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首页> 外文期刊>Microsystem technologies >Fabrication of antiscatter grids and collimators for X-ray and gamma-ray imaging by lithography and electroforming
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Fabrication of antiscatter grids and collimators for X-ray and gamma-ray imaging by lithography and electroforming

机译:通过光刻和电铸制造用于X射线和γ射线成像的防散射栅和准直仪

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摘要

Creatv MicroTech has developed unique fabrication techniques to make high precision, high-aspect-ratio metal microstructures to custom specifications. A lithography based fabrication method permits precise fabrication of various microstructures. Collimators and antiscatter grids with continuous, smooth, thin, parallel or focused septa have been fabricated using deep X-ray and optical lithography, combined with metal electroforming. Microfabrication of high-aspect-ratio structures, especially of relatively large areas, presents many challenges: specialized mask design and X-ray mask fabrication; resist preparation, optimal exposure parameters, post-exposure processing, electroforming, polishing, and final assembly. Here, we present microstructures of various designs that we fabricated and describe the challenges that had to be overcome.
机译:Creatv MicroTech已开发出独特的制造技术,可将高精度,高纵横比的金属微结构制成定制规格。基于光刻的制造方法可以精确制造各种微结构。具有连续,光滑,薄,平行或聚焦隔片的准直仪和防散射栅已使用深X射线和光学光刻技术结合金属电铸技术制成。高纵横比结构的微细加工,尤其是相对较大面积的微细加工,提出了许多挑战:专业的掩模设计和X射线掩模的制造;抗蚀剂准备,最佳曝光参数,曝光后处理,电铸,抛光和最终组装。在这里,我们介绍了我们制作的各种设计的微结构,并描述了必须克服的挑战。

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