File:NiCross-slip.pdf

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Revision as of 23:42, 11 November 2014 by Wpkuykendall (talk | contribs) (The energy barrier for homogeneous dislocation cross-slip for fcc nikel is calculated using atomistic simulations for a variety of stress configurations. The Friedel-Escaig and Fleischer mechanisms of dislocation cross-slip are investigated. The data is)
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NiCross-slip.pdf(file size: 1.52 MB, MIME type: application/pdf)

The energy barrier for homogeneous dislocation cross-slip for fcc nikel is calculated using atomistic simulations for a variety of stress configurations. The Friedel-Escaig and Fleischer mechanisms of dislocation cross-slip are investigated. The data is fit to simple one-dimensional functions.

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current23:42, 11 November 2014 (1.52 MB)Wpkuykendall (talk | contribs)The energy barrier for homogeneous dislocation cross-slip for fcc nikel is calculated using atomistic simulations for a variety of stress configurations. The Friedel-Escaig and Fleischer mechanisms of dislocation cross-slip are investigated. The data is

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