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Three-dimensional optical memory based on transparent electron-tra

机译:基于透明电子tra的三维光学存储器

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Abstract: Transparent electron trapping (ET) thin films are optical storage media recently developed by Quantex. A 3-D erasable optical memory based on stacked ET thin film layers is presented in this paper. The page memory is written by properly imaging the page composer onto a specific layer with blue laser light at 488 nm. To read out the memory on a specific layer, a slice of 1064 nm infrared (IR) beam is guided into the ET layer from the side of the stacked layer media. The orange emission (around 630 nm) corresponding to the written page memory at that layer is emitted as the result of the IR stimulation. The feasibility of this novel 3-D optical memory has been demonstrated by preliminary experiments.!10
机译:摘要:透明电子陷阱(ET)薄膜是Quantex最近开发的光学存储介质。本文提出了一种基于堆叠式ET薄膜层的3-D可擦写光学存储器。通过使用488 nm的蓝色激光将页面编辑器正确成像到特定层上,可以写入页面内存。为了读出特定层上的存储器,将1064 nm红外(IR)光束的一部分从叠层介质的一侧引导到ET层中。对应于该层的已写页面存储器的橙色发射光(约630 nm)是IR刺激的结果。初步实验已证明了这种新型3D光学存储器的可行性!10

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