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Applications of excimer lasers in microelectronics,

机译:准分子激光器在微电子领域的应用,

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Abstract: Among the newly developed techniques for thin film processing and semiconductor device fabrication, the excimer laser is one of the most promising and powerful due to its usefulness for rapid thermal processing and surface microstructure modification. To date, its applications in microelectronics include deep UV lithography, metal deposition and reflow, process monitoring and diagnostics, laser repairing, and thin film processing including high temperature superconductor material synthesis and laser enhanced chemical vapor deposition (CVD). In this paper, the status of semiconductor device metallization using excimers laser will be reviewed, and recent development in texturization of polycrystalline silicon thin films, silicide formation, and maskless patterning using excimer lasers will be presented.!21
机译:摘要:在薄膜加工和半导体器件制造的最新技术中,受激准分子激光器因其对快速热处理和表面微结构改性的有用性而成为最有前途和最强大的激光器之一。迄今为止,其在微电子领域的应用包括深紫外光刻,金属沉积和回流,过程监控和诊断,激光修复以及包括高温超导体材料合成和激光增强化学气相沉积(CVD)在内的薄膜处理。在本文中,将对使用准分子激光的半导体器件金属化的现状进行回顾,并将介绍多晶硅薄膜的纹理化,硅化物的形成以及使用准分子激光的无掩模图案化的最新进展。21

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