First-principles calculations of photoluminescence and defect states of Ce³⁺-doped (Ca/Sr)₂B₅O₉Cl

Engineering & Materials Science

• Photoluminescence 100%
• Excited states 68%
• Phosphors 54%
• Defects 42%
• Conduction bands 35%
• Ground state 30%
• Density functional theory 30%
• Rare earth elements 28%
• Ionization 26%
• Crystal structure 26%
• Optical properties 25%
• Energy gap 23%
• Electrons 20%
• Screening 19%
• Relaxation 19%
• Costs 7%
• Experiments 7%

Physics & Astronomy

• photoluminescence 43%
• defects 34%
• excitation 30%
• electronic levels 26%
• predictions 22%
• phosphors 19%
• scintillation counters 19%
• screening 17%
• conduction bands 17%
• crystal structure 16%
• costs 15%
• formalism 14%
• ionization 14%
• ground state 13%
• optical properties 13%
• shift 12%
• energy 12%
• configurations 11%

Chemical Compounds

• Excited State 49%
• Photoluminescence 47%
• Electron Ionization 39%
• Conduction Band 33%
• Energy 29%
• Ground State 24%
• Band Gap 23%
• Optical Property 22%
• Luminiscence Type 21%
• Crystal Structure 15%