Anisotropic electron phonon coupling in colloidal layered TiS₂ nanodiscs observed via coherent acoustic phonons

Engineering & Materials Science

• Optical transitions 100%
• Phonons 74%
• Electrons 47%
• Photoexcitation 43%
• Acoustics 38%
• Light absorption 35%
• Density functional theory 35%
• Transition metals 34%
• Absorption spectra 34%
• Anisotropy 24%
• Materials properties 19%
• Modulation 18%

Chemistry

• Acoustic Phonon 83%
• Optical Transition 65%
• Nanodisc 64%
• Phonon 53%
• Anisotropic Coupling 43%
• Strain 33%
• Photoexcitation 26%
• Electron Particle 25%
• Absorptivity 22%
• Anisotropy 22%
• Absorption Spectrum 17%
• Transition Element 17%
• Density Functional Theory 14%

Physics & Astronomy

• plane strain 34%
• optical transition 33%
• phonons 32%
• acoustics 27%
• electrons 20%
• breathing 17%
• optical spectrum 14%
• interlayers 14%
• optical absorption 13%
• transition metals 13%
• signatures 12%
• density functional theory 12%
• absorption spectra 11%
• modulation 10%
• anisotropy 10%
• sensitivity 9%
• excitation 7%