The State of Soft X-ray Projection Lithography in Japan

S. Ogura
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Abstract

Soft X-ray projection type Lithography has been expected to be most atractive technology in future electronics device production, paticularly since the realization of normal incidence soft x-ray mirror [1]. For instance, Kinoshita et al [2] and other groups [3,4] have already shown the feasibility of this technology, adopting a Schwartzschild optical system composed of normal mirrors. If neglecting process speed or throughput, it is widely accepted the projection type lithography is the one of most fascinateing candidate for future excess 1 G electronics device fabrication. For realizing this technology as a successor of Excimer and/or proximity x-ray lithography, a long range research and development have already started in Japan, at first individual necessitate component such as conpact SR source, typically SiC substrate mirror and multilayer mirror fabrications, including optical design works [5] for this purpose.
日本软x射线投影光刻技术现状
软x射线投影式光刻技术被认为是未来电子器件生产中最具吸引力的技术,特别是自从实现了正入射软x射线反射镜以来[1]。例如,Kinoshita等[2]和其他团队[3,4]已经证明了该技术的可行性,他们采用了由正镜组成的史瓦西光学系统。如果忽略工艺速度或吞吐量,人们普遍认为投影式光刻是未来超1g电子器件制造最迷人的候选之一。为了实现这项技术作为准分子和/或接近x射线光刻的继承者,日本已经开始了长期的研究和开发,首先是单个必要的组件,如紧凑的SR源,典型的SiC衬底反射镜和多层反射镜制造,包括为此目的的光学设计工作[5]。
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