Enhanced power factor in the promising thermoelectric material SnPbxTe prepared via zone-melting
in telluride (SnTe) has recently attracted much attention as a promising thermoelectric material. In this work, SnTe is alloyed with additional Pb, and the high density crystalline ingots of SnPbxTe (x 1?4 0, 0.02, 0.04, and 0.06) have been synthesized by a zone-melting method. Through this method, SnPbxTe samples show larger power factors than those prepared by other methods, and a maximum value of 30.5 mW cm 1 K 2 at 823 K has been reached in p-type SnPb0.02Te, which is the highest value reported so far. As a result, a promising figure of merit ZT of $0.81 has been obtained at 823 K.
in telluride [SnTe] has recently attracted much attention as a promising thermoelectric material. In this work, SnTe is alloyed with additional Pb, and the high density crystalline ingots of SnPbxTe [x = 0, 0.02, 0.04, and 0.06] have been synthesized by
Jiang, J [Jiang, Jun][ 1 ]、Jiang, HC [Jiang, Haochuan][ 1 ]、Xu, JT [Xu, Jingtao][ 1 ]、Shao, HZ [Shao, Hezhu][ 1 ]、He, J [He, Jun][ 1,2 ]、Liu, Z [Liu, Zhu][ 1 ]、Liu, GQ [Liu, Guoqiang][ 1 ]、Xu, JQ [Xu, Jiaqiang][ 2 ]、Tan, XJ [Tan, Xiaojian][ 1 ]
材料科学热力工程、热机物理学
ENSITY-OF-STATESBAND CONVERGENCESNTEPERFORMANCEPBTEEFFICIENCY
Jiang, J [Jiang, Jun][ 1 ],Jiang, HC [Jiang, Haochuan][ 1 ],Xu, JT [Xu, Jingtao][ 1 ],Shao, HZ [Shao, Hezhu][ 1 ],He, J [He, Jun][ 1,2 ],Liu, Z [Liu, Zhu][ 1 ],Liu, GQ [Liu, Guoqiang][ 1 ],Xu, JQ [Xu, Jiaqiang][ 2 ],Tan, XJ [Tan, Xiaojian][ 1 ].Enhanced power factor in the promising thermoelectric material SnPbxTe prepared via zone-melting[EB/OL].(2017-05-02)[2025-08-22].https://chinaxiv.org/abs/201705.00543.点此复制
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