Brief: Discover the Ce:LuAG Scintillation Crystal, a high-density, fast-decay-time material perfect for PET and radiation detection. With excellent properties like high Z and fast decay, it's ideal for photodiodes and SiPMs. Learn more about its applications and benefits!
Related Product Features:
High density (6.73g/cm³) and fast decay time (70ns) for efficient radiation detection.
Peak emission at 535nm, well-matched to photodiodes, APDs, and SiPMs.
Excellent temperature resistance and mechanical robustness.
Non-hygroscopic and chemically resistant for long-term stability.
No cleavage planes, allowing easy machining into various shapes.
Good light emission above 500nm, suitable for photomultipliers.
Widely used in PET, high-energy gamma detection, and medical physics.
Stable scintillating characteristics up to 100 rad with virtually no afterglow.
Faqs:
What are the advantages of Ce:LuAG over other scintillation materials?
Ce:LuAG offers higher light output efficiency, faster response time, and better energy resolution, making it superior for specific applications like PET and high-energy detection.
How is Ce:LuAG prepared and what affects its performance?
Ce:LuAG is typically prepared by solid-phase reaction or sol-gel methods. Its performance depends on factors like preparation process and doping concentration.
What are the key applications of Ce:LuAG scintillation crystals?
Ce:LuAG is used in Positron Emission Tomography (PET), high-energy gamma detection, imaging screens, and specialist applications in nuclear and medical physics.