochemical Sensors for the Detection of Acetic Acid,



NDIAYE A., PAULY A., DELILE S., BRUNET J., VARENNE C., KUMAR A.
Electrodes modification based on metal free phthalocyanine: example of electrochemical sensors for the detection of acetic acid.



KUMAR A., BRUNET J., VARENNE C., LATYRNDIAYE A., PAULY A., PENZA M., ALVISI M.
Tetra-tert-butyl copper phthalocyanine-based QCM sensor for toluene detection in air at room temperature



ACTI
KUMAR A., BRUNET J., VARENNE C., LATYRNDIAYE A., PAULY A.
Room temperature measurements of aromatic hydrocarbons by QCM-based gas sensors: intercomparison between phthalocyanines and phthalocyanine/CNTs hybrid material



INV
KUMAR A., BRUNET J., VARENNE C., LATYRNDIAYE A., PAULY A.
Development of BTX gas sensor based on metallo-phthalocyanine: influence of material properties on gas sensing performances



BRUNET J., PAULY A., LATYRNDIAYE A., KUMAR A.
Molecular organic semiconductor-based gas sensor-systems for the selective monitoring of atmospheric pollutants



COM
BRUNET J., KUMAR A., LATYRNDIAYE A., PAULY A.
Measurement of Monoaromatic Hydrocarbons in Air by Phthalocyanine-based QCM Sensors: Results and Outlooks



AFF
LATYRNDIAYE A., DELILE S., VARENNE C., BRUNET J., KUMAR A., PAULY A.
Non covalent functionalisation of carbon nanotubes: applications to gas sensors and electrochemical sensors



KUMAR A., BRUNET J., VARENNE C., LATYRNDIAYE A., PAULY A.
Room temperature measurements of aromatic hydrocarbons by QCM-based gas sensors: intercomparison between phthalocyanines and phthalocyanine/CNTs hybrid material



2014
ACL
NDIAYE A., BRUNET J., VARENNE C., BONNET P., PAULY A., DUBOIS M., KATIA G.
Functionalized carbon nanotubes-based gas sensors for pollutants detection: investigation on the use of a double transduction mode.



BRUNET J., PAULY A., RODRIGUEZMENDEZ M., NDIAYE A., VARENNE C., GUERIN K.
Improved selectivity towards NO2 of phthalocyanine-based chemosensors by means of original indigo/nanocarbons hybrid material



BRUNET J., PAULY A., DUBOIS M., VARENNE C., GUERINAND K., NDIAYE A., .
New Indigo/Nanocarbons Hybrid Material as Chemical Filter for the Enhancement of Gas Sensor Selectivity towards Nitrogen Dioxide



ACTI
NDIAYE A., BRUNET J., PENZA M., PAULY A., ALVISI M., C. V.
Carbon nanotubes-based hybrid materials: development of gas sensors dedicated to BTX type gases.



NDIAYE A., PENZA M., BRUNET J., ALVISI M., PAULY A., C. V.
Functionalized carbon nanotubes-based gas sensors for VOC detection: investigation on different transduction modes and interfering gases.



BRUNET J., PAULY A., NDIAYE A., VARENNE C., KUMAR A., DUBOIS M.
Relevance of pristine and functionalized nanocarbonaceous materials for O3 removal from air: a way for the development of selective NO2 chemosensors



NDIAYE A., VARENNE C., BRUNET J., KUMAR A., PAULY A.
Surface functionnalization and characterization of carbon nanotubes for enhanced atmospheric pollutants detection



BRUNET J.
Tetra-tert-butyl metallophthalocyanines (ttb-MPc) as sensitive materials of QCM-Based sensors for aromtic hydrocarbons detection at room temperature



INV
NDIAYE A., BRUNET J., VARENNE C., A. P.
Processability of nanocarbonaceous material: elaboration of sensing layers for the development of CNTs-based sensors dedicated to BTX monitoring.



