GaN NPs modified radial porous ZnO microspheres for low-temperature and high-efficiency detection of triethylamine

Key Points

• Low-temperature detection of triethylamine is achieved using GaN NPs modified ZnO microspheres, which shows promise for efficient sensing applications.
• Detection efficiency was notably improved at lower temperatures, demonstrating a significant enhancement in sensitivity compared to traditional methods.
• The approach undertaken involves modifying ZnO microspheres with GaN nanoparticles to create a radial porous structure designed for gas detection.
• This work supports the potential for advanced detection systems in environmental monitoring and industrial applications, necessitating further exploration.