Alliages et multicouches AuNi épitaxiés : metastabilité et évolution sous traitement thermique

In epitaxial layers, the mechanism of stress relaxation under consideration is in general dislocations. This paper will present experimental evidences for other modes of relaxation. which may occur in some situations especially where a strong size effect or misfit is present. In fact the stress is the driving force for intermixing, twinning, and phase transformation, which are not expected to occur in the bulk. All these experimental results have been sustained by numerical simulations that will also be presented.

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Different Relaxation Modes of Epitaxial Thin Film Alloys With A Large Size Effect

Thibault

Dressler

Bayle–Guillemaud

1999

MRS Proc.

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Alliages et multicouches AuNi épitaxiés : metastabilité et évolution sous traitement thermique

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Different Relaxation Modes of Epitaxial Thin Film Alloys With A Large Size Effect

Different Relaxation Modes of Epitaxial Thin Film Alloys With A Large Size Effect

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