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Volumn , Issue 45, 2009, Pages 10069-10077
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Symmetric band structures and asymmetric ultrafast electron and hole relaxations in silicon and germanium quantum dots: Time-domain ab initio simulation
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Author keywords
[No Author keywords available]
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Indexed keywords
AB INITIO CALCULATIONS;
AB INITIO SIMULATIONS;
AUGER PROCESS;
DECAY RATE;
ELECTRON-PHONON RELAXATION;
FERMI'S GOLDEN RULE;
GERMANIUM QUANTUM DOTS;
HIGH FREQUENCY HF;
HOLE DENSITIES;
HOLE RELAXATION;
LINEAR RELATIONSHIPS;
MOLECULAR DYNAMIC SIMULATIONS;
NON-ADIABATIC;
PHOTOEXCITATION ENERGY;
PHOTOEXCITED ELECTRONS;
PRODUCTIVE PROCESS;
SEMICONDUCTOR QDS;
SI QUANTUM DOT;
TIME DOMAIN;
TRANSFER ENERGY;
ULTRA-FAST;
VOLTAGE LOSS;
AUGERS;
CADMIUM ALLOYS;
CADMIUM COMPOUNDS;
COMPUTER SIMULATION;
DECAY (ORGANIC);
DENSITY FUNCTIONAL THEORY;
ELECTRIC CIRCUIT BREAKERS;
ELECTRON MOBILITY;
ELECTRONS;
GERMANIUM;
MOLECULAR DYNAMICS;
PHONONS;
PHOTOEXCITATION;
QUANTUM THEORY;
SEMICONDUCTING CADMIUM COMPOUNDS;
SEMICONDUCTING SILICON COMPOUNDS;
SILICON;
SOLAR ENERGY;
SURFACE RELAXATION;
TIME DOMAIN ANALYSIS;
SEMICONDUCTOR QUANTUM DOTS;
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EID: 72749086020
PISSN: 14779226
EISSN: 14779234
Source Type: Journal
DOI: 10.1039/b909267f Document Type: Article |
Times cited : (51)
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References (68)
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