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Intense EUV incoherent plasma sources for EUV lithography and other applications

机译:适用于EUV光刻和其他应用的强EUV非相干等离子体源

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摘要

Intense visible and ultraviolet sources, both incoherent and coherent, have been used in a variety of commercial applications over the years. Perhaps two of the most far-reaching applications are in the areas of microlithography and materials processing. In microlithography, the mercury vapor discharge lamp has provided the illuminating flux for microlithography machines for over 20 years. More recently, excimer lasers are playing an increasing role in this field. In materials processing, because of flux requirements that will be discussed later, sources have been largely restricted to lasers. The available lasers cover a wide range of wavelengths and pulse durations and have become major industrial tools for a broad spectrum of applications. This paper will point out the role that intense extreme ultraviolet incoherent (nonlaser) sources might play in the future, in that they may be able to provide similar intensities to those presently provided only by lasers, but in a much simpler, more efficient way and, in semi systems, at a potentially much lower cost.
机译:多年来,不相干和相干的强烈可见光和紫外线源已用于多种商业应用中。可能在微光刻和材料处理领域中,两个最广泛的应用。在微光刻中,汞蒸气放电灯为微光刻机提供了超过20年的照明通量。最近,准分子激光器在该领域中起着越来越重要的作用。在材料加工中,由于将在后面讨论通量要求,因此光源主要限于激光。可用的激光器涵盖了广泛的波长和脉冲持续时间,并已成为广泛应用的主要工业工具。本文将指出未来强紫外线非相干(非激光)光源可能会发挥的作用,因为它们可能能够提供与目前仅由激光提供的强度相似的强度,但方式要简单得多,效率更高,而且在半系统中,成本可能低得多。

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