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The total internal reflection effect in conventional electroluminescent devices causes a large amount of light energy to be trapped in devices and induces heat energy that adversely affects the performance of the device. To enhance the light outcoupling efficiency without sacrificing the electrical properties, a patterned inverted conical (PIC) structure fabricated by a focused femtosecond laser on...
A double-layer in-plane-switching electrode design is proposed for transmissive and transflective blue-phase liquid crystal displays. The new design significantly reduces the operating voltage in transmissive display by 60%; in transflective displays where the bottom-layer electrodes are made of conductive reflectors, it increases transmittance to 98%, achieves single gamma driving and enhances sunlight...
Bio-and nano-material arrays have attracted significant attention due to their importance in a number of research and application fields, such as biology, sensors, devices, etc. How to generate these arrays in a controlled manner is critical. In this talk, we introduce several methods developed in our group to show how to control the growth of bio-and nanoarrays on patterned solid substrates. By using...
Bio- and nano-material arrays have attracted significant attention due to their importance in a number of research and application fields, such as biology, sensors, devices, etc. How to generate these arrays in a controlled manner is critical. In this talk, we introduce several methods developed in our group to show how to control the growth of bio- and nanoarrays on patterned solid substrates. By...
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