Abstract
In this chapter, we shall study the thermoelectric power in UFs of nonlinear optical materials under magnetic quantization on the basis of the generalized dispersion relation as given in Chap. 1 in Sect. 7.2.1 of theoretical background of this chapter. The three and two band models of Kane are special cases of the generalized dispersion relations of nonlinear optical compounds. In Sect. 7.2.2, we shall investigate the thermoelectric power under strong magnetic quantization and III–V materials on the basis of three and two band models of Kane together with parabolic energy bands. Section 7.2.3 explores the thermoelectric power in the presence of a quantizing magnetic field in UFs of II–VI materials. Section 7.2.4 presents the study of the thermoelectric power in UFs of bismuth under magnetic quantization in accordance with the models of McClure and Choi, Cohen, Lax, and ellipsoidal parabolic, respectively. The thermoelectric power in the presence of a quantizing magnetic field in UFs of stressed compounds has been studied in Sect. 7.2.5. Sections 7.3 and 7.4 contain results and discussion and open research problems, respectively.
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