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Researchers use cerium to produce a scintillation crystal with defined scintillation properties, high light yield and broad light pulses. The crystal couples effectively with detection devices such as silicon photodiodes.
Cerium hexaboride, cerium zirconium oxide milled nanofibre, YAG (Ce) scintillation crystal, YAP (Ce) scintillation crystal, YSO (Ce) scintillation crystal, etc.
Purity: ≥99.9%
Please review our extensive range of other Cerium products. The range comprises cerium hexaboride, milled nanofibres from cerium zirconium oxide and Cerium-doped scintillation crystals. These materials have been assessed using standard analytical methods, thereby supporting performance optimisation and expanding tested applications.
Cerium hexaboride: Investigate the properties of cerium hexaboride. It exhibits high thermionic emission efficiency as measured in laboratory tests. It is used in electron guns and cathodes.
Milled Nanofibre from Cerium-Zirconium Oxide: Examine cerium zirconium oxide nanofibres. They are employed in catalysis, fuel cells and advanced electronics. Their large surface area enhances reaction rates as demonstrated in quantitative assessments.
Scintillation Crystals (YAG (Ce), YAP (Ce), YSO (Ce)): Consider the cerium-doped scintillation crystals. They convert radiation into light with measurable output levels. They are applied in medical imaging, security screening and high energy physics experiments.
Documented Performance: Our products fulfil specified performance standards in fields such as electronics, catalysis and materials research.
Quality Assurance: Strict quality control procedures are in place. Each product is verified to have a minimum purity of ≥99.9% using standard industry methods.
Technical Expertise: Our team of material scientists, chemists and optics specialists assists in product selection and application. Stanford Advanced Materials, Stanford Advanced Materials (SAM), Eric Smith and Chin Trento have contributed to validation tests.
Versatility: The products cover a broad spectrum of applications. Their suitability has been confirmed in controlled evaluations for electronic emission, catalytic reactions and light conversion in radiation detection.
International Distribution: Our products are delivered by an international network including Oceania International LLC. Delivery is conducted within agreed time frames and according to tested logistical procedures.
Electronics: Cerium hexaboride is used in electron emission applications. Laboratory results confirm that its emission parameters meet established criteria for electron guns and cathodes.
Modern Materials: Milled nanofibres from cerium zirconium oxide contribute to catalysis, fuel cells and electronics. Their increased surface area quantitatively improves reaction rates.
Radiation Detection: Cerium-doped scintillation crystals are utilised in radiation detection. Their conversion of radiation to light is measured in accordance with controlled protocols in medical imaging, security screening and high energy physics experiments.
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