✍ Scribed by H. Sautter; H. Gleiter; G. Bäro
No coin nor oath required. For personal study only.
📜 SIMILAR VOLUMES
The energy-misorientation relationship of grain boundaries in copper was measured by recording the rotation rate of a single crystaf sphere of copper sintered on to a flat single crystal of the same material. The results obtained suuggest that low-energy boundaries may exist at non-highcoincidence o
A coincidence model of high-angle grain boundaries can be extended to include deviations from coincidence. The generalised boundary has a terraced structure, corresponding to the densely packed planes in the coincidence lattice, and a superimposed dislocation network, corresponding to a sub-boundary
The correlation between the corrosivity and the atomic structure of grain boundaries in copper was investigated by measuring the corrosion rate of about lO.Oa, boundaries of different structures in an aqueous solution of HCI and Feel, as a function of the orientation reiationship. Ideal low energy b