rhombic ce lyso scintillator crystals

Brand Name:BonTek

Model Number:LYSO Scintillation Crystal

Place of Origin:China

...a new type of scintillation crystal material. LYSO (Ce) is the best combination of properties at present. The advantages of high light output and quick decay time make it an ideal candidate for a range of ...

Place of Origin:China

Brand Name:CRYLINK

Model Number:CRYLINK-Ce LYSO Crystal

1 Description Cerium-doped Lutetium Yttrium Orthosilicate(Ce:LYSO) is a crystal scintillator with many attractive properties, such as fast decay, high light yield and high density. Ce:LYSO can be used as a semiconductor in optics, gamma-ray and X-ray ...

Brand Name:Crystro

Place of Origin:China

GAGG:Ce Scintillator, GAGG:Ce Scintillation Crystal GAGG(Ce) (Ce:GAGG, Gd3Al2Ga3O12) is new scintillator for single photon emission computed tomography(SPECT), gamma-ray and compton electron detection. Cerium doped GAGG have many properties that ...

Brand Name:ZMSH

Model Number:Ce:LUAG

Place of Origin:China

...scintillator crystals are relatively dense (6.73g/cm³), have a high Z (58.9), and have a fast decay time (70ns). With a peak emission of 535nm, LuAG(Ce) output is well matched to photodiodes avalanche photodiodes APDs and silicon photomultipliers (SiPMs)

Brand Name:ZG

Model Number:MS

Place of Origin:CHINA

CE doped gadolinium aluminum gallium garnet (CE: GAGG), Scintillation crystal Cerium doped gadolinium aluminum gallium garnet (CE: GAGG) is a kind of crystal with excellent scintillation properties. CE: GAGG crystal is characterized by high density, high transmittance, large effective atomic number, high light yield, fast decay time, good energy resolution and stable physicochemical properties. Compared with the traditional scintillation crystal

Brand Name:Leading Crystal

Place of Origin:China

...Crystal-Grade Material for Scintillation & Optical Applications LaBr₃ is an high-purity raw material specifically engineered for synthesizing advanced scintillation crystals and optical components. With a melting point of 780°C, this material serves as the foundational precursor for producing LaBr₃:Ce scintillators...