The thermal properties of the deformation potential materials in circularly oscillating fields
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We study the thermal properties of electron-deformation potential phonon interacting system based on quantum transport theory. We use the projected Liouville equation method with Equilibrium Average Projection Scheme (EAPS). We consider two systems - the one system is under the right circularly polarized oscillatory external fields and the other system is under the left circularly polarized oscillatory external field. The main purpose of this work is that comparisons of QTLS which show the absorption power and QTLW in both directional circularly polarized oscillatory external field. Our results indicate that the absorption power of the right circularly polarized oscillatory external field is larger than that of the left circularly polarized oscillatory external field, while the opposite result is obtained for the QTLW. we analyze the temperature of the QTLS and the QTLW in various cases. In order to analysis the quantum transition process of two circularly oscillatory external field, we compare the temperature dependence of the QTLW and the QTLS of two transition process, the intra Landau level transition process and the inter Landau level transition process.
Abstract
We study the thermal properties of electron-deformation potential phonon interacting system based on quantum transport theory. We use the projected Liouville equation method with Equilibrium Average Projection Scheme (EAPS). We consider two systems - the one system is under the right circularly polarized oscillatory external fields and the other system is under the left circularly polarized oscillatory external field. The main purpose of this work is that comparisons of QTLS which show the absorption power and QTLW in both directional circularly polarized oscillatory external field. Our results indicate that the absorption power of the right circularly polarized oscillatory external field is larger than that of the left circularly polarized oscillatory external field, while the opposite result is obtained for the QTLW. we analyze the temperature of the QTLS and the QTLW in various cases. In order to analysis the quantum transition process of two circularly oscillatory external field, we compare the temperature dependence of the QTLW and the QTLS of two transition process, the intra Landau level transition process and the inter Landau level transition process.
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