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首页> 外文期刊>Journal of the Physical Society of Japan >Thermoelectric properties of layered Pd oxide R2PdO4 (R = La, Nd, Sm, and Gd)
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Thermoelectric properties of layered Pd oxide R2PdO4 (R = La, Nd, Sm, and Gd)

机译:层状Pd氧化物R2PdO4的热电性质(R = La,Nd,Sm和Gd)

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摘要

We prepared polycrystalline samples of R2PdO4 (R = La, Nd, Sm, and Gd) using a NaCl flux technique. The measured resistivity is of the order of 10(3) - 10(4) Omega cm at room temperature, which is two orders of magnitude smaller than those reported so far. We also studied the substitution effects of Cc for Nd in Nd1.9Ce0.1PdO4, where the Substituted Cc decreases resistivity and the magnitude of thermopower. Activation energy gap of 70-80 meV and an effective mass of 15 evaluated from the measured data are suitable for thermoelectric materials, but a mobility of 10(-6)cm(2)/(V-S) is much lower than typical mobilities of 1-10cm(2)/((VS)-S-.) for other thermoelectric oxides.
机译:我们使用NaCl助熔剂技术制备了R2PdO4(R = La,Nd,Sm和Gd)的多晶样品。在室温下测得的电阻率约为10(3)-10(4)Ω厘米,比迄今报道的电阻率小两个数量级。我们还研究了在Nd1.9Ce0.1PdO4中Cc对Nd的替代作用,其中被替代的Cc降低了电阻率和热电强度。根据测量数据评估,激活能隙为70-80 meV,有效质量为15,适用于热电材料,但迁移率10(-6)cm(2)/(VS)远低于典型迁移率1 -10cm(2)/((VS)-S-。)对于其他热电氧化物。

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