Nanomaterials for sensoristic applications

18 SEPTEMBER 09:00 - 10:30

TT.IX - Technical Multi-Track with Parallel SYMPOSIA
Nanomaterials for sensoristic applications
Co-organized with Sapienza University of Rome Chair: Gianluca FERRARIO, University of Birmingham
Nanomaterials are nowadays recognized as highly convenient in the field of sensing. Actually, they normally exhibit features different from the corresponding bulk materials, showing enhanced sensitivity and specificity towards defined analytes. Moreover, by exploiting thin film technology it is possible to obtain easy to use, portable and flexible devices. Considering also the rapid development of single molecule characterization and detection techniques, it is clear that nanosensors and nano-enabled sensors are particularly promising for a variety of health, safety, and environmental assessments. The symposium will focus of synthesis and characterization of nanostructured materials with defined sensing properties. Moreover, the possibility of integration and the features of final devices will be described.

TT.IX.B.1	Sergey DUBKOV - CV MIET University, Russia Mono and bimetallic nanoparticles in sensor and catalysis devices
TT.IX.B.2	Simona FIORAVANTI - CV CNR-IMM, Roma Design Elements and Prototypes of Metal Oxide Based Gas Sensors
TT.IX.B.3	Erica CIOTTA - CV CNR-IMM, Roma Synthesis of substrates for SERS sensors with DE-LIL (Double Exposition Laser Interference Lithography) technique
TT.IX.B.4	Valentina PAOLUCCI - CV University of L'Aquila Near-room temperature NO2 and H2 gas sensors based on self-assembled 2D -SnO2/SnSe2 few-layered heterostructure
TT.IX.B.5	Mariam HASSAN - CV CNR-ISM, Roma Efficient transfer of large-area perpendicularly magnetized magneto-resistive structures on flexible substrates using a versatile Au-mediated transfer-andbonding strategy
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