Relaxation time effects in the stacking fault energy of noble metal alloys

Tisone, T. C.

doi:10.1007/bf02642047

Metall Trans

1972

DOI: 10.1007/bf02642047

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Relaxation time effects in the stacking fault energy of noble metal alloys

T. C. Tisone¹

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Cited by 11 publications

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On the temperature dependence of stacking fault energy in cubic and hexagonal silver–tin alloys

Ruff

Ives

1973

Phys. Stat. Sol. (a)

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Measurements on extended dislocation nodes and double ribbons have been made between room temperature and 500°C using transmission electron microscopy. Two low stacking fault energy (SFE) alloys with compositions near the mixed phase region were principally studied; 9 at% Sn (f.c.c.) and 11.9 at% Sn (hexagonal). The SFE in the cubic alloy increased reversibly with increasing temperature from 270 up to 500°C; a corresponding decrease in SFE was observed in the hexagonal alloy. Both alloys showed a substantial irreversible change in faulted defect size upon annealing, comparing results in as‐deformed specimens with those from material annealed above 270°C. The irreversible behavior is attributed to solute pinning of the partial dislocations. The dependence of SFE on composition throughout the f.c.c. and hexagonal phase regions is considered in light of these results.

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On the temperature dependence of stacking fault energy in cubic and hexagonal silver–tin alloys

Ruff

Ives

1973

Phys. Stat. Sol. (a)

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The investigation of metastable ζ-hcp phase in the Ag-rich f c c region of Ag-In alloys rapidly quenched from the melt

1982

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Electron microscope study of stacking fault energies in Cu-11.5 and 16.0 At. Pct Al alloys at temperatures between 20 and 700°C

1974

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Relaxation time effects in the stacking fault energy of noble metal alloys

Cited by 11 publications

References 20 publications

On the temperature dependence of stacking fault energy in cubic and hexagonal silver–tin alloys

On the temperature dependence of stacking fault energy in cubic and hexagonal silver–tin alloys

The investigation of metastable ζ-hcp phase in the Ag-rich f c c region of Ag-In alloys rapidly quenched from the melt

Electron microscope study of stacking fault energies in Cu-11.5 and 16.0 At. Pct Al alloys at temperatures between 20 and 700°C

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