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Maxwell-Garnett model for thermoelectric materials

机译:Maxwell-Garnett热电材料模型

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The paper studies the problem of an extended thermoelectric spheroid placed in a thermoelectric matrix. The external electric field is assumed to be uniform. Despite the nonlinear nature of the equations, the solution of the problem can be found as a sum of Legendre functions and polynomials. The solution obtained is used to find the effective values of electrical and thermal conductivities, as well as the thermopower for a composite medium consisting of a set of randomly located spheroids. As an example of the model application, we consider a composite consisting of spheroidal inclusions MgAg0.97Sb0.99 placed in a matrix of Bi2Te3. (C) 2020 Elsevier Ltd. All rights reserved.
机译:本文研究了延伸的热电球体放置在热电基质中的问题。 假设外部电场是均匀的。 尽管等式的非线性性质,但是问题的解决方案可以作为传奇函数和多项式的总和找到。 所获得的溶液用于找到电气和导热率的有效值,以及用于由一组随机定位的球状体组成的复合介质的热电机。 作为模型应用的示例,我们考虑由置于Bi2te3的矩阵中的球形夹杂物MgAg0.97sb0.99组成的复合物。 (c)2020 elestvier有限公司保留所有权利。

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