The discussion centers on Seebeck coefficients, which are crucial for understanding thermoelectric materials and their performance. Seebeck coefficients, denoted as S, are non-linear and vary based on the conductor's absolute temperature, material composition, and molecular structure. The significance of these coefficients lies in their ability to describe thermopower, which is essential for thermoelectric applications. Several reliable resources, including thermoelectrics.com and Caltech's thermoelectric science page, provide further insights into this topic.
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The thermopower, thermoelectric power, or Seebeck coefficient of a material describes how it functions thermoelectrically.
The Seebeck coefficients, represented as S, are non-linear, and depend on the conductors' absolute temperature, material, and molecular structure.