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The mirror module design for the cryogenic x-ray imaging spectrometer on-board ORIGIN

机译:车载低温X射线成像光谱仪的反射镜模块设计ORIGIN

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摘要

ORIGIN is a medium size high-energy mission concept submitted to ESA in response to the Cosmic Vision call issued on July 2010. The mission will investigate the evolution of the Universe by performing soft X-ray high resolution spectroscopic measurements of metals formed in different astrophysical environments, from the first population III stars at z > 7 to the present large scale structures. The main instrument on-board ORIGIN will be a large format array of TES X-ray micro-calorimeters covering a FOV of 30' at the focal plane of a grazing incidence optical module with a focal length of 2.5 m and an angular resolution of 30'' HEW at 1 keV. We present the optical module design which is based on hybrid technologies, namely Silicon Pore Optics for the outer section and Ni electro-forming for the inner section, and we present the expected performances based on test measurements and ray-tracing simulations.
机译:ORIGIN是为响应2010年7月发出的Cosmic Vision呼吁而提交给ESA的中型高能飞行任务概念。飞行任务将通过对不同天体形成的金属进行软X射线高分辨率光谱测量,来研究宇宙的演化从z> 7的第一批III类恒星到现在的大型结构。车载的主要仪器ORIGIN将是TES X射线微热量计的大幅面阵列,在掠入射光学模块的焦平面处,FOV为30',焦距为2.5 m,角分辨率为30 ''以1 keV的速度旋转。我们介绍了基于混合技术的光学模块设计,即外部的硅微孔光学器件和内部的镍电铸技术,并基于测试测量和光线跟踪模拟,给出了预期的性能。

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