Abstract Micro Electro Mechanical System (MEMS) gas sensors based on sputtered SnO 2
thin films have been widely studied for emitted gases and VOCs due to their advantages …

Memristor-based sensors have been investigated as innovative gas sensors owing to their
advantages, including high-response and room-temperature (RT) operation. We …

In this paper, a microwave sensor is designed and built to measure the permittivity of
aqueous solutions. The samples used in this experiment are different purities of ethanol …

In this manuscript, a simple method combining atomic layer deposition and magnetron
sputtering is developed to fabricate high‐performance Pd/SnO2 film patterns applied for …

In this paper, we propose a dataset processing method for odor recognition using neural
networks, which extracts the sensor multi-dimensional temperature information and high …

The integration of visual algorithms with infrared imaging technology has become an
effective tool for industrial gas leak detection. However, existing research has mostly …

There is a need for reliable and accurate air quality monitoring systems in order to secure
human health from the air pollutants such as nitrogen dioxide (NO. The development of low …

In the following manuscript, an original microwave sensor is planned to detect the meat's
dielectric changes, as a type of tissue. The presented sensor is created in the model of a …

Micro-hotplates have provided the possibilities of miniaturization, low power consumption,
and high integration for widespread application in MEMS sensors, such as the MEMS-based …

This study presents a novel microfabrication approach using anodic bonding and glass
thermal reflow to fabricate glass-based micro-hotplates with low power consumption owing …