Specifications
Place of Origin :
china
Brand Name :
KH-Crystal
Certification :
ISO9001
Description

The maximum of the broad emission situated at 550nm which allows Si-photodiodes to be used to detect the emission. The use of a scintillator-photodiode pair makes it possible to diminish significantly the size of the detecting system (due to the use of photodiode instead of PMT), to do without high-voltage supply source, and to use detecting systems in magnetic fields. The high radiation resistance (up to 102Gy) allows CsI(TI) to be used in nuclear, medium, radiation detection and high-energy physics etc. Special treatment ensures obtaining of CsI(TI) scintillators with a low afterglow (less than 0.1% after 5 ms) for the use in safety inspection and imaging.

So far we can offer Czochralski method and Bridgman growth crystals to meet different application, it's widely used in High energy physics, radiation detection and medical& safety inspection imaging.

Properties:

Density [g/cm3]
4.51
Melting point [K]
894
Thermal expansion coefficient [K-1]
54 x 10-6
Cleavage plane
none
Hardness (Mho)
2
Hygroscopic
Slightly
Wavelength of emission maximum [nm]
550
Lower wavelength cutoff [nm]
320
Refractive index at emission maximum
1.79
Primary decay time [µs]
1
Afterglow (after 6ms) [%]
0.5 - 5.0
Light yield [photons/MeVγ]
52- 56 x103
Photoelectron yield [% of NaI(Tl)] (y rays)
45
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CsI(Tl)scintillation array, Thallium activated Cesium Iodide,Cesium iodide doping Thallium

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Place of Origin :
china
Brand Name :
KH-Crystal
Certification :
ISO9001
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CsI(Tl)scintillation array, Thallium activated Cesium Iodide,Cesium iodide doping Thallium

KINHENG CRYSTAL MATERIAL(SHANGHAI) CO., LTD

Verified Supplier
13 Years
Shanghai, Shanghai
Since 2005
Business Type :
Manufacturer,Exporter
Total Annual :
>lessthan$1,000,000
Employee Number :
>less than 50
Certification Level :
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