mots-cles - Microelectronics & Microsensors

 

Mots-clés

Synthesis Organic electronics Capteurs Organic field effect transistors PECVD CMOS compatible Nanowires Bridged cyclo-oligophenylenes Green electronics Silicon Microelectronics Chemical detection Density of states Μ-Si doped Polycrystalline silicon Couches minces Silicium Sensors Thin films Chemical sensor Micro-résonateurs Deep UV210 polymer Inkjet printing ICP-CVD Electrodes Biocapteur Flexible substrate Polysilicon Organic semiconductors Chemical sensors Threshold voltage Gold Electrical detection Cluster compounds Ellipsometric analyses Thin Film Transistors Polymer Charge transport Doping Gas sensor Microcrystalline silicon Silicon nanowires Surface resonant signal processing Low temperature electronics Flexible electronics Copper Fibres optiques Temperature Rheology Basse température Deep UV polymer Heterojunction In-situ doping Carbon nanotubes Diazonium salts Infrared Photonics Silicium microcristallin Thin film transistors Organic semiconductor Integrated photonics Titanium nitride Amorphous materials Density of states DOS Electrical stability Crystallinity Access resistance Gel/fluid phase transition Deformation Electrical performance LPCVD Fibre Host materials 3D electronics Polymers Resistor Photoluminescence Fatty acid Microfluidique Chalcogenide Field effect transistors CMOS integrated circuits Functionalization Active layer Biology Low temperatures Micro-resonators Nanohoops Integrated optics Optical characterizations Bacteria detection Sensitivity Biosensor Logic gates Photonique intégrée Soft matter Fonctionnalisation de surface Integrated photonics and resonators Nanofils de silicium Low temperature