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首页> 外文期刊>Applied optics >Radio-frequency-preionized xenon z-pinch source for extreme ultraviolet lithography
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Radio-frequency-preionized xenon z-pinch source for extreme ultraviolet lithography

机译:用于极端紫外光刻的射频电离氙Z夹源

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摘要

Intense amplified spontaneous emission is generated in generally axial directions in a recombining uniform Z pinch. This effect allows the generation of highly efficient soft x-ray beams, including the intense xenon-band emission at 134 #, of interest for extreme ultraviolet lithography. We discuss the characteristics of this source, including optimization of the xenon-helium mix and measurements of source size, brightness, and positional and amplitude stability. The issues involved in increasing power to the lithography class by an increase in the repetition rate are discussed. The life and operating costs of a lithography source are considered.# 1998 Optical Society of America OCIS codes: 040.7190, 220.0220, 220.3740, 340.0340.
机译:在重组的均匀Z形夹中,在大体轴向方向上会产生强烈的放大自发发射。这种效果允许产生高效的软X射线束,包括134#时强烈的氙带发射,这是极端紫外光刻所感兴趣的。我们讨论了这种光源的特性,包括氙氦混合气的优化以及光源尺寸,亮度以及位置和幅度稳定性的测量。讨论了通过增加重复率来增加光刻类的功率的问题。考虑了光刻源的寿命和运行成本。#1998美国光学学会OCIS代码:040.7190、220.0220、220.3740、340.0340。

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