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首页> 外文期刊>APL Materials >Ultrasmooth ultrathin Ag films by AlN seeding and Ar/N2 sputtering for transparent conductive and heating applications
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Ultrasmooth ultrathin Ag films by AlN seeding and Ar/N2 sputtering for transparent conductive and heating applications

机译:通过AlN注入和Ar / N2溅射形成的超光滑超薄Ag膜,用于透明导电和加热应用

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We report on the fabrication of 15-nm Ag films with 0.6 nm RMS roughness and only 3 times the bulk electrical resistivity using a transparent AlN seed layer and Ar/N2 (60% N2) based sputtering of Ag. Either AlN-seeding or Ar/N2 sputtering alone reduces the percolation threshold of Ag thin films and smoothens their surface. However, significant reduction in localized surface plasmon resonance was observed only through the use of Ar/N2 sputtering. As a demonstration of its application as a transparent conductive film, we construct a transparent heat-regulating metallo-dielectric coating using our ultrathin ultrasmooth Ag films with minimal optical absorption loss.
机译:我们报道了使用透明的AlN籽晶层和基于Ar / N2(60%N2)的Ag溅射制备的具有0.6 nm RMS粗糙度且仅为3倍体电阻率的15 nm Ag膜的制造。单独进行AlN注入或Ar / N2溅射均可降低Ag薄膜的渗滤阈值并使其表面光滑。但是,只有通过使用Ar / N2溅射,才能观察到局部表面等离子体共振的显着降低。为了证明其作为透明导电膜的应用,我们使用超薄超光滑Ag膜构建了透明的热调节金属介电涂层,其光吸收损耗最小。

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