new material
Bismuth germanate (Bi₄Ge₃O₁₂) crystal is a high-density scintillator material recognized for its excellent radiation resistance, strong mechanical stability, and efficient energy conversion. Engineered for high-energy photon detection, it provides superior light output, fast response time, and minimal optical degradation. This material is widely used in medical imaging, radiation detection, high-energy physics experiments, and industrial X-ray applications, ensuring reliable performance in advanced detection and optical systems.
Product Overview:
Bismuth Germanate (Bi₄Ge₃O₁₂, BGO) crystal is an inorganic material with excellent scintillation properties, commonly used in high-energy physics and medical imaging. The crystal belongs to the cubic crystal system and has high density and good optical properties, enabling it to produce strong fluorescence under excitation from visible light, X-rays, and gamma rays. Due to its high light yield and fast scintillation response, BGO crystals excel in radiation detection and imaging technologies, making them ideal for applications in medical imaging, nuclear physics research, and environmental monitoring.
Key Features:
- Excellent Scintillation Performance:Produces intense scintillation light when exposed to X-rays and gamma rays, providing highly efficient radiation detection.
- High Density and Light Yield:With high density and light yield, BGO is ideal for detecting high-energy radiation.
- Fast Response:Offers short scintillation decay times, making it suitable for imaging and detection systems requiring rapid response.
- Strong Stability:Maintains stable performance over extended periods of use, even in extreme environmental conditions.
Applications:
- Radiation Detectors:Widely used in the detection and imaging of X-rays and gamma rays, often found in medical imaging devices like PET scanners.
- Nuclear Physics Research:Employed in high-energy physics experiments and radiation monitoring, aiding in radiation detection and imaging analysis.
- Medical Imaging:Used as a high-efficiency scintillator in various medical imaging devices to improve image clarity and resolution.
- Environmental Monitoring:Utilized for radiation detection in environmental monitoring, helping assess radiation levels and ensure safety.
