Permanent magnets by nanoscale phase decomposition (A01)

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In this project, highly coercive magnets with reduced amounts of critical REEs will be developed by building on our newly discovered hardening mechanism in (Nd,Pr) Fe-B magnets based on AFM phase boundaries (e.g. 6:13:1-type), connecting with project A04, in Nd-Fe-B-based magnets. The intrinsic properties of RE-3d intermetallics determined from experiments on single crystals (with B01) will be used in micromagnetic and atomistic models of magnetic reversal mechanisms (projects A05, A06, B13). The interaction and propagation of magnetic domain walls in nanocrystalline will be correlated with topology and the energy landscape of interaction domains (projects A06, B12, B13), for understanding fine particle coercivity mechanisms with the ambition to challenge the Brown paradox.