| Document Date: 2012-07-19 11:04:58
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City B1 Preform / Cambridge / St Paul / / Company Perot / Bell Labs / Graphics Film Laboratory / Research Laboratory / FABRIC AND FIBRE WEB SYSTEMS / 3M / Metal Semiconductor / Figure 3 Metal / GE / / Country Turkey / United States / / / Facility Building 235-1E-54 / Research Laboratory of Electronics / Bilkent University / One Kendall Square Building / Massachusetts Institute of Technology / / IndustryTerm fibre device / optical and thermal imaging systems / optical and thermal imaging tasks / fibre devices / sequential high-precision processing steps / fabric systems / functional electronic and optoelectronic devices / thin-film semiconducting devices / interface-energy-driven capillary break-up mechanisms30 / thermal and acoustic devices / wafer-based processing approaches / 2D fibre web / business to business / concentric thin-semiconductor-film devices / photosensitive solid-core fibre device / fibre surface devices / conventional preform-based fibre-processing methods / functional fibre devices / energy dissipation mechanisms / optical and thermal imaging capabilities / imaging / electronic and optoelectronic devices / energy increase / energy / fibre processing / metal / telecommunications industry3 / insulator fibre devices / thin-film devices / unifunctional fibre devices / compact fibre-based devices / integrated fibre devices / chemical composition / telecommunications / phase-retrieval algorithm / electronics / optical processing tasks / chemical contaminants / light-sensing device / thin-film fibre device / / Organization Massachusetts Institute of Technology / Bilkent University / Ankara / / ProvinceOrState Minnesota / Massachusetts / / Technology semiconductor / radiation / phase-retrieval algorithm / laser / semiconductors / lasers / dielectric / / URL www.nature.com/naturematerials / /
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