Structural changes in amorphous Fe83B17 by neutron irradiation

The effect of irradiation on the atomic structure of a Cu,,Ti,, metallic glass is investigated by X-ray diffraction. The irradiation is seen to produce significant changes in the structure factor S(Q) of this glass, and the changes observed are quite opposite t o those caused by low-temperature annealing. Changes are also observed in the reduced radial distribution function G(r). All these changes are finally discussed in conjunction with the topological short range ordering (TSRO) and chemical short range ordering (CSRO) of the metallic glass.Bestrahlungseffekte infolge Rontgenbeugung auf die atomare Struktur von metallischen Cu,,Ti,- Glas werden untersucht. Die Bestrahlung ruft signifikante Anderungen des Strukturfaktors S(Q)dieses Glases hervor und die beobachteten h d e r u n g e n stehen im volligen Gegensatz zu denen der Niedertemperaturausheilung. Anderungen werden auch fur die reduzierte radiale Verteilungsfunktion G(r) beobachtet. Alle diese Anderungen werden im Zusammenhang mit der topologischen Kahordnung (TSRO) und der chemischen Nahordnung (CSRO) der Metallglaser diskutiert.

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The Effect of Neutron Irradiation on the Stability of CuTi Amorphous Alloys

Sha

Zhang

et al. 1991

Phys. Stat. Sol. (a)

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Structural changes in amorphous Fe83B17 by neutron irradiation

Cited by 4 publications

References 7 publications

RDF Analysis of Structural Evolution during the Primary Crystallization of the Fe83B17 Glassy Alloy

RDF Analysis of Structural Evolution during the Primary Crystallization of the Fe83B17 Glassy Alloy

An investigation of fast neutron irradiation effects on the structure of Cu50Ti50 metallic glass

The Effect of Neutron Irradiation on the Stability of CuTi Amorphous Alloys

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