Rapidly Solidified Amorphous and Crystalline Alloys: Proceedings of the Materials Research Society Annual Meeting, November 1981, Boston Park Plaza Hotel, Boston, Massachusetts, U.S.A. |
Contents
THE THERMODYNAMICS OF THE GLASS TRANSITION | 3 |
GROWTH KINETIC LIMITATIONS DURING RAPID SOLIDIFICATION | 15 |
OSTWALD RIPENING IN TWO PHASE MIXTURES WITH | 33 |
Copyright | |
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ALLOYS B.H. Kear aluminum alloys AMORPHOUS AND CRYSTALLINE amorphous metals annealing atoms austenite B. H. Kear B.C. Giessen calculated carbide cell cellular coarsening coefficient coercive force Cohen composition cooling rate CRYSTALLINE ALLOYS B.H. crystallization curves decrease dendritic density diameter diffraction diffusion droplet ductility effect electron beam energy eutectic experimental ferrite Figure hardness heat treatment hydrogen increase interface Kear kinetics laser layer liquid magnetic martensite material matrix Mehrabian melt spinning melt zone metallic glasses metalloid metastable micrograph microstructure nickel nucleation observed parameters particles phase Phys powders precipitation produced properties quench rate range rapid solidification Rapid Solidification Processing Rapidly Quenched Metals RAPIDLY SOLIDIFIED AMORPHOUS reaction region ribbon thickness samples Sendust shear shown in Fig shows solid solution solubility specimen stability steel structure substrate superalloys temperature thermal tion Trans transformation transition transmission electron microscopy undercooling values volume fraction wear x-ray x-ray diffraction