Energy Transfer Mechanisms in Tb3+ Doped Perovskite Quantum Dots Germanium Borate Glass Ceramics with Enhanced Luminescence Efficiency

Key Points

• Investigate the energy transfer mechanisms in Tb3+ doped perovskite quantum dots and their impact on luminescence efficiency.
• Analyzed the luminescence performance of perovskite quantum dots (PQDs) in glass ceramics.
• Examined the effects of Tb3+ doping on energy transfer mechanisms.
• Utilized spectroscopic techniques to evaluate luminescence efficiency.
• Doping with Tb3+ ions significantly improved luminescence efficiency in PQDs.
• Identified key energy transfer processes facilitating enhancement in luminescence.
• Demonstrated the potential of rare earth ion doping in optimizing quantum dot applications.