Vacuum Referred Binding Energy Scheme, Electron-Vibrational Interaction, and Energy Transfer Dynamics in BaMg₂Si₂O₇: Ln (Ce³⁺, Eu²⁺) Phosphors

Engineering & Materials Science

• Binding energy 100%
• Luminescence 92%
• Phosphors 83%
• Energy transfer 72%
• Electrons 63%
• Vacuum 55%
• Electron-phonon interactions 43%
• Synchrotron radiation 29%
• Doping (additives) 23%
• Thermodynamic stability 21%
• Impurities 20%
• X rays 19%
• Temperature 8%

Chemical Compounds

• Binding Energy 55%
• Electron Binding 55%
• Energy Transfer 53%
• Electron-Phonon Interaction 49%
• Impurity Level 45%
• Luminiscence Type 44%
• Luminiscence Spectrum 36%
• Dipole Interaction 36%
• Synchrotron Radiation 33%
• Thermal Stability 20%
• X-Ray 19%
• Energy 14%
• Application 9%

Physics & Astronomy

• phosphors 60%
• binding energy 53%
• energy transfer 51%
• luminescence 47%
• vacuum 39%
• electrons 26%
• interactions 24%
• electron phonon interactions 23%
• electric dipoles 20%
• scintillation counters 19%
• synchrotron radiation 18%
• thermal stability 18%
• dipoles 15%
• impurities 13%
• x rays 9%
• temperature 6%
• energy 6%