ppb-level SO2 gas sensors for use at room temperature were fabricated using an in situ one-
pot polyol method combined with metal organic decomposition (MOD) of nanocomposite …

One-pot polyol process was combined with the metal organic decomposition (MOD) method
to fabricate a room-temperature NO 2 gas sensor based on tungsten oxide and reduced …

Polyol process was combined with metal organic decomposition (MOD) method to fabricate
a room-temperature NO2 gas sensor based on a tungsten oxide (WO3) film and another a …

Metal oxide/graphene nanocomposites are emerging as promising materials for developing
room-temperature gas sensors. However, the unsatisfactory performances owing to the …

We report the room-temperature synthesis of CuO/reduced graphene oxide (CuO/rGO)
nanohybrids via a one-pot solution process, in which the reduction of GO and the formation …

To verify the effect of oxygen vacancy on gas sensitivity, we have systematically investigated
the gas-sensing performance of copper oxide/substoichiometric tungsten oxide (CuO/WO3 …

Volatile organic compounds (VOCs) in indoor environments have typical features of multiple
components, high concentration, and long duration. The development of gas sensors with …

Gas sensors with high performance and low energy consumption are necessary for system
integration in the environment monitoring of explosives. High-performance room …

An attempt has been made in the present work to develop a hybrid nanocomposite sensor
by exploiting the novel properties of Tin oxide (SnO 2), MWCNTs (Carbon nanotubes) and …

Nowadays, metal oxide semiconductors (MOS)-reduced graphene oxide (rGO)
nanocomposites have attracted significant research attention for gas sensing applications …