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Assembling Silicon Pore Optics into a Modular Structure

机译:将硅孔光学器件组装成模块化结构

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The XEUS petals encompass the optical bench structure of the stand alone X-Ray Optical Units (XOU) based on the high performance and light weight Silicon Pore Optics technology. The performance aspects under consideration of the design drivers, the related trade offs (e.g. mechanical concepts, material selection, XOU butting efficiency etc.) and the current development activities wrt. the design, manufacturing, assembly and the functional and environmental test verification approach of the Form Fit Function Model are described in this paper. Special emphasis is given to the critical external optical and mechanical interfaces coherent to the mission design, e.g. the Mirror S/C frame work structure and the Detector S/C. The technology program is based on the heritage achieved within the context of the XMM/Newton telescope development. The investigations of the correlated programmatic aspects towards the FM production by application of effective robot system supported assembly procedures shall be illustrated.
机译:Xeus花瓣基于高性能和轻质硅孔光学技术涵盖独立X射线光学单元(Xou)的光学台面结构。在设计司机的绩效方面,相关的贸易票据(例如机械概念,材料选择,Xou珍珠等)和当前的开发活动WRT。本文描述了表格配合功能模型的设计,制造,组装和功能和环境试验验证方法。特别强调对任务设计相干的关键外部光学和机械接口,例如,镜面S / C帧工作结构和探测器S / C。技术计划基于XMM / Newton望远镜开发的背景下实现的遗产。应说明通过应用有效机器人系统支持的集会程序对FM生产进行相关的方面的调查。

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