Physics and Performance Optimization of Electronic Paper

Richard C. Lean

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Physics and Performance Optimization of Electronic Paper

机译：电子纸的物理与性能优化

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The physics of two versions of reflective electronic papers: E-Ink~(TM) and Gyricon~(TM) are examined. Electrodynamic models are developed to understand their design and to optimize performance. Models are verified with analytic solutions, published data, and laboratory experiments to ensure fidelity and accuracy. Excellent agreement is obtained using a set of self-consistent parameters. Specific engineering suggestions are proposed to: lower switching voltage, reduce switching time, improve display resolution, control Gyricon charging, and create gray level images.

机译：检验了两种版本的反射电子纸的物理性能：E-Ink〜（TM）和Gyricon〜（TM）。开发电动模型以了解其设计并优化性能。通过分析解决方案，已发布的数据和实验室实验对模型进行验证，以确保保真度和准确性。使用一组自洽的参数可获得极好的一致性。提出了具体的工程建议：降低开关电压，减少开关时间，提高显示分辨率，控制Gyricon充电以及创建灰度图像。

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来源
《Journal of Imaging Science and Technology》 |2002年第6期|p.562-574|共13页
作者
Richard C. Lean;
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Briarcliff Manor, New York;

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原文格式 PDF
正文语种 eng
中图分类摄影技术;
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Physics and Performance Optimization of Electronic Paper

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