Results 211 to 220 of about 7,338 (260)

STRUCTURE OF INTERMETALLIC COMPOUNDS AND PHASES

1996
Solid state chemistry of intermetallic ...
FERRO, RICCARDO, SACCONE, ADRIANA
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Hydrides of intermetallic compounds

Applied Physics, 1981
Aspects of the progress over the recent years on hydrides of intermetallic compounds are reviewed with emphasis on structure, stability, solid-state properties, catalysis, and kinetics. Some new routes to an understanding of hydride phenomenology are indicated.
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Prediction of intermetallic compounds

Russian Chemical Reviews, 2009
The problems of predicting not yet synthesized intermetallic compounds are discussed. It is noted that the use of classical physicochemical analysis in the study of multicomponent metallic systems is faced with the complexity of presenting multidimensional phase diagrams.
Gennady S Burkhanov, N N Kiselyova
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Applications of Intermetallic Compounds

MRS Bulletin, 1996
Just what is an intermetallic compound? An intermetallic compound is a true compound of two or more metals that has a distinctive structure in which the metallic constituents are in relatively fixed abundance ratios and are usually ordered on two or more sublattices, each with its own distinct population of atoms. Often substantial or complete disorder
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On intermetallic compound Bi2Zr

Solid State Communications, 1969
Abstract The method recently proposed by us (Ziet fur Metallkunde, 1969) has been utilised to produce intermetallic compound Bi2Zr. The interdiffusion coefficient has been estimated to be of the order of 10-9 cm2/sec at 600°K and this explains the reason why this intermetallic is formed so easily.
null Arunsingh, B. Dayal
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Intermetallic Compounds and Ferrites

2009
This chapter contains sections titled: MnBi References PtMnSb Heusler Alloy References Non-Garnet Ferrites for Magneto-Optical Recording Media References The Europium Chalcogenides References ]]>
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Ductility in Intermetallic Compounds

Advanced Engineering Materials, 2003
AbstractIntermetallic compounds are comprised of two or more metallic elements, but unlike ordinary metals, they have bonding that is part metallic, part covalent, and part ionic. Because of their mixed bonding, they are often lighter, stronger, stiffer, and more corrosion‐resistant than ordinary metals, particularly at high temperatures.
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Superplasticity of Intermetallic Compounds

1992
Intermetallic compounds are superior to conventional metallic materials primarily because of their high-temperature strength parameters. The enhancement of these properties in the transition from metals to intermetallics is due to the change of the interatomic bonding as well as to a more complicated crystal structure.
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Intermetallic Compound in Mercury

Nature, 1930
ATTENTION has not previously been directed to the possibility of formation of intermetallic compounds (other than with mercury) in liquid mercury. It is expected a priori that if such compounds are formed they would be unstable. With Mr. P. V. F. Cazalet I am investigating this problem and our preliminary results are given below.
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Diffusion in Intermetallic Compounds

Materials Science Forum, 1994
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