Mg/B4C EUV multilayer by introducing Co as barrier layer

Haochuan Li, Sika Zhou, Qiushi Huang, M. Tan, Li Jiang, Jingtao Zhu, Xiaoqiang Wang, Fengli Wang, Zhong Zhang, Zhanshan Wang, Lingyan Chen
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引用次数: 2

Abstract

Mg/B4C multilayer provides very high theoretical reflectivity in extreme ultraviolet range near 30.4nm wavelength, while the interface between Mg and B4C layer is very poor. In this paper, Co was introduced into the interface between Mg and B4C as a barrier layer. Mg/B4C and Co/Mg/Co/B4C multilayers were designed, fabricated, and measured for the wavelength of 30.4nm. The thickness of Co barrier layer was optimized. Grazing incidence x-ray reflectance measurements show that the structural quality of Co/Mg/Co/B4C multilayer is improved significantly after Co barrier layer inserting, and the optimum thickness of the barrier layer is 1.5nm.
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引入Co作为阻挡层的Mg/B4C EUV多层膜
Mg/B4C多层膜在30.4nm波长附近的极紫外波段具有很高的理论反射率,而Mg与B4C层之间的界面非常差。本文将Co作为势垒层引入Mg与B4C的界面。设计、制备了Mg/B4C和Co/Mg/Co/B4C多层膜,并对其波长为30.4nm进行了测量。优化了Co阻挡层的厚度。掠入射x射线反射率测量结果表明,加入Co势垒层后,Co/Mg/Co/B4C多层膜的结构质量得到明显改善,势垒层的最佳厚度为1.5nm。
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