6Li-Glass | Scintillation Crystal

6Li-Glass | Scintillation Crystal

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6Li-glass | Scintillation Crystals are used for a variety of radiation detection applications such as alpha, beta, gamma and neutron detection and they are suitable for use in corrosive environments.

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Description

6Li-Glass | Scintillation Crystal (cerium-activated lithium silicate glass scintillator) has been used for a variety of radiation detection applications such as alpha, beta, gamma and neutron detection. Neutron detection is based on a neutron and 6Li nuclear reaction. 6Li glass scintillator has advantages of short decay time, good temperature stability, and high slow-neutron detection efficiency. Additionally, it is non-deliquescent, acid and alkali resistant, and high/low temperature rapid-change resistant, so it can be used in an environment where corrosive liquids and vapors exist.

 

MAIN APPLICATIONS

  • Neutron flight time experiment
  • Petroleum well logging
  • Moisture content measurement
  • NDT and neutron photography

Technical Specifications

Li-6 Content

7.5~11.2w†%
Relative Light Output

12% (NaI:Tl)
Density

~2.3g/cm3
Decay Constant (UV Excitation)

53ns
Wavelength of Maximum Emission

416nm
Working Temperature

-50~200°C
Resolution of Thermal neutron

≤28%
Scintillator Size

50~100mm
n-γ Identifying Features

neutron peak equivalent electron energy
Co-60—1.54MeV
Cs-137—1.70MeV
Ba-133—2.67MeV

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