Examining Förster energy for semiconductor nanocrystalline quantum dot donors and acceptors

Engineering & Materials Science

• Energy transfer 100%
• Semiconductor materials 76%
• Chlorophyll 69%
• Semiconductor quantum dots 44%
• Molecules 42%
• Excitation energy 36%
• Density functional theory 32%
• Optical properties 26%
• Distance measurement 26%
• Sensors 11%

Chemical Compounds

• Quantum Dot 77%
• Semiconductor 66%
• Donor 59%
• Energy 41%
• Energy Transfer 37%
• Dipole 32%
• Chlorophyll 23%
• Probe 13%
• Dimension 8%
• Optical Property 7%
• Molecule 7%
• Density Functional Theory 6%
• Length 6%

Physics & Astronomy

• quantum dots 67%
• energy transfer 35%
• chlorophylls 27%
• energy 25%
• dipoles 23%
• approximation 17%
• probes 13%
• molecules 11%
• electronics 11%
• breakdown 8%
• density functional theory 8%
• optical properties 7%
• sensors 6%
• estimates 6%
• excitation 5%