Titlebook: Science and Technology of the Undercooled Melt; Rapid Solidification P. R. Sahm,H. Jones,C. M. Adam Book 1986 Martinus Nijhoff Publishers,

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Thermodynamics in Rapid Solidification and crystallization processes. In this context, the thermodynamic properties of supercooled melts are discussed. Possibilities for calculating the Gibbs free energy of metastable melts are indicated, the association model being discussed in particular. Finally, the glass forming ability of liquid a

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Magnetic And Superconducting Materialsf chemical composition and atomic arrangement. Among the novel magnetic or superconducting properties of these new materials, some are clearly related to composition, others are directly connected to structure; while in some cases, the predominant effect (structure or alloying) is not clearly identi

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Continuous Products in Rapid Solidificationand to quantify the effects of process variables on ribbon geometry and as-quenched microstrueture mathematical models have been formulated. Because ribbon formation is a complex process it is difficult to give an accurate (mathematical) description. Therefore empirical correlations have been establ

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The Compaction of Rapidly Solidified Materialsnisms are cold welding and mechanical interlocking of particle surfaces. The first requires plastic flew in order to break the surface oxide, the second depends on irregular surface geometry. Hard, smooth particles do not usually permit the action of either of these mechanisms; after compaction, the

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Rapid Solidification Technology: The Potential for Innovative Alloy Properties industrial applications. A variety of industrial techniques have been developed for producing rapidly solidified alloys, all of which produce alloy material of dimensions 10–100 μm. In many alloy systems solidification commences in a strongly undercooled metallic droplet or film and the surrounding

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Engineering Properties and Applications of Rapidly Solidified Materialsts were large enough to generate useful data from which potential applications become almost self-evident..Particular emphasis was placed on a fairly wide range of aluminium alloys, with particular interest in lithium-containing alloys for reasons of density and specific properties such as modulus a