Boosting NO sensing performance of CuO by Li-Doping: Synergistic regulation of oxygen vacancies and microstructure | Synapse
March 3, 2026
Boosting NO sensing performance of CuO by Li-Doping: Synergistic regulation of oxygen vacancies and microstructure
Key Points
NO sensing performance increases with lithium doping—particularly due to enhanced oxygen vacancies and optimized microstructure.
The introduction of lithium modifies both the electronic properties and the surface characteristics of CuO, leading to superior sensor responses.
Analysis employed various characterization techniques to evaluate the impact of lithium on the microstructure and NO sensing capabilities of CuO materials.
These findings may enable the development of high-performance NO sensors for environmental monitoring and gas detection applications.