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Lightweight and high angular resolution x-ray optics for astronomy Lightweight and high angular resolution x-ray optics for astronomy

机译:用于天文学的轻巧和高角度分辨率的X射线光学 r n t r n r n用于天文学的轻巧和高角度分辨率的X射线光学

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Astronomical observation in the x-ray band (wavelength from ~100 - 0.1 Angstroms) must take place above the atmosphere on a space platform. The most effective means of collecting x-ray photons is with imaging optics. As such lightweight and high angular resolution optics are essential for continued success of x-ray astronomy in coming years and decades. In this paper, I will briefly review the development of x-ray optics for astronomy in the past few decades and outline the technical approaches that we have adopted at the Goddard Space Flight Center for developing lightweight and high resolution x-ray optics to enable small and medium missions that can be implemented in the current decade as well flagship missions that can be implemented in the 2020's.
机译:X射线波段(波长约100-0.1埃)中的天文观测必须在太空平台的大气上方进行。收集X射线光子的最有效方法是使用成像光学器件。因此,轻巧和高角度分辨率的光学器件对于X射线天文学在未来几十年和未来的持续成功至关重要。在本文中,我将简要回顾一下过去几十年中用于天文学的X射线光学系统的发展,并概述了我们在戈达德太空飞行中心采用的技术方法,用于开发轻巧和高分辨率的X射线光学系统,以实现小型化。可以在当前十年执行的中型任务以及可以在2020年代执行的旗舰任务。

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