Thermoelectric Properties of a Ternary Defect Compound CuGa3Te5
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Abstract:
A ternary defect compound CuGa3Te5 was synthesized by a spark plasma sintering technique and its structures and thermoelectric properties were evaluated at 318~717 K. The XRD analysis indicates that the compound is single phase CuGa3Te5 with a direct band gap (Eg) of ~1.0 eV. The maximum thermoelectric figure of merit ZT is 0.3 at 717 K.
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[Ren Wei, Meng Qingsen, Chen Shaoping, Sun Zheng, Cui Jiaolin. Thermoelectric Properties of a Ternary Defect Compound CuGa3Te5[J]. Rare Metal Materials and Engineering,2014,43(12):3129~3132.] DOI：[doi]