Metal oxide semiconductors have wide band gaps with tailorable electrical properties and
high stability, suitable for chemiresistive gas sensors. p-Type oxide semiconductors …

Selectivity for specific analytes and high‐temperature operation are key challenges for
chemiresistive‐type gas sensors. Complementary hybrid materials, such as reduced …

Understanding the intricate relationship among the gas sensing data produced from different
ZnO morphologies is crucial for optimizing electronic nose (e-nose) performance. In the …

High-performance gas sensors are of great importance to accurately identify/detect pollutant
gases and monitor their concentrations in the environment to ensure human safety in daily …

As an advanced sensor system, electronic nose (E-nose) has been widely used in the field
of gas analysis. A novel algorithm that leverages Long Short-Term Memory Attention as a …

To achieve a highly accurate and efficient analysis of mixed gases, it is crucial to develop an
electronic nose system with high sensitivity of gas sensors and low data processing …

Miniature and low-power gas sensing elements are urgently needed for a portable
electronic nose, especially for outdoor pollution monitoring. Hereby we prepared …

We describe the use of artificial intelligence techniques in heterogeneous catalysis. This
description is intended to give readers some clues for the use of these techniques in their …