Die direkte Messung von Stapelfehlerenergien

R. Siems; Pierre Delavignette; Severin Amelinckx

Die direkte Messung von Stapelfehlerenergien

R. Siems, Pierre Delavignette, Severin Amelinckx

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Abstract

Different methods for determining stacking fault energies from dislocation configurations observed in the electron microscope are discussed. Configurations discussed are simple, threefold, and fourfold ribbons, arrays of many parallel ribbons, and dislocation nodes. The latter are treated taking the mutual interaction of the partials approximately into account. Results are given for measurements in graphite, MoS_2,AIN, and talc.

Original language	English
Publisher	SCK CEN
Number of pages	36
State	Published - Jul 1961

Publication series

Name	SCK CEN Reports
Publisher	SCK CEN
No.	BLG-84

Cite this

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abstract = "Different methods for determining stacking fault energies from dislocation configurations observed in the electron microscope are discussed. Configurations discussed are simple, threefold, and fourfold ribbons, arrays of many parallel ribbons, and dislocation nodes. The latter are treated taking the mutual interaction of the partials approximately into account. Results are given for measurements in graphite, MoS2, AIN, and talc.",

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AB - Different methods for determining stacking fault energies from dislocation configurations observed in the electron microscope are discussed. Configurations discussed are simple, threefold, and fourfold ribbons, arrays of many parallel ribbons, and dislocation nodes. The latter are treated taking the mutual interaction of the partials approximately into account. Results are given for measurements in graphite, MoS2, AIN, and talc.

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