The synthesis, electrical and sensing properties of 7,8-diazabenzo[ghi] perylene (DABP) mixed with multi-walled carbon nanotubes (MWCNTs) have been reported. DABP was synthesized through a photochemical reaction approach and resulted suitable for solution processing, allowing the easy deposition of films on the sensor substrate. Thin films of DABP/MWCNTs composites have shown an electrical behavior depending on the carbon nanotubes loading. Sensing properties of resistive devices fabricated using DABP/MWCNTs semiconducting composites have revealed a high and fast response to relative humidity and vapor of protonated organic solvents.

A novel organic/MWCNTs semiconductor composite for resistive gas sensors

DONATO, Nicola;LATINO, MARIANGELA;BONAVITA, ANNA;RIZZO, Giuseppe;NERI, Giovanni
2011

Abstract

The synthesis, electrical and sensing properties of 7,8-diazabenzo[ghi] perylene (DABP) mixed with multi-walled carbon nanotubes (MWCNTs) have been reported. DABP was synthesized through a photochemical reaction approach and resulted suitable for solution processing, allowing the easy deposition of films on the sensor substrate. Thin films of DABP/MWCNTs composites have shown an electrical behavior depending on the carbon nanotubes loading. Sensing properties of resistive devices fabricated using DABP/MWCNTs semiconducting composites have revealed a high and fast response to relative humidity and vapor of protonated organic solvents.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11570/1917200
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