Luminescent Compositions TRIZ Cases
- Type I Core-Shell Quantum Dots for Cd-Free LED Down-Conversion
Cd-free Type I core-shell quantum dots use an insulator coating to raise PLQY and stability for LED light down-conversion.
- Ce-Doped Phosphor Powder With Controlled Particle Distribution
Controlled Ce and Li phosphor composition plus a tight particle size distribution improves blue light conversion and quantum efficiency.
- Wavelength Conversion Glass Composition for Low-Temperature Phosphor Firing
A borosilicate-alumina glass enables lower-temperature firing to limit phosphor degradation while improving weather resistance in LED wavelength converters.
- Phosphor Particle Dispersion for Micro LED Light Conversion
Ultrasonic dispersion in sodium hexametaphosphate controls phosphor particle size, suppressing aggregation and nozzle clogging in micro LED layers.
- Soluble-Insoluble Phosphor Mixtures for Cleaner Luminophore Recovery
A solubility-based phosphor mixture enables simple separation of reusable luminophores from mercury-containing lamp waste without caustic chemicals.
- Polymer-Bonded Cadmium-Free Quantum Dots for High-Heat Molding
Strong polymer cross-linking to the quantum dot passivation layer prevents darkening during extrusion and injection molding.
- NIR Phosphor Composition for Low Self-Absorption Light Conversion
Wide-band-gap Cr-doped NIR phosphors suppress thermal quenching and self-absorption, improving 700-1100 nm conversion stability.
- Phosphor Composition for Stable Color Rendering in Conversion LEDs
A rare-earth silicate phosphor stabilizes LED emission wavelength and color rendering while reducing chip binning complexity and phosphor cost.
- Oxide-Coated Perovskites for Stable Blue Photoluminescence
An oxide coating formed during perovskite crystallization blocks water and oxygen damage while preserving blue emission and quantum yield over time.
- Nitridophosphate Phosphor Synthesis at Moderate Nitrogen Pressure
Moderate nitrogen pressure in a gas pressure furnace enables scalable nitridophosphate phosphor synthesis without the extreme cost of >1 GPa routes.
- Ga2O3 Phosphor Composition for Stronger Near-Infrared Emission
Ga2O3 phosphor with Cr and/or Fe centers and AlF3 flux boosts near-infrared output under near-UV to blue excitation for biochemical analyzers.
- Oxide-Coated Perovskite Composition for Stable Blue Emission
An oxide precursor forms a protective coating during perovskite formation, preserving blue emission and photoluminescence under heat and light.
- Quantum Dot Emission Film With Halide Surface Stabilization
Halide-treated zinc-selenium quantum dots and a zinc oxide charge layer improve conductivity, electroluminescence, and lifespan.
- Phosphor Glass Composition for Low-Temperature Wavelength Conversion
A tuned SiO2-B2O3-Al2O3 glass lowers firing temperature to protect phosphors while preserving weather resistance and UV transmittance.
- Light Emission Spectrum Shaping for Visible and Near-Infrared Separation
A dual-phosphor light source creates a spectral trough at 650-750 nm to separate visible and near-infrared light for clearer viewing and detection.
- Nested Encapsulation Nanoparticles for Stable Wavelength Conversion
A pore-sealing second encapsulation blocks oxygen and water ingress, preserving nanocrystal wavelength conversion under chemical stress.
- Infiltration Matrix Conversion Element for Low-Porosity Heat Dissipation
An infiltration matrix fills pores in phosphor conversion elements to cut scattering and improve thermal conductivity in thin high-CRI designs.