BGO Crystal Array 4.7 mm×4.7 mm×30 mm with BaSO₄ Reflector - 8×8 Configuration High-Efficiency Gamma-Ray Detection Array for Precision Radiation Measurement

BGO Crystal Array 4.7 mm×4.7 mm×30 mm with BaSO₄ Reflector - 8×8 Configuration High-Efficiency Gamma-Ray Detection Array for Precision Radiation Measurement

The BGO Crystal Array 4.7 mm×4.7 mm×30 mm (8×8 configuration) represents a sophisticated radiation detection solution engineered for high-energy physics experiments and medical imaging systems. Composed of 64 individual BGO crystals arranged in an optimized geometric matrix, this array delivers exceptional gamma-ray detection efficiency and spatial resolution. Each crystal element is precisely isolated with BaSO₄ reflector material, ensuring minimal optical crosstalk while maximizing light output collection. The array's compact design and enhanced reflective coating make it ideal for applications requiring precise radiation source localization and energy quantification.

The Main Advantages

• No luminescence self-absorption
• Non-hygroscopicity
• High density, strong stopping power to high-energy ray