TIME-DOMAIN AB INITIO STUDY OF EXCITATION DYNAMICS IN QUANTUM DOTS FOR SOLAR ENERGY HARVESTING
AHMED MOHAMED MUSTAFA ABUELELA;
Abstract
Photo-excited dynamics of electrons and holes in semiconductor Quantum Dots (QDs), including phonon-induced relaxation and multiple exciton generation (MEG) were simulated by combining ab initio time-dependent density functional theory and non-adiabatic m
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| Title | TIME-DOMAIN AB INITIO STUDY OF EXCITATION DYNAMICS IN QUANTUM DOTS FOR SOLAR ENERGY HARVESTING | Other Titles | دراسة المجال الزمنى لديناميكية الإثارة فى النقاط الكمية باستخدام حسابات البدايات الأولية لحصد الطاقة الشمسية | Authors | AHMED MOHAMED MUSTAFA ABUELELA | Keywords | TIME-DOMAIN AB INITIO STUDY OF EXCITATION DYNAMICS IN QUANTUM DOTS FOR SOLAR ENERGY HARVESTING | Issue Date | 2013 | Description | Photo-excited dynamics of electrons and holes in semiconductor Quantum Dots (QDs), including phonon-induced relaxation and multiple exciton generation (MEG) were simulated by combining ab initio time-dependent density functional theory and non-adiabatic m |
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