Electric resistivity in amorphous

Fig. 67. Temperature dependence of the electrical resistivity in amorphous Lao gCOoso (dashed line, left-hand scale). The full line (right-hand scale) represents the resistivity ratio [p(T)—p(300)]/p(300) in two amorphous Laj CO, alloys (after Buschow and Beekmans, 1980b).

Fig. 68. Concentration dependence of the temperature coefficient (a) of the electrical resistivity in amorphous Ti, - Ni alloys (full line). The concentration dependence of the resistivity at 4.2 K is indicated by a dashed hne (after Buschow, 1983c).

Fig. 69. Comparison of the electrical resistivity in amorphous and liquid GdQ 7Coo33 (after Giintherodt et al., 1979). respectively.

Fig. 73. Temperature dependence of the electrical resistivity in amorphous Lao66Alo.34 plotted on a linear T scale (bottom part) and on a In 7 scale (top part). Results are due to Mueller et al. (1980).

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