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L(Y)SO

L(Y)SO

Type: JT-428-LY140

Short Description:

L(Y)SO scintillator crystal, lutetium (-yttrium ) oxyorthosilicate, is a new generation artificially synthesize scintillation crystal material. It has the advantages of high density, fast decay time, high light output, high energy resolution, etc. The gamma-ray detector made of this crystal has a very broad application prospect in nuclear medical imaging, high energy physics, nuclear physics and other fields. It is the core detection component of the new generation positron emission tomography (PET).


Product Detail

Product Tags

Features

● High Energy Resolution
● Fast Decay Time
● High Light Yield
● High Light Output

Parameters

Chemical Formula Lu2(1-x)(Y)2xSiO5
Density(g / cm3) 7.2
Melting(℃) 2050
Hardness(Mohs) 5.8
Refractive index 1.82
Decay Time(ns) <42
Light Yield(Photon/Mev) ≥32000
Radiation Hardness (rad) >106
Hygroscopicity No
Energy Resolution 8-10%
Peak Emission (nm) 428
Effective Atomic Number 66
We can produce and manufacture the arrays based on customers’ different design options in terms of pixel size, the number of pixels, pixels separator materials(reflective and/or radiation barrier) and crystal surface finishes. Our 2D arrays are typically used with pixilated photodiodes, position sensitive photo multiplier tubes(PSPMT) and silicon photomultipliers(SiPM). We offer a variety of design options and reflector materials to optimize array performance for the special application. Tianle Phonics manufacturing process ensures high light output as well as excellent pixel to pixel uniformity with minimal crosstalk.
L(Y)SO array assembly
Offset crystal arrays
Upper layer: 1.78×1.78×8mm³(13×13)
Upper layer: 1.78×1.78×12mm³(14×14)
All surfaces of crystal polished
Reflector: 3M ESR film 0.065mm
Dual layer output Arrays
13×13 Arrays
Pixel Size: 0.497×0.497×20mm³
Reflector: BaSO4
LYSO 8 × 8 Arrays
Crystal elements:  4×4×20mm³
Reflector type:  BaSO4 powders loaded with optical glued.

Note: Parameters above can be customized as required.


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