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Improvement of color-rendering characteristics of white light emitting diodes by using red quantum dot films

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In Vitro Quantum Dot LED to Inhibit the Growth of Major Pathogenic Fungi and Bacteria in Lettuce

Results suggest that the growth inhibition of mycelium increases by Quantum dot LED light.
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Substantial Improvement of Color-Rendering Properties of Conventional White LEDs Using Remote-Type Red Quantum-Dot Caps

A new type of remote red quantum-dot (QD) component was designed and fabricated to improve the color-rendering properties of conventional white LED (light-emitting diode) lightings. Based on an…
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Study on the Improvement of the Color Rendering Index of White LEDs by Using red Quantum dots

Red quantum-dot (QD) walls and films were applied to conventional 6-inch white LED (light-emitting diode) lightings, consisting of blue LED chips and yellow phosphors, to improve the color rendering…
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Effect of Quantum Dot-Based Remote Lenses on the Emission Properties of White LED Lighting Studied by Optical Simulation and Experiment

The introduction of side-emitting lenses into white light-emitting diodes (LEDs) has enabled thin panel lighting technology based on LED technology, but also presents the disadvantage of low color…
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Shape optimization of quantum-dot caps for high color-rendering white light-emitting diodes studied by optical simulation

Conventional white lightings based on light-emitting diodes (LEDs) lack deep red, which is responsible for their low color rendering index (CRI). To apply red quantum-dot (QD) caps is one way to…
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The effect of the reflective property of a reflection film on the performance of backlight units with quantum-dot films for LCD applications

The luminance and color properties of backlight units with quantum-dot (QD) films were investigated through experimentation and optical simulation. Red and green QD films were arranged in four…
Taylor & Francis (opens in a new tab)
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