This review aims to present recent improvements and existing challenges in the design of
wearable sensors used in the firefighters' protective clothing. Wearable sensors are …

The effect of water vapor on Pd-loaded SnO2 sensor was investigated through the oxygen
adsorption behavior and sensing properties toward hydrogen and CO under different …

The chemiresistive sensing characteristics of metal oxide gas sensors depend closely on
ambient humidity. Herein, we report that gas sensors using Tb-doped SnO2 yolk–shell …

The chemiresistive response of metal-oxide gas sensors depends on ambient conditions.
Humidity is a strongly influential parameter and causes large deviations in signals and …

The density of oxygen vacancies in semiconductor gas sensors was often assumed to be
identical throughout the grain in the numerical discussion of the gas-sensing mechanism of …

As a main exhaust emission from vehicles, nitrogen dioxide is harmful to environment and
human health. Gas sensors with high performance for nitrogen dioxide detection is …

The gas-sensing properties and mechanism and the role of the shell thickness of structurally
well-defined SnO2/NiO heterostructures are studied. One-dimensional (1D) SnO2/NiO core …

The response of nickel oxide gas sensors towards CO and H 2 and the underlying gas
sensing mechanisms were investigated with special focus on the influence of ambient …

A room temperature sub-ppm H 2 S sensor based on RF sputtered SnO 2: NiO thin film has
been demonstrated. For this, SnO 2 thin films have been modified with ultrathin layers (30 …

Tin oxide (SnO 2) is widely used in metal-oxide-semiconductor for gas-sensing materials
due to its unique physical and chemical properties. The grain size is one of the major …