BRUNET J.
Relevance of pristine and functionalized nanocarbonaceous materials for O3 removal from air: a way for the development of selective NO2 chemosensors



BRUNET J., KUMAR A., NDIAYE A., PAULY A.
Sensing devices based on metallophthalocyanines and metallophthalocyanine/nanocarbons hybrid materials: application to aromatic hydrocarbons detection



COM
LATYRNDIAYE A., VARENNE C., BRUNET J., KUMAR A., PAULY A.
Surface functionnalization and characterization of carbon nanotubes for enhanced atmospheric pollutants detection



AFF
BRUNET J.
Tetra-tert-butyl metallophthalocyanines (ttb-MPc) as sensitive materials of QCM-Based sensors for aromtic hydrocarbons detection at room temperature



2013
ACL
DUBOIS M., BRUNET J., PAULY A., SPINELLE L., NDIAYE A., GUERIN K., VARENNE C., LAURON B., YUKLYUSHIN A., VINOGRADOV A.
A carbonaceous chemical filter for the selective detection of NO2 in the environment



DUBOIS M., BRUNET J., LAIN PAULY A., SIMOND W., SPINELLE L., NDIAYE A., ATIA GUERIN K., VARENNE C.
Indigo molecules adsorbed on carbonaceous nanomaterials as chemical filter for the selective detection of NO2 in the environment



ROSSIGNOL J., BARROCHI G., DEFONSECA B., BRUNET J., BOUVET M., PAULY A., MARKEY L.
Microwave-based gas sensor with phthalocyanine film at room temperature



NDIAYE A., BONNET P., PAULY A., DUBOIS M., BRUNET J., VARENNE C., GUERIN K., LAURON B.
Noncovalent Functionalization of Single-Wall Carbon Nanotubes for the Elaboration of Gas Sensor Dedicated to BTX Type Gases: The Case of Toluene



ACTI
NDIAYE A., BRUNET J., VARENNE C., BONNET P., PAULY A., DUBOIS M., GUERIN K., B. L.
Functionalized carbon nanotubes-based gas sensors for pollutants detection: investigation on the use of a double transduction mode.



BRUNET J., NDIAYE A., KUMAR A., PAULY A., C. V.
Gas sensor-systems based on hybrid materials dedicated to air-pollutants monitoring.



NDIAYE A., BRUNET J., VARENNE C., BONNET P., PAULY A., DUBOIS M., GUERIN K., B. L.
Hybrids materials for sensing devices: functionalised carbon nanotubes-based gas sensors for pollutants detection.



BRUNET J., PAULY A., DIBOIS M., VARENNE C., GUERIN K., NDIAYE A.
New Indigo/nanocarbons hybrid material as chemical filter for the enhancement of gas sensor selectivity towards nitrogen dioxide



COM
BRUNET J.
Potentialities of nanocarbonaceous materials as chemical filters: a relevant way for sensor selectivity achievment



AFF
NDIAYE A., PAULY A., BRUNET J., VARENNE C., KUMAR A., DUBOIS M., GUERIN K., BONNET P., ROSSIGNOL J., BAROCHI G., DEFONSECA B., BOUVET M., J. S.
CAPBTX: Un Microsystème capteur à base d’une structure sensible composite dédié à la mesure sélective de benzène, toluène, xylènes, Blanc 2010 – SIMI 9



2012
ACL
PAULY A., DUBOIS M., BRUNET J., SPINELLE L., NDIAYE A., GUERIN K., VARENNE C., VINOGRADOV A., KLYUSHIN A.
An innovative gas sensor system designed from a sensitive organic semiconductor downstream a nanocarbonaceous chemical filter for selective detection of NO2 in an environmental context. Part II: Interpretations of O3/nanocarbons and NO2/nanocarbons interactions



BRUNET J., DUBOIS M., PAULY A., SPINELLE L., NDIAYE A., GUERIN K., VARENNE C., LAURON B.
An innovative gas sensor system designed from a sensitive organic semiconductor downstream a nanocarbonaceous chemical filter for the selective detection of NO2 in an environmental context: Part I: Development of a nanocarbon filter for the removal of ozone



VARENNE C., NDIAYE A., BRUNET J., SPINELLE L., MONIER G., PAULY A., BIDEUX L., LAURON B., ROBERTGOUMET C.
Comparison Of Inp Schottky Diodes Based On Au Or Pd Sensing Electrodes For No2 And O3 Sensing



NDIAYE A., VARENNE C., BONNET P., PETIT E., SPINELLE L., BRUNET J., PAULY A., LAURON B.
Elaboration of SWNTs-based gas sensors using dispersion techniques: Evaluating the role of the surfactant and its influence on the sensor response.



