Upscaled laser synthesis of copper nanoparticles in acetone to correlate the surface modification of Nd-Fe-B feedstock properties with part properties after full melting and rapid solidification
Abstract:The possibilities of nanoadditivation to achieve finer, more equiaxed grains unlock huge potential for the application field of functional materials, e.g. Nd-Fe-B magnets, where the control of the microstructure and the composition is of significant importance. The surface modification of hard magnetic microparticles by non-magnetic nanoparticles (NPs) opens a novel field of research. Here, especially Cu NPs with low amounts of oxides are of high relevance as colloidal nano-additive material. To increase the p… Show more
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