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In praise of hybrid III-Vs and hybrid silicon

机译:赞扬混合III-V和混合硅

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Arkansas physics professor Huaxiang Fu decided to use solid state theory to examine the properties of a combination of organic material and inorganic semiconductors. Semiconductors are fast and 'smart' in electronics, but 'heavy, brittle and expensive.' His study examined the properties of a single atomic layer of semiconductor material sandwiched between two atomic layers of organic polymers. The finding: "the hybrid will retain the superior electronic properties of semiconductors as well as its mechanical flexibility of organic material and it even has a few advantages over the pure semiconductor material."
机译:阿肯色州物理学教授傅华祥决定采用固态理论来研究有机材料和无机半导体的组合的特性。半导体在电子产品中既快速又“智能”,但“笨重,脆弱且昂贵”。他的研究检查了夹在两个有机聚合物原子层之间的半导体材料单原子层的特性。研究发现:“混合材料将保留半导体的优越电子性能以及有机材料的机械柔韧性,甚至比纯半导体材料还具有一些优势。”

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