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Nano-particle emissions from Atomic Layer Deposition

机译:原子层沉积的纳米粒子排放

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ATOMIC Layer Deposition (ALD) is an enabling nanotechnology widely used for fabricating conformal, uniform and pin-hole free thin films which can be controlled precisely in nano-meter scale [1]. ALD can coat accurately on planar substrate as well as high aspect ratio surfaces [2]. Due to the advantages of ALD technology, in recent years ALD has been widely applied in many fields including semiconductors, solar cells, fuel cells, medical devices, sensors, etc. In the past decade, ALD has undergone rapid development toward large scale industrial applications [3]. However, ALD has significant sustainability issues which need to be fully investigated and improved prior to its industrial scale applications [4]. One of the most significant concerns of ALD is the potential nano-particle emissions from the ALD fabrication process which can cause both occupational and public health exposure risks as well as environmental impacts due to the unique properties of nano-particles.
机译:原子层沉积(ALD)是一种可实现的纳米技术,广泛用于制造保形,均匀和销钉自由薄膜,其可以精确地以纳米尺度控制[1]。 ALD可以在平面衬底上精确涂覆,以及高纵横比表面[2]。 由于ALD技术的优势,近年来,ALD已广泛应用于许多领域,包括半导体,太阳能电池,燃料电池,医疗器械,传感器等。在过去十年中,ALD经历了大规模工业应用的快速发展 [3]。 但是,ALD具有重要的可持续性问题,在其产业规模申请之前需要完全调查和改进[4]。 ALD最重要的问题之一是来自ALD制造过程的潜在纳米粒子排放,这可能导致职业和公共卫生暴露风险以及由于纳米粒子的独特性质而导致环境影响。

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