Cerium doped lutetium yttrium orthosilicate (Ce:LYSO)

Ce doped yttrium lutetium silicate (Ce: LYSO) scintillation crystals are currently important detector materials and have wide applications in medical imaging equipment, high-energy physics experiments, and nuclear radiation detection.

High energy particle detection: Due to their fast luminescence response and high light yield, Ce: LYSO scintillation crystals are widely used for the detection of high-energy particles and rays. For example, Ce: LYSO is used as a Positron emission tomography (PET) detector in medical imaging equipment

Time resolution ability: Ce: LYSO crystal has a short luminescence lifetime and can provide excellent time resolution ability. This is very important for PET and other applications that require precise timing< Br/>

High density and high Atomic number: Ce: LYSO crystal has high density and Atomic number, enabling it to effectively absorb high-energy radiation, such as gamma rays<

Good mechanical stability: Ce: LYSO crystals have excellent hardness and mechanical stability, enabling them to maintain their performance under various environmental conditions.

< Transparency: Ce: LYSO crystals have excellent optical transparency, making them potentially valuable in optoelectronic and optical communication applications<

Dihedral Technology(DHD) Co., Ltd. manufacture and processing/provide multiple specifications and high quality Ce:LYSO crystal,targets,materials.

Applications

PET (positron emission tomography) scanner
• Laser
• Nuclear physics experiments

Features

High scintillation efficiency: Ce: LYSO crystal has high scintillation efficiency, which can efficiently convert incident rays into measurable optical signals, providing high detection sensitivity and signal-to-noise ratio.
Fast time response: Ce: LYSO crystal has fast time response characteristics, which can quickly convert ray energy into optical signals, and has a short emission time, making it suitable for high-speed measurement and rapid imaging applications.
Good energy resolution: Ce: LYSO crystal has excellent energy resolution, which can accurately measure the energy of incident rays, provide accurate energy spectrum information, and contribute to accurate particle identification and energy measurement.
High light output: Ce: LYSO crystal has a high light output, which can provide bright flickering light signals, enhance the signal strength and detection sensitivity of the detector.
Good chemical stability: Ce: LYSO crystal has good chemical stability and can work stably under various environmental conditions, resisting chemical corrosion and degradation.
Wide optical transparency range: Ce: LYSO crystal has a wide optical transparency in the visible and near-infrared spectral range, making it suitable for applications in various wavelength ranges.
High temperature stability: Ce: LYSO crystal has good high temperature stability, which can maintain its scintillation performance and structural stability in high-temperature environments.
Customizability: Ce: LYSO crystals can be customized according to needs, including adjustments in size, shape, and doping concentration to meet specific application requirements.
• Wide application fields: Ce: LYSO crystals are widely used in Nuclear medicine imaging, high-energy physics experiments, life science research and other fields, providing high-performance detection and imaging solutions for these fields. “

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