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• W3037050923 abstract "Exchange-coupled nanocomposites are considered as the most promising materials for production of high-energy performance permanent magnets, which can exceed neodymium ones in terms of energy product. In this work, micromagnetic simulations of L10-FeNi/SmCo5 composites based on the initially anisotropic structure of nanorods array were performed. Texturing effect on magnetic properties was investigated. It was revealed that even 30 % of anisotropy axes misalignment of grains in L10-FeNi phase would lead to only 10 % drop of coercivity. To maximize magnetic properties of the composites, parameters of microstructure were optimized for 120 x 120 array of interacting nanorods and were found to be 40 nm nanorod diameter and 12-20 nm interrod distance. The estimated diameter of nanorods and the packing density of the array provide energy product values of 149 kJ m-3. Influence of interrod distance on energy product values was explored. Approaches for production of exchange-coupled composites based on anisotropic nanostructures were proposed." @default.
• W3037050923 created "2020-07-02" @default.
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• W3037050923 date "2020-07-09" @default.
• W3037050923 modified "2023-09-23" @default.
• W3037050923 title "Micromagnetic modelling of nanorods array-based L1₀-FeNi/SmCo₅ exchange-coupled composites" @default.
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• W3037050923 doi "https://doi.org/10.1088/1361-648x/ab9f52" @default.
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