Abstract
The general theory given previously is applied to copper single crystals containing various kinds of point defects. The matrix elements of the scattering potential with Wannier functions, which determine the transition probability, are chosen such as to satisfy the charge neutrality condition (Friedel's sum rule) and to give a prescribed electrical resistivity in zero magnetic field. Numerical calculations are carried out for the Fermi surface due toShoenberg andRoaf. The computed Kohler and rotation diagrams for magnetoresistivity, transverse-even effect, and Hall effect at low temperatures are in satisfactory agreement with measurements. The influence of different anisotropic scattering mechanisms and of the anisotropic Fermi surface is discussed in terms of the Kohler diagrams and rotation diagrams.
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References
Seeger, A., E. Mann, andK. Clausecker: Phys. status solidi24, 721 (1967).
——: In: Calculations of the Properties of Vacancies and Interstitials, p. 75. National Bureau of Standards, Miscellaneous Publication 287, Washington D. C. 1967.
Roaf, D. J.: Phil. Trans. Roy. Soc. (London)A 255, 135 (1962/63).
Mann, E., A. Seeger, andG. Thierer: Z. Phys.193, 295 (1966).
Jones, M. C., andE. H. Sondheimer: Phys. Rev.155, 567 (1967).
Kohn, W.: Phys. Rev.115, 809 (1959).
Blount, E. I.: Solid State Physics13, 305 (1962).
Bulyanitsa, D. S., andYu. E. Svetlov: Soviet Physics — Solid State4, 981 (1962).
Cloizeaux, J. des: Phys. Rev.135, A 685, A 698 (1962).
Lix, B.: Diplomarbeit, Universität Stuttgart (1967).
Mann, E.: Phys. status solidi11, 753 (1965).
——: Phys. status solidi13, 393 (1966).
Shoenberg, D.: Phil. Trans. Roy. Soc. (London),A 255, 85 (1962/63).
Mann, E.: Phys. status solidi11, 767 (1965).
Linde, J. O.: Elektrische Widerstandseigenschaften der verdünnten Legierungen des Kupfers, Silbers und Goldes. Lund: Hakan Ohlsson 1939.
Lifshitz, I. M., andV. G. Peshanskii: Zh. eksper. teor. Fiz.35, 1251 (1958);38, 188 (1960); Soviet Physics-JETP8, 875 (1959);11, 137 (1960).
Saeger, K. E.: Phys. status solidi28, 589 (1968).
Klauder, J. R., andJ. E. Kunzler: In: The Fermi Surface, p. 125. Edited byW. A. Harrison andM. B. Webb. New York-London: J. Wiley and Sons 1960.
Saeger, K. E., andR. Lück: Phys. status solidi32, (1969), in press.
Lück, R., andK. E. Saeger: Phys. status solidi21, 671 (1967).
Seitz, F.: Phys. Rev.79, 372 (1950).
Jones, H.: In: Handb. d. Physik, Vol. 19, p. 299 ff. Edited byS. Flügge. Berlin-Göttingen-Heidelberg: Springer 1956.
Mann, E.: Phys. status solidi32, (1969), in press.
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Clausecker, K., Mann, E. & Seeger, A. Magnetoresistivity of metals II. Application to point defects in copper. Phys kondens Materie 9, 73–90 (1969). https://doi.org/10.1007/BF02422537
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DOI: https://doi.org/10.1007/BF02422537