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Flexible Thin Film Transistor Arrays as an Enabling Platform Technology: Opportunities and Challenges

机译:灵活的薄膜晶体管阵列作为启用平台技术:机遇和挑战

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摘要

Significant advances in large-area flexible electronics over the last decade have created a tremendous opportunity for revolutionary transformational engineered products and systems with unique and desirable form, fit and function. In these "Flexible Systems", materials and nano-, micro-, and macro-scale devices are integrated to produce valuable multi-functional products that are characteristically thin, lightweight, flexible, conformable, and ultra-rugged for use under challenging conditions. The practical opportunities seem limitless: one can envision new dual-use technologies that can be deployed to address critical needs in a diverse application space from health sciences to information and decision technology, security and emergency response, transportation, energy and the environment. Before this compelling future is realized, however, major advances in three critical areas must be achieved: (i) design and integration; (ii) flex-compatible materials, structures and devices; and (iii) scaleable and sustainable manufacturing processes.
机译:在过去的十年中,大面积的柔性电子显著进步创造了革命性的变革工程产品和系统,具有独特的和需要的形式,配合和功能的巨大的机会。在这些“柔性系统”,材料和纳米,微米,和宏观尺度装置集成,以产生有价值的多功能产品是特征性地薄,重量轻,柔性,贴合的,和超坚固使用具有挑战性的条件下进行。实际的机会似乎是无限的:人们可以设想,可以部署以应对从健康科学信息和决策技术,安全和应急,交通,能源和环境的不同应用空间的关键需求新的两用技术。实现这个引人注目的未来之前,但在三个关键领域的重大进展必须达到:(一)设计和集成; (ⅱ)挠曲兼容的材料,结构和装置;和(iii)可扩展和可持续的制造工艺。

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