As the interest of personal environment and health monitoring increases, various types of
gas sensors are actively researched. Traditional micro-heater based gas sensors have been …

Electrodeposition and electropolymerization have emerged as versatile tools for the
fabrication of chemical and biosensors. The literature in this area, published since 2017, is …

This study addresses the concerns regarding the cross-sensitivity of metal oxide sensors by
building an array of sensors and subsequently utilizing machine earning techniques to …

Environmental deterioration and limited resources of hydrocarbons push the development of
alternative power sources. One of the most promising energy carriers is hydrogen. However …

Toxic and flammable gases pose a major safety risk in industrial settings; thus, their portable
sensing is desired, which requires sensors with fast response, low‐power consumption, and …

Catalytic combustion-type gas sensors are widely used in industry and everyday life for
detecting flammable gases. However, high power consumption is one of the main …

Hydrogen sensors able to perform measurements in real time in anaerobic environment
such as natural gas (NG) will greatly help the development of power to gas technology. For …

The development of hydrogen (H2) gas sensors is essential for the safe and efficient
adoption of H2 gas as a clean, renewable energy source in the challenges against climate …

Microheaters with long-term stability are crucial for the development of a variety of
microelectronic devices operated at high temperatures. Structured Ta/Pt bilayers, in which …

The research demonstrates for the first time the high selectivity of catalytic hydrogen sensors
to other hydrocarbons (methane, propane, hexane, butane, ethane, and ethylene) at a …