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CeBr3 Scintillator, Cebr3 Scintillation Crystal, Cebr3 Crystal
CeBr3 scintillator has Low background, good energy resolution, high light yield, fast decay time and good time resolution properties.
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LuAG:Ce Scintillator, LuAG:Ce Crystal, LuAG Scintillation Crystal
LuAG:Ce is a relatively dense and fast scintillation material, it has good properties including high density, fast decay time, high temperature resistance, chemical and good mechanic strength.
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LuAG:Pr Scintillator, Luag Pr Crystal, Luag Scintillator
LuAG:Pr(Lutetium Aluminium Garnet-Lu3Al5O12 : Pr) has high density(6.7) and high light output, also come with fast decay time(20ns) and stable temperature performance etc. – LuAG:Pr`s peak emission is at 310nm. It has Good temperature properties.
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CaF2(Eu) Scintillator, CaF2(Eu)crystal, CaF2(Eu)scintillation crystal
CaF2:Eu is a transparent material used for detecting Gamma ray up to several hundred Kev and charged particles. It has low atomic number (16.5) which makes CaF2:Eu an ideal material for the detection of β-particles because of the small amount of backscattering.
CaF2:Eu is non-hygroscopic and is relatively inert. It has a sufficiently high resistance to thermal and mechanical shock, good mechanic property for processing to variety of detector geometries. Additionally, in crystal form CaF2:Eu is optically transparent over a wide range from 0.13 to 10µm, so it could be widely used to fabricate optical components.
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BaF2 Scintillator, BaF2 crystal, BaF2 scintillation crystal
BaF2 scintillator has excellent scintillation properties and optical transmission over wide spectrum range. It’s regarded as the fastest scintillators so far. The fast component can be used to measure time precisely and obtain good time resolution, it has been pursued as a promising scintillator in the research of positron annihilation. It shows excellent radiation hardness up to 106 rad or even more. BaF2 crystals have excellent scintillation properties due to their ability to simultaneously emit fast and slow light components, enabling simultaneous measurement of energy and time spectra with high energy and time resolution. Therefore, BaF2 has a wide range of applications in the fields of high energy physics, nuclear physics and nuclear medicine.
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LuYAP:Ce Scintillator, LuYAP ce scintillation crystal, LuYAP ce crystal
LuYAP:Ce was originally extracted from lutetium aluminate, it has excellent characteristics including short decay time, high light output, high density which has high resistance on gamma ray. It’s an excellent material to increase the time, energy and space resolution in future.
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GOS:Pr crystal, GOS:Tb crystal , GOS:Pr scintillator, GOS:Tb Scintillators
GOS ceramic scintillator has two different Ceramic types including GOS:Pr and GOS:Tb. These ceramics has excellent characteristics such as high light output, high density, low afterglow performance, it’s widely used in medical imaging including medical CT and industrial CT scanner, security CT detectors. GOS Ceramic scintillator has high conversion efficiency for X-rays, and its decay time (t1/10 = 5.5 us) is short, which can realize repeated imaging in a short time. It can be used not only in medical imaging equipment but also in color television picture tubes. GOS ceramic scintillator has an emission peak spectral range at 470 ~ 900 nm, which is well matched with the spectral sensitivity of silicon photodiodes (Si PD).
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PbWO₄ Scintillator, Pwo Crystal, Pbwo4 Crystal, Pwo Scintillator
Lead Tungstate – PWO (or PbWO₄) is a highly effective gamma-ray absorber as a result of its high density and high Z. It is also very fast with a very short radiation length and moliere radius.
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Bi4Si3O12 scintillator, BSO crystal, BSO scintillation crystal
Bi4 (SiO4)3 (BSO) is a new type of scintillation crystal with good performance, it has good mechanical and chemical stability, photoelectric and thermal release characteristics. BSO crystal has many properties similar to BGO, especially in some key indicators such as afterglow and attenuation constant, and has better performance. In recent years, it has attracted the attention of scientific researchers. So it has a wide range of applications in high energy physics, nuclear medicine, space science, Gamma detection, etc.