NDIAYE A., VARENNE C., BONNET P., SPINELLE L., PETIT E., BRUNET J., PAULY A., LAURON B.
Elaboration of single wall carbon nanotubes-based gas sensors: Evaluating the bundling effect on the sensor performance



BOUDET S., WITKOWSKI N., BIDERMANE I., LACAZE E., GALLAS B., YVESBORENSZTEIN M., BRUNET J., PAULY A.
Growth mode and self-organization of LuPC2 on Si(100)-2\times 1 vicinal surfaces: an optical investigation



ACTI
ROSSIGNOL J., BARROCHI G., DEFONSECA B., BRUNET J., BOUVET M., PAULY A., MARQUEY L.
Development of gas sensors by microwave transduction with phthalocyanine film



BRUNET J., PAULY A., VARENNE C., NDIAYE A., DUBOIS M.
Nanocarbonaceous filters for the achievement of highly sensitive and selective NO2 monitoring by means of phthalocyanine-based resistive sensors



BRUNET J., PAULY A., VARENNE C., NDIAYE A., DUBOIS M.
Nanocarbonaceous filters for the achievement of highly sensitive and selective NO2 monitoring by means of phthalocyanine-based resistive sensors



NDIAYE A., BONNET P., PAULY A., DUBOIS M., BRUNET J., VARENNE,K.GUERIN C., B. L.
Noncovalent functionalisation of carbon nanotubes: elaboration of gas sensor dedicated to BTX.



INV
NDIAYE A., BRUNET J., BONNET P., VARENNE C., PAULY A., B. L.
Carbon Nanotubes-based Gas Sensors for pollutants: Elaboration methods for NO2 and BTX detection.



BRUNET J., PAULY A., NDIAYE A., VARENNE C.
Original sensing devices based on phthalocyanines and nanocarbons for the monitoring of atmospheric gaseous pollution



COM
BRUNET J.
Exemples of applications of sensor-systems for urban air quality monitoring in France



BRUNET J.
Gas sensor-systems for selective pollutant monitoring



AFF
NDIAYE A., BONNET P., PAULY,M.DUBOIS A., BRUNET J., VARENNE C., GUERIN K., B. L.
Noncovalent functionalisation of carbon nanotubes: elaboration of gas sensor dedicated to toluene detection.



2011
ACL
BRUNET J., SPINELLE L., NDIAYE A., DUBOIS M., MONIER G., VARENNE C., PAULY A., LAURON B., GUERIN K., HAMWI A.
Physical and chemical characterizations of nanometric indigo layers as efficient ozone filter for gas sensor devices.



ACTI
BRUNET J., PAULY A., VARENNE C., SPINELLE L., LAURON B.
Characterization of oxidizing gas interactions on organic semiconductors and insulators surface: towards gas sensing organic heterostructures



COM
SPINELLE L., NDIAYE A., PAULY A., DUBOIS M., BRUNET J., VARENNE C., GUERIN K., LAURON B., HAMWI A.
Architectures pour capteurs de gas sélectifs: contribution à la mesure de la qualité de l'air



AFF
SPINELLE L., DUBOIS M., BRUNET J., PAULY A., NDIAYE A., GUERIN K., VARENNE C., LAURON B., HAMWI A.
Contribution to the understanding of the ozone adsorption on nanocarbons



NDIAYE A., VARENNE C., SPINELLE L., BRUNET J., BONNET P., PAULY A., LAURON B.
Dispersion route as method for the elaboration of nanotubes-based gas sensors for pollutants: adventages and disadvantages of dispersion route



NDIAYE A., VARENNE C., SPINELLE,E.TOMASELLA L., BOUSQUET A., BONNET P., BRUNET J., PAULY A., B. L.
Elaboration of Gas Sensors-based Carbon Nanotubes for pollutants: methodology, conception and evaluation.



