Encapsulated ∅1.5-Inch LaBr₃: Ce Crystal Assembly
Encapsulated ∅1.5-Inch LaBr₃: Ce Crystal Assembly
Basic Properties
Place of Origin:
China
Brand Name:
Leading Crystal
Certification:
ISO
Product Summary
Encapsulated ∅1.5-Inch LaBr₃: Ce Crystal Assembly Encapsulated ∅1.5-Inch LaBr₃: Ce Crystal Assembly offers the optimal balance between detection efficiency and energy resolution. This complete system integrates a premium Cerium-doped Lanthanum Bromide crystal with matched optical components and ...
Product Custom Attributes
Highlight
Energy resolution ≤ 3%
,Handheld nuclide identifier
,Light output : ≥ 63000 photons/MeV
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
Encapsulated ∅1.5-Inch LaBr₃: Ce Crystal Assembly
Encapsulated ∅1.5-Inch LaBr₃: Ce Crystal Assembly offers the optimal balance between detection efficiency and energy resolution. This complete system integrates a premium Cerium-doped Lanthanum Bromide crystal with matched optical components and hermetic housing, delivering exceptional performance for applications requiring both high efficiency and superior spectroscopic capabilities.
The Main Advantages
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Excellent light output and temperature stability: Achieve optimal detection performance even at high temperatures
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Best energy resolution for improved isotope identification in handheld Radio-Isotope Identification Device (RIID) applications
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Fast decay time enabling high count rate capability for extended measurement capability
Applications
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High-energy physics experiments: satellite gamma-ray detection
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Oil well logging: Lithologic scanning instrument, etc
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Nuclear medical imaging: PET, SPECT
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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