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CsI(Tl) Scintillator

Advantage：

1.High light output

2.Low afterglow for security inspection industry

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Special treatment ensures obtained CsI(TI) scintillators with a low afterglow which makes excellent performance in security inspection and nuclear imaging. Our Czochralski method growth technique to meet different high end application.

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 (ns)

1000

Afterglow (after 30ms) [%]

0.5 – 0.8

Light Yield (photons/keV)

52- 56

Photoelectron Yield [% of NaI(Tl)] (for γ-rays)

45

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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 (ns)	1000
Afterglow (after 30ms) [%]	0.5 – 0.8
Light Yield (photons/keV)	52- 56
Photoelectron Yield [% of NaI(Tl)] (for γ-rays)	45