Near-Infrared Optical Response and Carrier Dynamics for High Photoconversion in Tellurene

Engineering & Materials Science

• Electron-phonon interactions 100%
• Excitons 85%
• Conduction bands 82%
• Electronic states 77%
• Binding energy 77%
• Phonons 76%
• Hot electrons 72%
• Hot carriers 65%
• Relaxation time 63%
• Energy gap 55%
• Solar cells 51%
• Conversion efficiency 51%
• Short circuit currents 47%
• Current density 47%
• Orbits 42%
• Infrared radiation 42%

Chemical Compounds

• Many-Body Perturbation Theory 77%
• Electron-Phonon Interaction 77%
• Hot Electron 69%
• Phonon 54%
• Conduction Band 52%
• Short Circuit 50%
• Exciton 49%
• Binding Energy 42%
• Solar Cell 42%
• Band Gap 36%
• Electronic State 35%
• Current Density 35%
• Electron Particle 26%
• Time 17%
• Application 15%

Physics & Astronomy

• mean free path 48%
• electron phonon interactions 26%
• spin-orbit interactions 26%
• short circuit currents 25%
• hot electrons 25%
• conduction bands 20%
• binding energy 20%
• perturbation theory 20%
• relaxation time 19%
• excitons 19%
• solar cells 18%
• current density 17%
• phonons 16%
• life (durability) 16%
• estimates 14%
• electronics 12%
• electrons 10%