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Titlebook: Elements of Rapid Solidification; Fundamentals and App Monde A. Otooni Book 1998 Springer-Verlag Berlin Heidelberg 1998 Beryllium.chromium.

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https://doi.org/10.1007/978-3-319-54925-5 glass-forming ability. . [4.8]considered the relations between diffusion and diffusion-controlled amorphization processes. . [4.9]emphasized that the diffusivity of metals and metalloids in glasses scales with the glass transition temperature. . and . [4.10]studied the relations between viscosity a
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Structure and Characterization of Rapidly Solidified Alloys,ocal structural fluctuations and its associated local structural parameters [3.6–7]. By application of this concept, a method for calculating the energy of the system has been made. In this methodology the principles of elastic approximation have been described in terms of the local atomic-level str
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Atomic Transport and Relaxation in Rapidly Solidified Alloys, glass-forming ability. . [4.8]considered the relations between diffusion and diffusion-controlled amorphization processes. . [4.9]emphasized that the diffusivity of metals and metalloids in glasses scales with the glass transition temperature. . and . [4.10]studied the relations between viscosity a
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Mechanical Properties and Behaviour, way to more homogeneous time-dependent flow at high temperatures, allowing hot forming to be carried out with or without inducing crystallization. The corresponding microcrystalline products of rapid solidification can also exhibit ultrahigh strengths and durability because of combinations of very
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