Tehermoelectric properties of Cr_3S_4-type selenides

机译：Cr_3S_4型硒化物的电热性质

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Several compounds with the Cr_3S_4 structure type have been stuudied for their thermoelectric properties. All Exhibit lhow lattice thermal conductivity of about 15 mW/cmK, independent of temperature. Many of the compounds, such as Co_3Se_4, Ni_3Se_4, Fe_3Se_4, Ti_3Se_4, FeNi_2S3_4, and FeCo_2Se_4, are metals with relatively low electrical resistivity and Seekbeck coefficient. The Cr containing compounds, such as Cr_3S3_4, NiCr_2Se_4, CoCr_2Se_4, and FeCr_2S3_4, and the largest Seebeck coefficients and highest resistivity. The most promising of these materials of thermoelectric apprlications is FeCr_2Se_4.

机译：已经研究了几种具有Cr_3S_4结构类型的化合物的热电特性。与温度无关，所有展品的晶格热导率约为15 mW / cmK。 Co_3Se_4，Ni_3Se_4，Fe_3Se_4，Ti_3Se_4，FeNi_2S3_4和FeCo_2Se_4等许多化合物都是电阻率和塞贝克系数相对较低的金属。含Cr的化合物，例如Cr_3S3_4，NiCr_2Se_4，CoCr_2Se_4和FeCr_2S3_4，并且塞贝克系数最大，电阻率最高。这些热电材料中最有前途的是FeCr_2Se_4。

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《Symposium on Thermoelectric Materials 1998-The Next Generation Materials for Small-Scale Refigeration and Power Generation Applications held November 30-December 3, 1998, Boston, Massachusetts, U.S.A.》|1998年|p.333-338|共6页
会议地点 Boston MA(US)
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G.Jeffrey Snyder; T.Caillat; J.-P. Fleurial;
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Tehermoelectric properties of Cr_3S_4-type selenides

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