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Avionic applications of resonant microcavity anodes,

机译:谐振微腔阳极的航空电子应用,

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Abstract: Avionic engineers are increasingly replacing CRTs with LCDs in both head-up displays and head down displays. Indeed, LCDs have made considerable progress with regards to adequate brightness, dimmability and reliability. Image quality issues in terms of resolution, viewing angle, gray scale and color gamut have also been improved. However, much more progress is required and manufacturing cost cannot be ignored. Quantum Vision is actively developing an alternate approach, the resonant microcavity anode. This emissive component is based upon rugged thin film phosphors capable of generating high brightness and high resolution images. Current theoretical predictions indicate that resonant microcavities can lead to an order of magnitude increase in brightness while having a cost profile consistent with high volume products. !8
机译:摘要:航空电子工程师正越来越多地用平视显示器和平视显示器中的LCD替代CRT。实际上,LCD在足够的亮度,可调光度和可靠性方面已经取得了长足的进步。在分辨率,视角,灰度和色域方面的图像质量问题也得到了改善。然而,需要更多的进步并且制造成本不能忽略。 Quantum Vision正在积极开发另一种方法,即谐振微腔阳极。该发射组件基于能够产生高亮度和高分辨率图像的坚固的薄膜磷光体。当前的理论预测表明,谐振微腔可以导致亮度增加一个数量级,同时具有与大批量产品一致的成本特征。 !8

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