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- 2017
新型热电材料综述
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Abstract:
热电材料能够实现热能和电能之间的相互转化，利用温度差进行发电是一种潜在的能源利用的方法，另外利用电学对热量的转化，可以进行温度的精确控制，在传感器和集成电路中有着广阔的应用前景。该文综述了近年来几类热电材料的种类、发展历程和研究现状，包括碲化物、硫族层状化合物、氧化物、笼合物，Half-Heusler材料，方钴矿材料、Zintl相热电材料以及铜硫族类材料。另外，对热电材料的应用做了一些归纳总结，希望能扩展热电器件的应用，实现未来的规模产业化。
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