YSO(Ce) Scintillator Crystal

High density of 4.5g/cm³
High anti-radiation hardness
Short decay time
Maximum Dimensions: φ 80mm × 160mm
YSO(Ce) crystals and YSO(Ce) Pixelated Arrays offered
Applications: Security industry, Semiconductor, Photo optic application, Positron emission tomography (PET), Nuclear medicine

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Basic Properties:

Density(g/cm³)	4.50	Melting Point (K)	2273
Refractive Index	1.8	Emission Peak (nm)	420
Decay Time (ns)	50-70	Light Output (photons/Mev)	10000
Effective Atomic Number(z)	39	Hygroscopic	None
Cleavage Plane	None

Cerium doped Silicate Yttrium YSO(Ce) belongs to monoclinic rare earth orthosilicate crystal with a peak emission wavelength of 420nm. YSO(Ce) scintillators have a similar decay time to LYSO(Ce) (50-70ns), but it has no background (Lutetium), which is critical for precise detection fields. YSO(Ce) crystal has a high density of 4.5g/cm³and high radiation resistance, good mechanical properties, and is non-deliquescent. YSO(Ce) scintillator crystals are used in high energy, nuclear, and space physics, industrial NDT, nuclear medicine, Positron emission tomography (PET), and industrial Non-Destructive Test (NDT) applications.

Hangzhou Shalom EO offers custom YSO(Ce) scintillation crystals according to customers' requests. Our CdWO4 crystals are grown using the Czochralski method, and the maximum crystal size is φ 80mm × 160mm. Besides, YSO(Ce) Scintillation Arrays are also accessible in Shalom EO.

Applications:

High energy physics, nuclear and space physics
Security Industry
Industrial NDT
Positron emission tomography (PET)
Nuclear medicine

YSO(Ce) Scintillation Arrays

High density and good energy resolution
Low after-glow and fast decay time
Good matching for PMT readout
Minimum pixel or crystal element size: 0.3mm x 0.3mm

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BaF2 Scintillator Crystal

Sub-nanosecond decay time
Low absorption at the emission wavelength
Slightly hygroscopic
Maximum size: φ120mm x 200mm
Applications: Positron Lifetime Studies, Time of Flight measurements, Positron Emission Tomography (PET), High Energy Physics

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