Products

YAP(Ce) Scintillator Crystals
Fast decay time of 40ns
  • High light output
  • Maximum Dimensions: φ 50mm × 160mm
  • Applications: Scanning electron microscope (SEM), Ultra-thin imaging screens, Electron imaging, Gamma and X-radiation counter, X-radiation imaging
  • YAP(Ce) bulk crystals and YAP(Ce) thin screens are both offered Inquire Us  
  • Basic Properties:

    Density (g/cm3) 5.4 Melting Point (°C) 1875
    Refractive Index at Peak Emission 1.95 Emission Peak (nm) 370
    Emission Spectral Range (nm) 325-425 Decay Time (ns) 40
    Light Output (photons/KeV) 18 Radiation Length (cm) 2.7
    Hygroscopic None Cleavage Plane None

     

    Specifications:

    Growth Method Czochralsk Formula YAlO3(cerium content: 0.2~1.2 at%)
    Maximum Dimension ∅ 50 mm x 160 mm Available Items Single crystal
    Metal Coating Al, Au, Ag etc. Protective Coating SiO2

    Cerium doped yttrium aluminum (or Ce: YAP) crystals are fast scintillating material, with a decay time of 40ns. YAP(Ce) crystal is mechanically strong and chemically inert, suitable for precise mechanical fabrications. A fragile aluminum layer film could be deposited on the entrance surface to avoid the light-sensitivity. YAP(Ce) can be well suited for imagining applications due to its ultra-low energy secondary X-ray emissions. Ce: YAP detectors are widely used in gamma and X-ray counting, electron microscopy, electron and X-ray imaging screens, and computer tomography (CT) systems.

    Shanghai North Optics offers the YAP(Ce) single crystals upon the customer's requirement; the maximum size available is ∅ 50 mm x 160 mm, and it is grown by the Czochralski method with a cerium concentration of 0.2~1.2at%. Besides the general cylindrical or rectangular-shaped YAP(Ce) crystals, North Optics also provides the YAP(Ce) thin screen for soft X-ray high-resolution imaging applications.


    Application Notes:

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