Spectroscopic signature of spinchargelattice coupling in CuB₂O₂

Engineering & Materials Science

• Energy gap 100%
• Phonons 92%
• Raman scattering 85%
• Charge transfer 75%
• Ions 54%
• Spectroscopic ellipsometry 53%
• Red Shift 48%
• Temperature 47%
• Light absorption 44%
• Absorption spectra 42%
• Optical properties 36%
• Chemical properties 32%
• Spectroscopy 32%
• Electrons 29%
• Crystals 29%
• Physical properties 26%
• Copper 23%
• Oxygen 23%
• Cooling 20%

Chemical Compounds

• Band Gap 88%
• Phonon 88%
• Charge Transfer 54%
• Antiferromagnetic Ordering 53%
• Scattering Spectroscopy 50%
• Ambient Reaction Temperature 43%
• Ellipsometry 42%
• Absorptivity 37%
• Cooling 34%
• Electron Spin 32%
• Ion 30%
• Optical Property 28%
• Absorption Spectrum 28%
• Electron Particle 21%
• Dioxygen 19%
• Energy 18%
• Application 12%

Physics & Astronomy

• signatures 94%
• charge transfer 33%
• Raman spectra 30%
• phonons 26%
• room temperature 21%
• oxygen ions 21%
• chemical properties 20%
• ellipsometry 19%
• softening 19%
• optical spectrum 18%
• optical absorption 16%
• anomalies 15%
• physical properties 15%
• absorption spectra 14%
• copper 13%
• cooling 13%
• optical properties 12%
• temperature 11%
• spectroscopy 10%
• crystals 9%
• ions 9%
• electrons 8%
• interactions 7%
• energy 5%