銅の絶対熱電能の転位および固溶酸素原子による変化
1976 年 40 巻 3 号 p. 201-205
詳細
1976 年 40 巻 3 号 p. 201-205
Preliminary experimental results are given for the changes in thermoelectric power and resistivity of 99.999%-purity copper at −78.3°C by cold drawing, annealing in vacuum, and quenching. From the Nordheim-Gorter plots, the apparent thermoelectric powers due to dislocations and solute oxygen atoms are found to be +2.2 μV/deg and −2.0 μV/deg, respectively.