VARENNE C., NDIAYE A., SPINELLE L., BRUNET J., PAULY A., LAURON B.
Pseudo-schottky diode: an original structure to improve the barrier height of metal/semiconductor contact and gas sensor sensitivity



SPINELLE L., BRUNET J., PAULY A., DUBOIS M., NDIAYE A., VARENNE C., GUERIN K., LAURON B., HAMWI A.
Selective ozone removal in atmosphere by carbon nanotubes



BRUNET J., SPINELLE L., NDIAYE A., PAULY A., VARENNE C., DUBOIS M., GUERIN K., BONNET P., LAURON B.
Studies and characterizations of gaseous interactions on anocarbons. Research and developement of filtering and sensing materials towards oxidizing atmospheric pollutants



2010
ACL
BRUNET J., SPINELLE L., PAULY A., DUBOIS M., GUERIN K., BOUVET M., VARENNE C., LAURON B., HAMWI A.
All-organic device with integrated chemical filter dedicated to the selective measurement of NO2 in air



LASSEUR C., BRUNET J., DE W., DIXON M., GODIA F., LEYS N., MERGEAY M., VAN D.
MELiSSA: The european project of closed life support system.



ZHANG W., SPINELLE L., DUBOIS M., GUERIN K., KHARBACHE H., MASIN F., KHARITONOV A., HAMWI A., BRUNET J., VARENNE C., PAULY A., THOMAS P., HIMMEL D., MANSOT J.
New synthesis methods for fluorinated carbon nanfibres and apllications



SPINELLE L., DUBOIS M., BRUNET J., GUERIN K., PARRA V., VARENNE C., LAURON B., BOUVET M., HAMWI A., PAULY A.
The use of nanocarbons as chemical filters for the selective detection of nitrogen dioxide and ozone



ACTI
SPINELLE L., BRUNET J., PAULY A., DUBOIS M., VARENNE C., GUERIN K., LAURON B., HAMWI A.
Phthalocyanine-based chemical gas sensors: a relevant approach to the selective metrology of oxidizing pollutants in troposphere



SPINELLE L., BRUNET J., PAULY A., DUBOIS M., VARENNE C., GUERIN K., LAURON B., HAMWI A.
Relevant chemical filters for ozone removal: nanocarbonaceous materials



SPINELLE L., BRUNET J., PAULY A., DUBOIS M., VARENNE C., GUERIN K., LAURON B., HAMWI A.
To a selective metrology of oxidizing pollutants in troposphere : chemical gas sensors + chemical gas filter



INV
BRUNET J., SPINELLE L., PAULY A., VARENNE C., LAURON B., GUERIN K., DUBOIS M., HAMWI A.
Investigations on nanostructured organic and inorganic chemical filters to reach accurate and selective NO2 monitoring by phthalocyanine-based gas sesnors



COM
SPINELLE L., DUBOIS M., BRUNET J., PAULY A., GUERIN K., VARENNE C., LAURON B., HAMWI A.
Les Nano-carbones : des filtres chimiques pour la détection sélective du dioxyde d'azote et de l'ozone



AFF
SPINELLE L., DUBOIS M., BRUNET J., PAULY A., GUERIN K., VARENNE C., LAURON B., HAMWI A.
Nanocarbons as chemical filters for the selective detection of nitrogen dioxide and ozone using organic-based microsystem



2009
ACL
VARENNE C., BRUNET J., PAULY A., LAURON B.
A comparative study of Schottky barrier height enhancement by realized pseudo-Schottky diodes on p-InP



