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Plasma Display Technology for Scene Projector Application

机译:场景投影仪应用的等离子体显示技术

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Plasma display technology was investigated to determine its suitability for scene projection, particularly in the ultraviolet portion of the electromagnetic spectrum. This technology, in several guises, was found to hold considerable promise for projecting very high radiance, broadband or narrowband scenes across the spectrum, from the ultraviolet to the infrared. Performance metrics such as temporal response and dynamic range were also found to be promising for this technology. High manufacturing yields at relatively low display cost (e.g. cost/pixel) are expected due to the simplicity of the devices, the ability to leverage modern microelectronics-based deposition, pattern and etching techniques as well as the commercial plasma display community that continues to improve performance and drive manufacturing costs down.
机译:研究了等离子体显示技术,以确定其对场景投影的适用性,特别是在电磁谱的紫外线部分中。在几个顾客中,该技术被发现,从紫外线到红外线突出跨越光谱的非常高的光线,宽带或窄带场景具有相当大的承诺。还发现诸如时间响应和动态范围之类的性能指标对于这项技术是有希望的。由于设备的简单性,预期高度显示成本(例如成本/像素)的高制造产量,可以利用现代微电子的沉积,图案和蚀刻技术以及继续改善的商业等离子体显示群落的能力性能和推动制造成本下降。

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