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Application of laser plasma soft x-ray and EUV sources in micro- and nanotechnology

机译:激光等离子体软X射线和EUV源在微型和纳米技术中的应用

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Results on micro- and nanoprocessing of organic polymers using X-rays and extreme ultraviolet (EUV) generated from laser-plasma radiation sources are presented in the paper. The sources used in the studies are based on the gas puff target approach developed at the Institute of Optoelectronics, Warsaw. Processing of polymers is connected with non-thermal ablation under the influence of energetic photons of X-ray and EUV radiation. The process can be useful for practical applications as it makes possible to produce structures with sub-micron spatial resolution that is not possible using the thermal ablation. The new technology will be used for production of photonic microstructures and for modification of polymer surfaces for biomedical applications.
机译:结果在纸上提出了使用激光等离子辐射源产生的X射线和极紫外(EUV)的有机聚合物的微量和纳米处理。研究中使用的来源是基于华沙光电研究所开发的气体粉扑目标方法。聚合物的加工在X射线和EUV辐射的能量光子的影响下与非热消融有关。该过程对实际应用有用,因为它可以产生具有使用热烧蚀不可能的子微米空间分辨率的结构。新技术将用于生产光子微观结构和用于改性生物医学应用的聚合物表面。

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