Titlebook: Structure and Properties of High-Entropy Alloys; V. E. Gromov,S. V. Konovalov,K. A. Osintsev Book 2021 The Editor(s) (if applicable) and T

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https://doi.org/10.1007/978-3-030-78364-8AlCoCrFeNi; equimolar alloys; HEA stability; HEA coatings deposition; HEAs additive production; Phase fo

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Prospects of High-Entropy Alloys Application, low coefficient of friction, wear resistance, an optimal ratio of strength and ductility), corrosion-resistant materials, in the aerospace industry (low density) and as materials for storing hydrogen. The Research is supported by the Russian Scientific Foundation (project No. 20-19-00452).

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Methods of Manufacturing the High-Entropy Alloys,facturing of powders and corresponding powder metallurgy, casting techniques, coatings deposition and additive manufacturing methods of the high-entropy alloys. All of the mentioned methods are described in detail, both disadvantages and advantages are given. Technologies are ranged by the quantity

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Prospects of High-Entropy Alloys Application, such as nuclear power industry, as they have high resistance to radiation, as refractory (due to high strength at elevated temperatures and resistance to oxidation), soft magnetic materials (exhibit superparamagnetic, ferromagnetic properties), as well as materials used in the tool industry (have a