Abstract
Temperature dependences of thermoelectric power (TEP) and resistivity of a series of W-doped blue bronzes, K 0.3Mo 1− x W x O 3 were presented. It was seen that the anomalous negative peak of the TEP near 60 K was greatly suppressed by the W-doping, while an anomaly of the resistivity near about 60 K appears and gradually strengthens with the doping. These results can be qualitatively explained by the change of the thermal excitation mechanism.
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