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Hokkaido Univ. Technology :Red light emitter(blue light excitation type):HK25-005

Efficiently converts blue LEDs into red light with high color purity

Phosphors are used in lighting and displays, and in recent years, fluorescent dyes as well as inorganic phosphors have attracted attention. However, conventional red phosphors have presented challenges for application in next-generation LEDs, displays, and sensors due to limited durability, excitation by ultraviolet light alone, and material toxicity. A complex consisting of europium (Eu) and organic molecules emits strong red light when excited by ultraviolet light and has high color purity, making it a promising light-emitting material. However, conventional Eu complexes have poor absorption ability in the long-wavelength blue light region, making them unsuitable for white LEDs. The present invention introduces a new carbon structure based on a fused polycyclic aromatic group into Eu(III), achieving high-brightness red emission when excited by blue light (450 nm). This complex possesses high color purity, high durability, and is a light-emitting material that does not contain the toxicity of quantum dots.

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[Stress Luminescence Technology - Application Example] Advancement of Automotive Simulations such as Collisions

Stress luminescence technology that glows when force is applied. Here are examples of its application in simulations of impact collisions.

<What is stress photoluminescence?> The core of stress photoluminescence technology is stress photoluminescent particles (ceramics, with a representative material being SrAl2O4:Eu2+, emitting green light). This stress photoluminescent material is applied as a coating or sheet to the area of interest where "force information" is desired. When a load is applied, the resulting stress photoluminescence is captured using a camera, allowing us to see where the force is applied and the extent of the strain that occurs. This is "stress photoluminescence." <Examples of stress photoluminescence applications> *Provided by AIST ■Target: Vehicles ■Development example: Enhancing simulations using stress photoluminescence as training data *For more details, please refer to the PDF document or contact us.

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