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Texture of Gold-palladium couples

机译:金钯情侣的质感

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摘要

The crystal textures of polycrystalline films of gold-palladium couples on an oxidized silicon (100) substrates were investigated via x-ray diffraction (XRD) pole figures. Studies were performed on both as-deposited and thermally annealed films. Scanning electron microscopy (SEM) was used to examine the microstructures of the seed layer thin films as deposited. The {111} texture formation of gold-palladium thin film couples displayed a strong dependence on the nature of the underlying seed layer. Gold films deposited on a palladium seed layer revealed much less degree of {111} texture, than gold films deposited directly on a silicon dioxide surface. In contrast, palladium films deposited on polycrystalline gold films showed a higher degree of {111} texture, compard to palladium films deposited directly for palladium on gold than for gold on palladium. These results are interpreted in terms of the gold-palladium diffusion mechanism and the interactionof the condensing metals with the oxygens of the SiO_2 substrate surface.
机译:通过X射线衍射(XRD)极图研究了在氧化的硅(100)衬底上的金-钯对的多晶膜的晶体织构。对沉积膜和热退火膜都进行了研究。扫描电子显微镜(SEM)用于检查沉积的种子层薄膜的微观结构。金-钯薄膜对的{111}纹理形成显示出对下面的种子层的性质的强烈依赖性。与直接沉积在二氧化硅表面上的金膜相比,沉积在钯种子层上的金膜的{111}织构度要低得多。相反,与直接沉积在金上的钯相比,沉积在多晶金膜上的钯膜表现出更高的{111}织构度,这与直接沉积在钯金上的钯膜相比。这些结果可以通过金-钯扩散机理以及冷凝金属与SiO_2衬底表面的氧的相互作用来解释。

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