Place of Origin : Jiaxing,China
Post Date : 03-01-2024
Expiry Date : 03-01-2025
BGO Scintillation Crystal Is One Of The Most Common Oxide Scintillation Materials. It Exhibits Stable Physical And Chemical Properties, High Mechanical Strength, High Density, High Refractive Index, And Resistance To Harsh Environments. With Its High Stopping Power, High Scintillation Efficiency, Good Energy Resolution And Non-hygroscopic, BGO Is A Good Scintillation Material For A Wide Range Of Applications In High Energy Physics, Space Physics, Medicine, Geological Exploration And Other Industries.
OST Photonics Can Supply BGO Crystals, BGO Arrays And BGO Scintillation Detector Upon Request. We Can Offer A Variety Of Design Options And Reflector Materials To Optimize Array Performance And Ensure The Array's High Light Output, Excellent Uniformity And Minimal Crosstalk.
Application Of BGO Scintillators (Bismuth Germanate Scintillators)
Positron Emission Tomography (PET)
High-energy Physics
Nuclear Medicine
Geological Exploration
Gamma-ray Spectroscopy
Advantages Of BGO Scintillators (Bismuth Germanate Scintillators)
High Z
Good Photopeak To Compton Ratio
The Scintillator Of Choice For Neutron Activation Analysis And Active Compton Shields
High Density
The Ability Of OST Photonics
Maximum Size: ?76mm X 300mm, 40mm X 80mm X 200mm
Available Items: Monolithic Crystal, Pixellated Array, Scintillation Detector
Properties Of BGO Scintillators (Bismuth Germanate Scintillators)
Density [g/cm3] 7.13
Melting Point [K] 1323
Thermal Expansion Coefficient [C-1] 7 X 10-6
Cleavage Plane None
Hardness (Mohs) 5
Hygroscopic No
The Wavelength Of Emission Max. [nm] 480
Refractive Index @ Emission Max 2.15
Primary Decay Time [ns] 300
Light Yield [photons/keV?] 8-10
Photoelectron Yield [% Of NaI(Tl)] (for ?-rays) 15–20
Afterglow 0.005%@3ms
