Results 241 to 250 of about 80,515 (299)
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Amorphous alloy catalysis

Journal of Molecular Catalysis, 1991
Abstract The dehydrogenation of 2-propanol to acetone on Cu 61 Zr 39 alloy has been studied for the first time. The dehydrogenation reaction (flow reactor, 573 K) on as-received or pre- activated (hydrogen, 573 K, 3 h or 473 K, 16 h) alloy brings about a continuous activation of the catalyst.
Árpád Molnár   +3 more
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Amorphous metallic alloys

Uspekhi Fizicheskih Nauk, 1990
The experimental data on the structure of and the structural defects and structural relaxation in amorphous metallic alloys are reviewed. The elastic and inelastic properties of amorphous metallic alloys and the effect of disorder in the arrangement of atoms on the ferromagnetic properties of amorphous metallic alloys are also studied.
I V Zolotukhin, Yu E Kalinin
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Positron Annihilation in Amorphous Alloys

Physica Status Solidi (a), 1979
The crystallization process of the amorphous Pd0.845Si0.155, Pd0.80Si0.20, and Ni0.81P0.19 alloys is studied by positron annihilation. The following experimental facts are found. 1. In the PdSi alloy, the changes of coincidence peak counts and h-parameters with temperature are consistent with the crystallization mechanism proposed by Masumoto and ...
S. Tanigawa   +5 more
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Magnetic properties of amorphous alloys

Journal of Magnetism and Magnetic Materials, 1978
Abstract The preparation of amorphous alloys, or glassy metals, is briefly described, and the basic magnetic properties of these materials are reviewed with emphasis on the properties that are important for engineering applications.
C D Graham, T Egami
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Relaxation of Amorphous Metallic Alloys

Solid State Phenomena, 1998
Two types of relaxation processes in amorphous alloys have been investigated in metal-metalloid systems. One of them has been studied by measuring the static structure factor S(Q) in cobalt boron glass samples that have been previously isothermally treated on temperatures close to crystallization temperature.
Davidović, Milorad, Tomić, Predrag
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Diffusion mechanisms in amorphous alloys

Materials Science and Engineering, 1988
Abstract A critical analysis of experimental data shows that self-diffusion in relaxed amorphous alloys is controlled by mechanisms involving collective thermal activations. Whereas in FeZr alloys both 59Fe and 95Zr diffuse via direct mechanisms that change with the alloy composition (e.g.
W. FRANK, J. HORVÁTH, H. KRONMÜLLER
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