High-performance H2S sensors exhibit notable sensitivity enhancements due to synergistic effects of a-site deficiency and mn doping.
The integration of these modifications in LaFeO3 leads to superior detection capabilities at lower concentrations of hydrogen sulfide.
This observational analysis utilized various techniques to evaluate the properties of the modified LaFeO3, highlighting semiconducting behavior and response.
The findings may enable the development of more efficient sensors, which could have crucial implications for environmental monitoring.