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Progress of Topcoat and Resist Development for 193nm Immersion Lithography

机译:193nm浸没式光刻的面漆进展及抗蚀剂的发展

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193nm immersion lithography is the most promising lithography candidate for 45nm node technology and beyond. However, immersion specific issue, such as the immersion specific defect and the leaching of resists compound into immersion fluid, still exists without any effective countermeasure. To realize a productive 193nm immersion lithography process, we have to develop a cost effective material that might be immersion dedicated resist. In this paper, we investigated the leaching with different polymer protective agents and hydrophobicity. It was found that the leaching amount was strongly related to the activation energy of the protective agent and hydrophobicity of the polymer. Higher activation energy of protective agents and higher hydrophobicity of polymer showed less amount of leaching. In this paper, newly developed developable type topcoat TILC™-031 demonstrated the excellent ability of immersion defect prevention.
机译:193nm浸没式光刻技术是45nm节点技术及以后的最有希望的光刻技术。但是,在没有任何有效对策的情况下,仍然存在诸如浸没缺陷和抗蚀剂化合物浸入浸没液中的浸没特定问题。为了实现高效的193nm浸没式光刻工艺,我们必须开发一种经济有效的材料,该材料可能是浸没式专用抗蚀剂。在本文中,我们研究了使用不同的聚合物保护剂和疏水性进行的浸出。发现浸出量与保护剂的活化能和聚合物的疏水性强烈相关。保护剂的较高活化能和聚合物的较高疏水性表明较少的浸出。在本文中,新开发的可显影型面漆TILC™-031表现出出色的防止浸入缺陷的能力。

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