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Ceramic Scintillator Materials

Ceramic Scintillator Materials

DESCRIPTION

When exposed to radiation, scintillator materials absorb the energy of the radiation and emit visible light. Their high sensitivity and large X-ray absorption coefficient contribute to the reduction of device size. These materials are used in medical equipment such as X-ray CT and analytical instruments. We have also developed a new composite material for security applications.

Features of Proterial’s GOS Ceramics Scintillator:

  1. High uniform sensitivity – The central part of the wafer and the edges offer a uniform sensitivity.
  2. Maximized X-ray absorption coefficient – The X-ray absorption coefficient is large, which enables the miniaturization of the scintillator.
  3. High X-Ray Stopping Power
  4. RoHS compliant
  5.  
A Comparison between Proterial's GOS Ceramics Scintillators and Other Materials
Material PROTERIAL’S Materials (GOS) Other Materials Remark
LS-5 LS-7 CsI:Tl+ CWO
Light Output (% vs LS7) 142 100 145 42 Measurement value in our company
Afterglow (ppm) 150 17 1,205 16 @After 5ms
Decay time (ns) ~ms 3,000 680 5,000 Literature value (ISBN 978-4-86476-245-8)
Density (g/cm3) 7.3 7.3 4.5 7.9 Literature value (ISBN 978-4-86476-245-8)
Peak Emission(nm) 544 512 540 470 Literature value (ISBN 978-4-86476-245-8)
X-ray Stopping (cm-1 at 100keV) 19 19 9.2 22 Calculation value in our company
Hygroscopicity None None YES None Literature value (ISBN 978-4-86476-245-8)
RoHS/Reach Material Compliance Compliance Compliance Cd RoHS 2018

Features of our scintillator array

Application:

  1. X-ray Medical CTs
  2. Aviation cabin checkpoint baggage scanner
  3. Airport security system
  4. All radiation detection devices
  5. CT based system
  6. Passenger checkpoint screening
REVENUES
1000 B
OVERSEAS SALES RATIO
0 %
EMPLOYEES
26300

LEADING SUSTAINABILITY BY HIGH PERFORMANCE