Sensing: Xylene Research

Room-temperature xylene sensors built from vanadium- and cerium-oxide nanostructures made by spray pyrolysis and solution routes.

- Sensing: Gas and Vapor Research
V2O5 Nanofibers: Potential Contestant for High Performance Xylene Sensor
Higher precursor concentration turns spray-pyrolysis V2O5 into interconnected, flower-like nanofibers that give the strongest, most selective room-temperature xylene response among eight tested vapors.
- Sensing: Gas and Vapor Research
Nano Ceria as Xylene Sensor: Role of Cerium Precursor
Aug 31, 2026
Precursor chemistry alone tunes spray-pyrolysis CeO2 sensing performance: the acetate-derived film forms nanosheets and gives the fastest, strongest room-temperature xylene response.