While numerous types of gas sensors have been developed for various industries and
applications such as the automotive industry, environmental monitoring, and personal …

The rapid expansion and development of industrial sectors and corridors pose a significant
threat to the world today owing to the deteriorating air quality resulting from the release of …

As a typical n-type semiconductor, MoO3 has been widely applied in the gas-detection field
due to its competitive physicochemical properties and ecofriendly characteristics. Volatile …

With the development of urban industry and technology, environmental issues have raised
increasing concerns toward gas monitoring. Flexible, portable, and low-cost sensors for …

In this study, we prepared a non-enzymatic potentiometric ascorbic acid sensor based on
molybdenum oxide (MoO 3) and copper nanoparticles (CuNPs). Also, we prepared a …

The article reports the temperature-dependent selective detection property of plate-like
tungsten oxide (WO3) toward toluene and isopropanol. A low-temperature hydrothermal …

Clean energy production using earth abundant electrocatalysts is still a complicated task to
the researchers. In this study, we synthesized a rational and efficient MoO 3 nanorod …

Although the relative response of metal oxide chemiresistive gas sensors has been greatly
improved by using their nanostructures as sensing units, it remains challenging to recognize …

The high concentration of ethanol vapors can be a biomarker for fatty liver diseases and
severely damage the nervous system. Naphthalene diimide (NDI) has been regarded as n …

Detection of toxic gases using metal oxides has been on anvil for long. Amongst these metal
oxides, molybdenum trioxide (MoO3) shows good selectivity, recovery and sensitivity, as …