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首页> 外文期刊>Applied Surface Science >Characterization of laser-fired contacts in PERC solar cells: SIMS and TEM analysis applying advanced preparation techniques
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Characterization of laser-fired contacts in PERC solar cells: SIMS and TEM analysis applying advanced preparation techniques

机译:PERC太阳能电池中激光烧制触点的特性:采用先进的制备技术进行SIMS和TEM分析

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摘要

In this study we apply ion-beam supported preparation techniques for both mesa formation by trench sputtering and FIB 'lift-out' lamella cutting for dynamic SIMS and TEM analysis of laser-fired Al point contacts on Si, respectively. Detailed compositional and structural informations about the metallurgical contact formation process are obtained combining both characterization techniques. While TEM micrographs and microdiffraction patterns reveal a mixture of Al- and Si-crystals within the similar to 1 mu m thick Al rich re-solidified surface layer according to the AI-Si phase diagram, spatially resolved SIMS depth profiling indicates ppm-range Al-diffusion a few hundred nm into the buried, substantially undisturbed Si-lattice. (c) 2006 Elsevier B.V. All rights reserved.
机译:在这项研究中,我们采用离子束支持的制备技术,分别通过沟槽溅射和FIB“抬出”薄片切割来形成台面,以分别对Si上的激光烧制Al点触点进行动态SIMS和TEM分析。结合两种表征技术,可以获得有关冶金触点形成过程的详细成分和结构信息。 TEM显微照片和微衍射图显示,根据AI-Si相图,在类似于1微米厚的富含Al的重新凝固表面层中,Al和Si晶体混合存在,而空间分辨SIMS深度分析表明,ppm范围的Al扩散到埋入的,基本未受干扰的Si晶格中几百纳米。 (c)2006 Elsevier B.V.保留所有权利。

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