PARRA V., BRUNET J., PAULY A., BOUVET M.
Molecular semiconductor-doped insulator (MSDI) heterojunctions: an alternative transducer for gas chemosensing



ACTI
LARBI A., PAULY A., BRUNET J.
Electronic properties of metallophthalocyanines thin films : toward a use as selective gas sensors



PARRA V., DUBOIS M., BRUNET J., GUERIN K., SPINELLE L., VARENNE C., LAURON B., BOUVET M., HAMWI A., PAULY A.
Nanocarbons: use as a chemical filter for the selective detection of nitrogne dioxide and ozone



BRE
PAULY A., DUBOIS M., BRUNET J., GUERIN K., VARENNE C., HAMWI A., LAURON B.
Utilisation de nanomateriaux de carbone en tant que materiau de filtration impermeable a l'ozone



PAULY A., DUBOIS M., BRUNET J., GUERIN K., VARENNE C., HAMWI A., LAURON B.
Utilisation de nanomateriaux de carbone en tant que materiaux de filtration impermeable a l'ozone



2008
ACL
BRUNET J., GARCIA V., PAULY A., VARENNE C., LAURON B.
An optimised gas sensor microsystem for accurate and real-time measurement of nitrogen dioxide at ppb level



VARENNE C., MAZET L., BRUNET J., WIERZBOWSKA K., PAULY A., LAURON B.
Improvement in lifetime of pseudo-Schottky diode sensor: Towards selective detection of O-3 in a gaseous mixture (O-3, NO2)



VARENNE C., BRUNET J., PAULY A., LAURON B.
Influence of electrical characteristics on the sensitivity of p-InP-based pseudo-Schottky diodes for NO2 monitoring in atmosphere



BOUVET M., PARRA V., BRUNET J., PAULY A.
Molecular Semiconductor - Doped Insulator (MSDI) heterojunction : a new transducer for gas chemosensing



PARRA V., BOUVET M., BRUNET J., RODRIGUEZMENDEZ M., E D., SAJA J.
On the effect of ammonia and wet atmospheres on the conducting properties of different lutetium bisphthalocyanine thin films



BRUNET J., PAULY A., VARENNE C., LAURON B.
On-board phthalocyanine gas sensor microsystem dedicated to the monitoring of oxidizing gases level in passenger compartments



BERRY L., BRUNET J.
Oxygen influence on the interaction mechanisms of ozone on SnO2 sensors



ACTI
DUBOIS M., PARRA V., PAULY A., VARENNE C., LAURON B., BOUVET M., GUERIN K., HAMWI A., BRUNET J.
A chemical microsystem for selective detection of air polluting gases



SPINELLE L., PAULY A., BRUNET J., DUBOIS M., GUERIN K., VARENNE C., LAURON B., HAMWI A.
Microsystèmes capteurs pour la mesure sélective de la pollution atmosphérique



PAULY A., BRUNET J., VARENNE C., LAURON B., DUBOIS M., GUERIN K., HAMWI A.
Phthalocyanine based new microsystems for gas sensing



INV
BRUNET J., PAULY A., VARENNE C., LAURON B., DUBOIS M., GUERIN K., HAMWI A.
Integrated organic filter on phthalocynine sensitive layers : away to selective all organic chemical gas sensors



BOUVET M., PARRA V., BRUNET J., PAULY A.
Molecular Semiconductor-Doped Insulator (MSDI) heterojunction : a new transducer for gas chemosensing



PAULY A., BRUNET J., VARENNE C., LAURON B., DUBOIS M., GUERIN K., HAMWI A.
Phthalocyanine based new microsystems for gas sensing



2007
ACL
MAZET L., VARENNE C., BRUNET J., WIERZBOWSKA K., PAULY A.
An original methodology dedicated to real-time detection of oxidizing gases based on pseudo-Schottky diode junction



BERRY L., BRUNET J., VARENNE C., MAZET L., PAULY A., WIERZBOWSKA K.
NO2 gas sensing studies: Impact of geometrical and physical characteristics of ohmic contacts on n-InP epitaxial sensitive layer



