Garnet scintillation ceramics
High-performance garnet ceramics, which improves the scintillation effect of X-CT and other equipment, is produced in small batches.
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Solution maturity
Early adoption / Process verification
Cooperation methods
Applicable industry
Applications
Key innovations
Through innovative divalent sintering aids and component design strategies, this green technology product has significantly improved the scintillation performance of garnet ceramics, achieved high-light yields, and has small-batch production capabilities, reflecting the application potential in high-end medical X-CT and other fields.
Potential economic benefits
This green technology product can improve the performance of high-end medical X-CT and other equipment, reduce energy consumption, and improve diagnostic accuracy. It is expected that the market prospects will be broad, which will drive the development of related industries, create significant economic benefits, and promote the application of environmentally friendly materials in high-tech fields.
Potential climate benefits
This green technology product improves equipment efficiency by optimizing material properties, indirectly reducing energy consumption and carbon emissions. Efficient scintillation ceramics can improve the performance of medical imaging equipment such as X-CT and reduce energy consumption, thereby achieving carbon reduction benefits.
Solution supplier
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Shanghai Institute of Silicate, Chinese Academy of Sciences
The Shanghai Institute of Silicate, Chinese Academy of Sciences, focuses on the research of advanced inorganic materials and supports high-tech industries and major national needs.
Shanghai，China
Solution details
Application areas:
High-end medical X-CT, tablet forming equipment, etc.
Technical characteristics:
The strategy of divalent sintering aids and component design is used to effectively improve the scintillation performance of garnet ceramics.
Performance indicators:
The light yield of the developed Ce,Mg:LuAG transparent ceramics reaches 28400ph/MeV; the light yield of the developed multi-component garnet Ce:GYGAG scintillation ceramics reaches 45000ph/MeV
Current status:
Ability to produce small batches in laboratories in Jiading Park, Shanghai
Last updated
11:45:41, Nov 05, 2025
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