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Performance of gas jet type Z-pinch plasma light source for EUV lithography

机译:用于EUV光刻的气体喷射Z型捏等离子光源的性能

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摘要

A new gas jet Z-pinch extreme ultraviolet (EUV) light source having double gas jet electrodes has been developed. It has two nozzles and two diffusers. The EUV emission is collected from the side of Xe pinch plasma, which is generated in a gap between the inner nozzle and corresponding diffuser. A cylindrical shell of He gas curtain produced by the outer nozzle is specially designed for shielding the debris and suppressing the inner gas expansion. We have estimated EUV energy of 1.22 mJ/sr/pulse for a 2% bandwidth at 13.5 nm in the presence of the gas curtain. The estimated diameter and length of EUV source in FWHM are 0.07 mm and 0.34 mm, respectively, whereas the same in FW 1/e~2 are 0.15 mm and 1.2 mm, respectively.
机译:已经开发了具有双气体喷射电极的新型气体Z捏微紫外(EUV)光源。它有两个喷嘴和两个扩散器。 EUV发射是从Xe收缩等离子体的一侧收集的,该等离子体在内部喷嘴和相应的扩散器之间的间隙中生成。外喷嘴产生的氦气气幕的圆柱形外壳专门设计用于屏蔽碎屑并抑制内部气体膨胀。在存在气幕的情况下,对于13.5 nm处2%的带宽,我们估计EUV能量为1.22 mJ / sr /脉冲。在FWHM中EUV源的估计直径和长度分别为0.07 mm和0.34 mm,而在FW 1 / e〜2中EUV源的估计直径和长度分别为0.15 mm和1.2 mm。

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