The present TEM study on deformed copper single crystals had several objectives. In a first
step, the line tensions of near-edge and near-screw dislocations were determined directly by …

Copper single-crystals were wire drawn far into stage III and into the onset of stage IV. TEM
investigations revealed the well known dislocation cell structure. High resolution X-ray …

This work is part of a continuing effort to develop a unified picture of the role of geometrically
necessary dislocations (GNDs) in the evolution of the dislocation distribution of …

Previous studies on the strain rate sensitivity of the stress for copper single crystals and
polycrystals generally agree in defining a limiting value~= 103 s 1 between the static and the …

A two-parameter model of heterogeneous dislocation distributions (cell structures) in
deformed metals has been developed. The model permits a description of the effective …

Tapered copper single crystals oriented for single slip are deformed plastically at room
temperature and at 77 K. TEM investigations at resolved shear stress levels of 20, 30, and …

Long-range internal stresses in dislocation cell and subgrain structures were investigated
experimentally. The transition of the dislocation structure from cells to subgrains was …

The development of dislocation structure along the stress strain curve in stage I and the
beginning of stage II of Cu single-crystals was followed up by means of etch pits. The …

To determine the amount and type of secondary slip, the full deformation matrix was
calculated from current orientation and shape measurements at successive strain intervals …

Changes in the dislocation density fluctuations during plastic deformation - ScienceDirect Skip
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