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Wireless gas sensor based on monolayer Ti3C2Tx-modified GaN/CuO heterostructures for ultrafast and trace detection of NO2 gas

Haineng Bai, Cheng Feng, Rui Guo, Yiru Chen, Wenfeng Yuan, Yunxiao Du, Yamin Feng, Weifeng Liu, Kuili Liu, Fuqiang Guo, Jin Wang, Dunjun Chen, Rong Zhang

2025Chemical Engineering Journal28 citationsDOI

Topics & Concepts

HeterojunctionMaterials scienceDetection limitOptoelectronicsMonolayerCapacitanceFermi gasResponse timeWearable computerWirelessSelectivityCathodeWireless sensor networkTracking (education)NanotechnologySheet resistanceGaseous diffusionLinearityTrace gasDepletion regionElectronElectrical resistance and conductanceElectronic engineeringElectrochemical gas sensorAnalytical Chemistry (journal)Internet of ThingsPillarUltrashort pulseSputteringGas Sensing Nanomaterials and SensorsMXene and MAX Phase Materials2D Materials and Applications
Wireless gas sensor based on monolayer Ti3C2Tx-modified GaN/CuO heterostructures for ultrafast and trace detection of NO2 gas | Litcius