MgF2 Crystal

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Ce:YAP — A scintillating crystal with high light yield, fast decay and emission wavelength of 360 nm suitable for γ-ray detection Ce YAP Scintillator Crystal Ce:YAP  exhibits a good linearity of the scintillation response for 𝛾-quanta with energy down to a few keV and a high energy resolution, which is favorable for precision spectrometry in X-ray range. Due to relatively light ions building the YAP matrix, the dependence of the attenuation factor on energy is linear and enables very good energy resolution in the soft energy range of 𝛾 quanta. An excellent energy resolution of 5.7% for γ-rays from a 137Cs source (one of the best measured with scintillation detectors) and a very good time resolution of 160 ps for 60Co γ-rays with a threshold of 1 MeV. Ce YAP Scintillator Crystal Ce: YAP is a high temperature scintillating crystal with excellent properties. It has attracted more abroad because of its high light yield, fast decay time (about 27 ns) and neutr...
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Ce:GAGG Scintillator Crystal — A scintillation crystals uesd for high-precision detection Ce GAGG Scintillator Crystal The cerium doped multicomponent Gadolinium Aluminum Gallium Garnet crystals, referred as  Ce:GAGG  with the chemical formula of Ce:Gd3Al2Ga3O12, belong to the most important discoveries that offer excellent scintillation properties as well as having entered the scintillator market in the current decade. The effective atomic number is 54.4, and the emission spectrum peak wavelength is 520 nm. Apart from the high light yield, good energy resolution, high effective atomic number, fast scintillation response, chemical stability also ruggedness and capability of large crystal growth are very important properties for Ce:GAGG crystals as well. The linearity of response on the gamma quanta shows Ce:GAGG crystals is a promising candidate for medical imaging techniques, such as X-ray radiography, X-ray computed tomography (CT), positron emission tomography (P...
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BGO Scintillator Crystal — A crystal used for high energy physics with nonlinear effects BGO( Bi4Ge3O12) Scintillator Crystal As a novel generation of scintillation crystals,  BGO  shows the superior characteristics including high density, well chemical resistance, fine energy resolution, large refractive index, non-hygroscopic nature and high mechanical strength, which make it utilized in high energy physics experiments like the large electron-positron collider in CERN. It is worth noting that the BGO scintillating crystals as the direct medium for the possible annihilation of dark matter (energetic electrons and gamma rays) play an important role in the dark matter detection. In addition, compared with conventional nonlinear optical crystals, BGO exhibits three- and five-order non- linear absorption response in the visible and infrared optical band, respectively. It performed as well as the other excellent nonlinear optical materials in the nonlinear optical field...
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