Research papers and literature
- Karl Popper and hydrogen
- Mitigating hydrogen attack
- High-temperature hydrogen attack on steel
- Prevention of hydrogen embrittlement
- Hydrogen-resistant steel, part 1
- Hydrogen-resistant steel, part 2
- Hydrogen in nanostructures
- Percolation of hydrogen
- Hydrogen in Al-rich TWIP steel
- M4C3 precipitation in Fe-C-Mo-V steels and relationship to hydrogen trapping
- Hydrogen in TRIP steel
- Hydrogen in TWIP steel
- Surface hydrogen
- Theory for hydrogen
- Aluminium and hydrogen in TWIP steel
- Thesis on hydrogen desorption
- Hydrogen trapped in cracks
- Hydrogen infusion into nanostructured bainite
- In situ observations of hydrogen cracking
- Real-time monitoring of hydrogen penetration into steel
- Black oxide and hydrogen
Video presentations and experimental media
A 1950s movie from Delft University showing hydrogen bubbles emerging from steel, at defects and other locations. The technique is used widely to measure diffusible hydrogen by collecting the bubbles, originally under mercury.
