Ceramic composite structure for increasing red color development for laser illumination

The utility model relates to the technical field of ceramics, and discloses a ceramic composite structure for increasing red color development for laser illumination, which comprises a yellow light-emitting layer, a red hyperchromic layer is arranged on one side of the yellow light-emitting layer, and a wear-resistant layer is arranged at the top of the red hyperchromic layer. As the arranged red hyperchromic layer Lu1-xCa2Mg2Si3O12: yCe < 3 + > emits orange light and has more red light components, the red components can be effectively increased after the red hyperchromic layer Lu1-xCa2Mg2Si3O12: yCe < 3 + > is compounded with the yellow light-emitting layer. 本实用新型涉及陶瓷技术领域，公开了一种用于激光照明的增加红色显色的陶瓷复合结构，包括黄色发光层，所述黄色发光层的一侧设置有红色增色层，所述红色增色层的顶部设置有耐磨层。本实用新型由于设置的红色增色层Lu1-xCa2Mg2Si3O12:yCe3+为橙色发光，具有较多红光成分，同黄色发光层复合后可有效增加红色成分。