Charge transfer, luminescence, and phonon bottleneck in TiO₂nanowires computed by eigenvectors of Liouville superoperator

Engineering & Materials Science

• Luminescence 93%
• Charge transfer 81%
• Eigenvalues and eigenfunctions 67%
• Relaxation 59%
• Electrons 32%
• Valence bands 28%
• Conduction bands 27%
• Excitation energy 26%
• Excited states 26%
• Electronic structure 23%
• Titanium dioxide 20%
• Nanowires 19%

Chemical Compounds

• Phonon 71%
• Orbital 52%
• Luminiscence Type 45%
• Charge Transfer 44%
• Density Matrix 29%
• Electronic Excitation 25%
• Valence Band 23%
• Electron Particle 22%
• Conduction Band 22%
• Emission Spectrum 18%
• Nanowire 18%
• Titanium Dioxide 17%
• Excited State 16%
• Electronic State 15%
• Time 15%
• Energy 10%
• Surface 6%

Physics & Astronomy

• eigenvectors 55%
• charge transfer 54%
• luminescence 48%
• phonons 43%
• orbitals 33%
• excitation 23%
• anatase 17%
• emission spectra 14%
• conduction bands 13%
• electrons 13%
• nanowires 12%
• electronic structure 11%
• valence 11%
• formalism 11%
• electronics 8%
• energy 4%