Microstructural evolution of combusted iron oxide powder during hydrogen-based reductionChoisez, Laurine;Hemke, Kira;Ma, Yan;Raabe, Dierk;Özgün, Özge(2022) 1st workshop on metal-enabled cycle of renewable energy — Location: Eindhoven (31.October.2022)
FilesNo attached file found for this publication.DetailsAuthorsChoisez, LaurineUCLouvainAuthorHemke, KiraMax Planck Institute for Iron ResearchCollaboratorMa, YanMax Planck Institute for Iron ResearchCollaboratorRaabe, DierkMax Planck Institute for Iron ResearchCollaboratorÖzgün, ÖzgeMax Planck Institute for Iron ResearchCollaboratorAffiliationsUCLouvainSST/IMMC/IMAP - Materials and process engineeringShow moreCitations APA Chicago FWB Choisez, L. (2022). Microstructural evolution of combusted iron oxide powder during hydrogen-based reduction. 1st workshop on metal-enabled cycle of renewable energy, Eindhoven. https://hdl.handle.net/2078.5/238520