Metallic Glasses: Production, Properties and ApplicationsT. R. Anantharaman Rapidly Solidified Metals constitute today a rapidly multiplying species of metallic materials with excellent combinations of properties that make them attractive alternatives and often serious competitors to conventional alloys in diverse industrial applications. |
Contents
Formation and Production P Ramachandrarao | 31 |
Atomic Arrangements S Lele | 65 |
Mössbauer Studies A K Bhatnagar R Jagannathan | 89 |
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Acta Metallurgica amorphous alloys amorphous metals amorphous phase angular correlation annealing application Applied Physics as-quenched atoms behaviour blistering composition concentration Conference on Rapidly cooling rates core corrosion resistance crystalline alloys crystalline phase crystallisation crystallisation temperature Curie temperature curves decrease density diffusion distribution Doppler broadening dose ductility Edited by T.Masumoto effect electrical resistivity electron eutectic exhibit ferromagnetic Fourth International Conference fracture free volume glass formation glass transition temperature H.S.Chen increase Institute of Metals irradiation Japan Institute Journal of Applied Journal of Non-Crystalline liquid magnetic properties magnetisation Materials Science measurements melt metallic glasses metalloid Metglas Mössbauer spectroscopy neutron Non-Crystalline Solids Nuclear observed parameters Physical Review positron annihilation positron lifetime positron trapping produced rapid solidification Rapidly Quenched Metals ribbon room temperature samples saturation Scripta Metallurgica Sendai shear stress structural relaxation structure factor studies superconducting surface T.Masumoto & K.Suzuki technique tensile thermal transformation transition metals