X-ray Production Efficiency at 130 Å from Laser-Produced Plasmas

R. Kauffman, D. Phillion
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引用次数: 6

Abstract

Laser-produced sources for soft x-ray projection lithography require high brightness in a narrow x-ray band in the region of high reflectivity for multilayer optics. Lasers will also probably be of only modest power matching near term laser technology development for high efficiency, high repetition rate lasers. Little experimental work has been done on characterizing x-ray emission below 300 eV at laser irradiations of a Joule or less. Experimental data will be needed over a large range of laser parameters including wavelength, intensity, and pulse width in order to assess the relative merits of any laser system proposed as a source for soft x-ray projection lithography.
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激光产生的等离子体在130 Å的x射线产生效率
用于软x射线投影光刻的激光光源要求在多层光学系统的高反射率区域的窄x射线波段内具有高亮度。与近期激光技术发展的高效率、高重复率激光器相匹配,激光器也可能只有适度的功率。在1焦耳或更小的激光照射下,对300 eV以下的x射线发射进行表征的实验工作很少。为了评估作为软x射线投影光刻光源的任何激光系统的相对优点,将需要在大范围的激光参数范围内的实验数据,包括波长、强度和脉冲宽度。
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Achieving Uniform Multilayer Coatings on Figured Optics Differential Phase Contrast Imaging in the Scanning Transmission X-ray Microscope X-ray Production Efficiency at 130 Å from Laser-Produced Plasmas Design and Analysis of Multi-Mirror Soft X-Ray Projection Lithography Systems On the feasibility of X-ray nonlinear resonant effects in plasma
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