Gothenburg
SE-412 96 Goteborg
Sweden
Chalmers University of Technology
Nuclear fuel cladding, Irradiation-induced damage, Atom probe tomography, Segregation
A. Alloy, B. SEM, B. EPMA, B. STEM, C. High temperature corrosion C. Oxidation
Ferritic Stainless Steels, Oxidation, Breakaway Oxidation, Ferrite, Austenite, HT XRD
Additive manufacturing, Ni-base alloy, IN625, High-temperature oxidation, intergranular oxidation, Cr2O3 scale
Stainless steels, High temperature corrosion, Water vapor, corrosion mechanism, low oxygen activity environment, hydrogen induced corrosion
Nuclear fuel cladding, Zr alloys, Irradiation-induced damage, dislocation loops, Segregation, Atom probe tomography
Zirconium fuel cladding degradation, First-principles calculations, Hydrogen, atom probe tomography