Abstract
This work deals with the effect of tensile pre-strain on the electrical resistivity changes of high purity aluminium samples during torsional deformation at room temperature. It was found that as the amount of tensile pre-strain was increased, the percent rise in resistivity decreases. This behaviour was explained in terms of the formation of jogged dislocations, and decreased density of lattice vacancies.
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Hassan G. A., Hammad F. H.: Phys. Status Solidia 37 (1976) K 209.
Soliman M. R., Hammad F. H., Hassan G. A.: Acta Physica (Hung.)30 (1971) 399.
Soliman M. R., Hassan G. A., Hammad F. H.: J. Inst. Metals TN99 (1971) 134.
Hammad F. H., Hassan G. A., Soliman M. R.: Aluminium (Düsseldorf)4 (1973) 275.
Cottrell A. H., Paxton H. W.: Acta Metall.2 (1954) 3.
Bueren Van H. G.: Philips Res. Rep.12 (1970), 190.
Hassan G. A.: Ph. D. Thesis. Cairo University 1974.
Swanson M. L.: Can. J. Phys.42 (1964) 1890.
Birnbann H. K.: Appl. Phys.34 (1963) 2175.
Vandervoort R., Washburn J.: Phil. Mag.5 (1960) 24.
Holt D. B.: Acta Metall.7 (1959) 446.
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Hassan, G.A. The effect of prior tensile strain on resistivity of torsionally deformed aluminium at room temperature. Czech J Phys 38, 677–679 (1988). https://doi.org/10.1007/BF01605970
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DOI: https://doi.org/10.1007/BF01605970