Research
Palladium nanoparticle grain boundaries enable hydrogen sensing in hot, humid air
Nanowerk ·
The Brief
- Grain boundaries in palladium nanoparticles promote hydride formation, according to the source.
- The approach enables hydrogen detection without a heater.
- The reported detection works at 80 C and 90% humidity.
Why it matters
Hydrogen sensors that work in hot, humid air without a heater could make hydrogen systems safer to monitor in real conditions.
Who’s affected
- hydrogen safety engineers
- sensor developers and researchers
- #palladium
- #hydrogen sensing
- #nanoparticles
- #grain boundaries
- #hydrogen safety
Grain boundaries in palladium nanoparticles promote hydride formation, enabling heater-free hydrogen detection at 80 C and 90% humidity for safer hydrogen systems.
Timeline
Nanowerk reports palladium nanoparticle grain boundaries enabling hydrogen sensing in hot, humid air
Nanowerk Nanotechnology and Emerging Technologies News
Palladium nanoparticle grain boundaries enable hydrogen sensing in hot, humid air