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The effect of thickness on the distribution of dislocations in cold-rolled aluminium
Philosophical Magazine 10 (108):937-948 (1964)
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Citations of this work
Dislocation rearrangement in fatigue-hardened aluminium during preparation for transmission electron microscopy.J. C. Grosskreutz & G. G. Shaw - 1964 - Philosophical Magazine 10 (108):961-968.
Systematic errors in dislocation densities measured by thin film electron microscopy.C. T. B. Foxon & J. G. Rider - 1966 - Philosophical Magazine 14 (127):185-187.
The effect of neutron irradiation on the loss and rearrangement of dislocations in thin foils of fatigue-hardened copper‡.J. R. Hancock - 1968 - Philosophical Magazine 18 (156):1235-1243.
Dislocation multiplication, vacancy accumulation, and the onset of jerky flow during forward and reverse 1 strain in Cu-3.2 at. % Sn. [REVIEW]R. K. Ham & D. Jaffrey - 1967 - Philosophical Magazine 15 (134):247-256.
References found in this work
The dislocation distribution, flow stress, and stored energy in cold-worked polycrystalline silver.J. E. Bailey & P. B. Hirsch - 1960 - Philosophical Magazine 5 (53):485-497.
The electrical resistivity of dislocations.Z. S. Basinski, J. S. Dugdale & A. Howie - 1963 - Philosophical Magazine 8 (96):1989-1997.
On the loss of dislocations during the preparation of a thin film.R. K. Ham - 1962 - Philosophical Magazine 7 (79):1177-1182.
Dislocation rearrangement in fatigue-hardened aluminium during preparation for transmission electron microscopy.J. C. Grosskreutz & G. G. Shaw - 1964 - Philosophical Magazine 10 (108):961-968.
Nuclear magnetic resonance, stored energy, and the density of dislocations in deformed aluminium.E. A. Faulkner & R. K. Ham - 1962 - Philosophical Magazine 7 (74):279-284.
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