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首页> 外文期刊>The Technology Teacher >RESOURCES IN TECHNOLOGY ELECTRONIC INK: NEW 'SMARTS' FOR THE PRINTED WORD
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RESOURCES IN TECHNOLOGY ELECTRONIC INK: NEW 'SMARTS' FOR THE PRINTED WORD

机译：技术电子墨水资源：印刷字词的新“智能”

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Gyricon calls it Smart Paper~(TM); E Ink Corporation calls it electronic ink. Both companies have developed and are marketing a new type of electronic paper that could vastly change our communications and visual media technology. Paper has been the mainstay of written communications technology since Ts'ai Lun of China created the first quality writing surface, circa 104 AD. Ts'ai Lun took the inner bark of a mulberry tree and bamboo fibers, mixed them with water, pounded them with a wooden tool, poured the mixture onto a flat piece of coarsely woven cloth and let the water drain through, leaving only the fibers on the cloth. When the fibers dried, Lun discovered he had a writing surface that was easy to make, lightweight, and portable. The same qualities that Lun had achieved with his paper are the qualities Gyricon and E Ink hope will be the driving force in the acceptance of their electronic paper in today's global marketplace. Both companies are offshoots of major research institutions: Gyricon from the Xerox Palo Alto Research Center (PARC) and E Ink from the Massachusetts Institute of Technology Media Laboratory. Both firms base their core technologies on tiny, electrically charged beads, with the imaging capability controlled electronically. These two companies are not only racing against themselves to commercialize their products but are also anticipating competition from the organic light-emitting diodes that are beginning to emerge from other research laboratories (Ditlea, 2001).
机译：吉利康将其称为Smart Paper〜（TM）； E Ink Corporation称之为电子墨水。两家公司都已经开发并正在销售一种新型的电子纸，这种电子纸可能会极大地改变我们的通信和视觉媒体技术。自从中国的蔡伦创造了大约公元104年的第一个高质量的书写面以来，纸张一直是书面通信技术的支柱。蔡伦摘取了桑树和竹纤维的内皮，将其与水混合，用木制工具捣碎，将混合物倒在一块平整的粗织布上，然后沥干水分，只剩下纤维在布上。当纤维干燥时，伦发现他的书写表面易于制造，轻巧且便于携带。伦恩（Lun）用纸获得的相同品质是吉利康（Gyricon）和电子墨水（E Ink）所希望的品质，这将成为在当今全球市场上接受电子纸的动力。两家公司都是主要研究机构的分支机构：施乐帕洛阿尔托研究中心（PARC）的Gyricon和麻省理工学院媒体实验室的E Ink。两家公司的核心技术均基于带电的微小珠子，其成像能力由电子控制。两家公司不仅在争夺自己的产品商业化的竞争，而且还期待着有机发光二极管的竞争，有机发光二极管已经开始从其他研究实验室中出现（Ditlea，2001）。

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