In this study, we focused on the molten salt method and attempted a simple synthesis of SrTi0.8Co0.2O₃. It was clarified that SrTi0.8Co0.2O₃ can be obtained under relatively mild conditions by using the molten salt. In all samples, the electrical conductivity increased with increasing temperature. Compared with the sample without the molten salt, the electric conductivity of the samples with the molten salt was greatly improved. The sample using the KCl-NaCl mixed salt showed the highest electrical conductivity of 83 S/cm at 973 K. The relative densities of all the samples using the molten salt were above 85%. It is considered that the improvement in the electrical conductivity is partly due to the increase in the relative density.

中文翻译：

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CA掺杂SrTiO3热电材料的熔盐法制备与评价

在这项研究中，我们专注于熔盐法，并尝试简单合成 SrTi0.8公司0.2氧₃。澄清了 SrTi0.8公司0.2使用熔盐可以在相对温和的条件下获得O _{3 。}在所有样品中，电导率随着温度的升高而增加。与没有熔盐的样品相比，有熔盐的样品的电导率大大提高。使用 KCl-NaCl 混合盐的样品在 973 K 时的最高电导率为 83 S/cm。所有使用熔盐的样品的相对密度都在 85% 以上。认为电导率的提高部分是由于相对密度的增加。