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LaBr₃: Ce Scintillators | High Light Output & 16ns Fast Decay for Gamma Spectroscopy

LaBr₃: Ce Scintillators | High Light Output & 16ns Fast Decay for Gamma Spectroscopy
Basic Properties
Place of Origin: China
Brand Name: Leading Crystal
Certification: ISO
Product Summary
LaBr₃: Ce Scintillators | High Light Output & 16ns Fast Decay for Gamma Spectroscopy LaBr₃: Ce crystal is a new-found inorganic scintillation crystal with very bright light output and excellent energy resolution. They can be widely applied in fields such as nuclear medical imaging,geological ...
Product Custom Attributes
Highlight

Decay time 16 ns

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LaBr₃: Ce scintillation crystal

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Energy resolution ≤ 3%

Crystal Structure:
Hexagonal
Density (g/cm³):
5.1
Melting Point (℃ ):
780
Wavelength Of Emission Peak (nm):
380
Light Output (photons/MeV):
63000
Energy Resolution(@662 KeV):
≤ 3.0%
Decay Time (ns):
16
Hygroscopicity:
Yes
Product Description
Detailed Specifications & Features
LaBr₃: Ce Scintillators | High Light Output & 16ns Fast Decay for Gamma Spectroscopy

LaBr₃: Ce crystal is a new-found inorganic scintillation crystal with very bright light output and excellent energy resolution. They can be widely applied in fields such as nuclear medical imaging,geological exploration, well logging and nuclear radiation detection.


Main advantages

  • Best energy resolution for improved isotope identification in handheld Radio-Isotope Identification Device (RIID) applications
  • High density and strong radiation blocking ability to reduce crystal size (vs NaI(Tl)), in RIID or high
    detection efficiency for all high energy applications.
  • Fast decay time enabling high count rate capability for extended measurement capability.
  • Excellent light output and temperature stability: Achieve optimal detection performance even at high temperatures


Main Applications

  • Environmental monitoring: Handheld nuclide identifier, etc.
  • Oil well logging: Lithologic scanning instrument, etc.
  • Nuclear Medicine Imaging: PET, SPECT
  • High-energy physics experiments: satellite gamma-ray detection


We Can Provide 

  • Crystal Size: 1~2 inches in diameter, thickness can be customized
  • Encapsulated Assemblies and Detectors with Diameter 1–2 Inches
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