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Artificial formation of nucleation seed in excimer laser recrystallization of poly-Si

机译:聚乙烯激光重结晶中的核细胞核细胞的人工形成

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Excimer laser annealing method employing artificial nucleation seed is proposed to increase the grain size of polycrystalline silicon(poly-Si). We utilize Si component incorporated in aluminum(Al)-sputtering source for the nucleation seed. Siclusters which are to be used as nucleation seed are successfully formed on the substrate by deposition and etch-back of Si-incorporated Al layer. Irradiation of excimer laser on amorphous silicon(a-Si) film deposited on the substrate prepared by ourmethod results in enlargement of poly-Si grains, compared with conventional laser recrystallization. Poly-Si thin film transistor also shows much improved electrical performance which directly reflects the quality of poly-Si film recrystallized by ourmethod.
机译:提出了采用人造成核种子的准分子激光退火方法,以增加多晶硅(Poly-Si)的晶粒尺寸。我们利用含有含有成核种子的铝(Al)算源的Si组分。通过沉积和蚀刻的Si掺入的Al层成功地在基板上成功地形成了将要用作成核种子的SiClusters。与常规激光重结晶相比,通过METMETHOD沉积在沉积在沉积在沉积在沉积在沉积在沉积在沉积在通过常规激光重结晶的基材上的基板上的薄膜的辐射。 Poly-Si薄膜晶体管还显示出大大改进的电气性能,该电性能直接反映了通过Metmethod重结晶的聚-Si膜的质量。

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