首页> 外文期刊>International Journal of Modern Physics, B. Condensed Matter Physics, Statistical Physics, Applied Physics >Fabrication of absorption gratings with X-ray lithography for X-ray phase contrast imaging
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Fabrication of absorption gratings with X-ray lithography for X-ray phase contrast imaging

机译:用X射线相位对比度成像制造具有X射线光刻的吸收光栅

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Grating-based X-ray phase contrast imaging is promising especially in the medical area. Two or three gratings are involved in grating-based X-ray phase contrast imaging in which the absorption grating of high-aspect-ratio is the most important device and the fabrication process is a great challenge. The material with large atomic number Z is used to fabricate the absorption grating for excellent absorption of X-ray, and Au is usually used. The fabrication process, which involves X-ray lithography, development and gold electroplating, is described in this paper. The absorption gratings with 4 pm period and about 100 mu m height are fabricated and the high-aspect-ratio is 50.
机译:基于光栅的X射线相位对比度成像尤其是在医疗区域中。 两个或三个光栅涉及基于光栅的X射线相位对比度成像,其中高纵横比的吸收光栅是最重要的装置,制造过程是一个很大的挑战。 具有大原子序数Z的材料用于制造吸收光栅以优异地吸收X射线,通常使用Au。 本文描述了涉及X射线光刻,显影和金电镀的制造过程。 制造具有4μm周期和约100μm高度的吸收光栅,并且高纵横比为50。

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