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首页> 外文期刊>Journal of Non-Crystalline Solids: A Journal Devoted to Oxide, Halide, Chalcogenide and Metallic Glasses, Amorphous Semiconductors, Non-Crystalline Films, Glass-Ceramics and Glassy Composites >Thermoelectric and electrical resistivity study of Hitperm alloys
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Thermoelectric and electrical resistivity study of Hitperm alloys

机译：Hitperm合金的热电和电阻率研究

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摘要

Electron transport properties of amorphous alloys Fe44.6Co43.4X7.3B3.7Cu1 (X = NbZr, Zr, HfZr, Hf) are studied by thermoelectric and electrical resistivity measurements. Thermoelectric power is dominated by the electron-magnon scattering whereas the magnetic component of electrical resistivity does not exceed 10%. The measured temperature dependencies of thermopower and resitivity are satisfactorily fitted to the Herzer and Richter models. For the Nb containing alloys the stronger electron localization and lower thermal stability are observed.
机译：通过热电和电阻率测量研究了非晶态合金Fe44.6Co43.4X7.3B3.7Cu1（X = NbZr，Zr，HfZr，Hf）的电子传输性能。热电功率以电子-马农散射为主，而电阻率的磁性成分不超过10％。所测得的热电和电导率的温度依从性已令人满意地拟合到Herzer和Richter模型。对于含Nb的合金，观察到较强的电子局部性和较低的热稳定性。

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