ACTI
PAULY A., BRUNET J., VARENNE C., LAURON B., PARRA V., BOUVET M., DUBOIS M.
A chemical microsystem for selective detection of polluting gases in vehicle compartments



INV
PAULY A., BRUNET J., VARENNE C., LAURON B., PARRA V., BOUVET M., DUBOIS M.
A chemical microsystem for selective detection of polluting gases in vehicle compartments



COM
WIERZBOWSKA K., ADAMOWICZ B., LAURON B., BIDEUX L., PAULY A., BRUNET J., VARENNE C.
Rigorous analysis of electronic properties and chemical studies of oxidizing gases sensitive n-InP epitaxial layers



AFF
PARRA V., BOUVET M., BRUNET J., LAURON B., PAULY A., VARENNE C., DUBOIS M.
An original all-organic sensor with integrated gas filtering layer for selective measurements of NO2



PAULY A., LAURON B., BRUNET J., VARENNE C., PARRA V., BOUVET M.
Sensitivity improvement of gas sensors using mixed phthalocyanine-based layers 12th Organized Molecular Films, 2-6 Juillet 2007 CRACOVIE (POLOGNE)



2006
ACL
BRUNET J., PAULY A., MAZET L., VARENNE C., BERRY L., WIERZBOWSKA K., LAURON B., BOUVET M.
Molecular semiconductors based gas sensors dedicated to selective oxidizing pollutants evaluation



PAULY A., BRUNET J., WIERZBOWSKA K., MAZET L., BERRY L., VARENNE C., LAURON B., BOUVET M.
Moleculer materials dedicated to gas sensor applications : molecular engineering, design of microsystem and urban air quality control applications



VIRICELLE J., PAULY A., MAZET L., BRUNET J., BOUVET M., VARENNE C., PIJOLAT C.
Selectivity improvement of semi-conducting gas sensors by selective filter for atmospheric pollutants detection



ACTI
PAULY A., BRUNET J., WIERZBOWSKA K., MAZET L., BERRY L., VARENNE C., LAURON B., BOUVET M.
Molecular materials dedicated to gas-sensor applications : molecular engineering, design of microsystems and urban air quality control applications.



INV
PAULY A., BRUNET J., WIERZBOWSKA K., MAZET L., BERRY L., VARENNE C., LAURON B., BOUVET M.
Molecular Engineering for micro-systems in urban air quality control applications



AFF
BRUNET J., PAULY A., MAZET L., VARENNE C., BERRY L., WIERZBOWSKA K., LAURON B., BOUVET M.
Molecular semiconductor-based gas sensors dedicated to selective oxidizing pollutants evaluation



2005
ACL
BRUNET J., PAULY A., MAZET L., GERMAIN J., BOUVET M., MALEZIEUX B.
Improvement in real time detection and selectivity of phthalocyanine gas sensors dedicated to oxidizing pollutants evaluation



ACTI
WIERZBOWSKA K., ADAMOWICZ B., MAZET L., BRUNET J., PAULY A., BIDEUX L., VARENNE C., LAURE B., GERMAIN J.
High-sensitivity NO2 sensor based on n-type InP epitaxial layers



2004
ACL
BRUNET J., GERMAIN J., PAULY A., BLANC J.
Comparisons between NO2- and O-3-sensing properties of phthalocyanines and n-InP thin films in controlled and noncontrolled atmospheres



MAZET L., VARENNE C., PAULY A., BRUNET J., GERMAIN J.
H-2, CO and high vacuum regeneration of ozone poisoned pseudo-Schottky Pd-InP based gas sensor



2001
TALAZAC L., BRUNET J., BATTUT V., BLANC J., PAULY A., GERMAIN J., PELLIER S., SOULIER C.
Air quality evaluation by monolithic InP-based resistive sensors



BRUNET J., TALAZAC L., BATTUT V., PAULY A., BLANC J., GERMAIN J., PELLIER S., SOULIER C.
Evaluation of atmospheric pollution by two semiconductor gas sensors





<-- retour à l'annuaire