Titlebook: High-Entropy Alloys; Fundamentals and App Michael C. Gao,Jien-Wei Yeh,Yong Zhang Book 2016 Springer International Publishing Switzerland 20

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Design of High-Entropy Alloys,ve guidelines has hindered their discovery. As a result, to date the total number of single-phase HEAs is still very limited. This chapter overviews five major methodologies that may assist in HEA design, including CALPHAD modeling, experimental phase diagrams inspection, empirical parameters criter

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High-Entropy Coatings,ion enhancement and decorative purposes. In addition, various HEA nitride coatings based on HEAs can be easily deposited using reactive coating technology by allowing the atoms or ions from the targets to react with N.-containing Ar flow during deposition. Similarly, HEA carbides, oxides, and carbon

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Potential Applications and Prospects,n HEAs, other special materials, such as high-entropy (HE) superalloys, HE refractory alloys, HE bulk metallic glasses, HE carbides, HE nitrides, and HE oxides, have also been developed. All these materials have promising potential applications, e.g., in fabricating machine components, dies and mold

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Jien-Wei Yehly specified by the position of its joints, and the size and orientation of its links (Craig, 1989; Sciavicco and Siciliano, 2000). Kinematic models are usually derived analytically by a robot engineer and thus rely heavily on prior knowledge about the geometry of the robot. When such a model is app

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Yong Zhang,Sheng Guo,C. T. Liu,Xiao Yangntation of distributed systems based on workstation computers, various communicational, organizational and social issues gain increasing importance in the construct ion of computer based information systems. There is an urgent need to integrate end-users and other affected groups into the developmen

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