|نویسندگان||T Vazifehshenas - B Bahrami - T Salavati-fard|
|نشریه||Physica B: Condensed Matter|
|شماره صفحات||Pages 4611-4614|
|نوع مقاله||Full Paper|
|کشور محل چاپ||هلند|
We investigate theoretically the dependence of energy transfer rate in Double-Quantum-Well system on the well thickness by using the balance equation formalism. Also, by including the local field correction in our calculations through the zero- and finite-temperature Hubbard approximations, we study the effect of the short-range interactions on the energy transfer phenomenon. Calculations consider both the static and dynamic screening approximations. Our numerical results predict that the energy transfer rate increases considerably by increasing the layers' thicknesses and by taking into account the short-range interactions, as well.
tags: Energy transfer rate; Coupled quantum well; Finite temperature; Hubbard approximation; Thickness effect