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  • YAG(Ce) Scintillators
  • YAG(Ce) Scintillators
  • YAG(Ce) Scintillators
  • YAG(Ce) Scintillators

YAG(Ce) Scintillators

Features:
  • Chemically and physically stable
  • Suitable to make ultra-thin screens
  • Suitable for high electricity environment
  • High electron conversion efficiency
  • Relatively high light output
  • Light yield increases linearly with the total energy of the electron beam
  • Good thermal conductivity

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Basic Properties:

Crystal Structure M3 Density(g/cm3) 4.55
Melting Point (°C) 1970 Hardness(Mho) 8.5
Hygroscopic no Wavelength of Emission Max. (nm) 560
Refractive Index @ Emission Max. 1.82 Decay Time (ns) 70
Light Output (photons/keV) 8 Relative Light Output (%) 21

 

Specifications:

Growth Method Czochralsk Formula Y3Al5O12(cerium content: 0.1~1.2 at%)
Maximum Dimension ∅ 80 mm x 200 mm Available Items Single crystal
Metal Coating Al, Au, Ag etc. Protective Coating SiO2

With the wavelength of the maximum emission at 560nm,YAG(Ce) can well matched to CCD sensitivity. And it is known as a kind of non-hygroscopic, chemically inert inorganic scintillation material. Ce:YAG is a reasonably fast scintillator with a relative light yield of 12% of NaI(Tl).Ce:YAG scintillators are used in SEM, electronic imaging, beta-ray and X-ray counters and imaging. It has excellent temperature and mechanical characteristics which makes it suitable for ultra-thin screen of <0.005mm. YAG(Ce) crystals has a high threshold for high energy electrons or ions, makes it suitable for high electric current environment.

Abilities:

  1. Growth method: Czochralski
  2. Formula: Y3Al5O12(cerium content: 0.1~1.2 at%)
  3. Maximum dimension: φ 80 mm x 200 mm
  4. Available items: single crystals
  5. Metal coating: Al, Au, Ag etc.
  6. Protective coating: SiO2

Application Notes:

  • Scanning electron microscope(SEM)
  • Ultra-thin imaging screens
  • Electron imaging
  • Beta, X-ray counter
  • Ion beam imaging