Carbon-Promoted in Situ Evolution of Cu Nanoclusters Influencing Eu³⁺ Photoluminescence in Glass: Bidirectional Energy Transfer

Engineering & Materials Science

• Nanoclusters 100%
• Photoluminescence 93%
• Energy transfer 66%
• Light absorption 58%
• Ions 53%
• Copper 47%
• Glass 45%
• Carbon 43%
• Photoluminescence spectroscopy 40%
• Melting 36%
• Europium 34%
• Powders 31%
• Absorption spectroscopy 29%
• Luminescence 28%
• Plasmonics 28%
• Optical properties 23%
• Phosphates 22%
• Nanocomposites 20%
• Quenching 19%
• Graphite 19%
• Nanoparticles 19%
• Tuning 15%
• Metals 12%
• Monitoring 10%

Physics & Astronomy

• nanoclusters 63%
• energy transfer 47%
• photoluminescence 40%
• carbon 38%
• glass 33%
• copper 30%
• optical absorption 24%
• melting 22%
• particle precipitation 21%
• ions 20%
• augmentation 17%
• europium 17%
• phosphates 14%
• absorption spectroscopy 13%
• nanocomposites 12%
• graphite 12%
• quenching 11%
• luminescence 11%
• tuning 10%
• solid state 10%
• atmospheres 10%
• nanoparticles 9%
• optical properties 9%
• decay 8%
• characterization 8%
• spectroscopy 7%
• metals 7%
• energy 4%

Chemical Compounds

• Energy Transfer 49%
• Photoluminescence 44%
• Glass 39%
• Absorptivity 37%
• Melting 33%
• Luminiscence Type 27%
• Phosphate Glass 24%
• Ion 22%
• Photoluminescence Spectroscopy 20%
• Absorption Spectroscopy 18%
• Carbon Atom 18%
• Reduction 17%
• Graphite 14%
• Optical Property 14%
• Time 13%
• Donor 13%
• Nanocomposite 12%
• Molecular Cluster 12%
• Nanoparticle 9%
• Energy 9%
• Metal 8%