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高通量X射线光学:综述。

High throughput x-ray optics: an overview.

作者信息

Gorenstein P

出版信息

Appl Opt. 1988 Apr 15;27(8):1433-9. doi: 10.1364/AO.27.001433.

Abstract

Several x-ray astronomy missions of the 1990s will contain focusing telescopes with significantly more collecting power than the Einstein Observatory. There is increasing emphasis on spectroscopy. ESA's XMM with 10(4) cm(2) of effective area will be the largest. A high throughput facility with over 10(5) cm(2) of effective area and 20-sec of arc angular resolution is needed ultimately for various scientific studies such as high resolution spectroscopic observations of QSOs. At least one of the following techniques currently being developed for fabricating x-ray telescopes including automated figuring of flats as parabolic reflectors, replication of cylindrical shells, and the alignment of thin lacquer-coated conical foils is likely to permit the construction of modular arrays of telescopes with the area and angular resolution required.

摘要

20世纪90年代的几项X射线天文任务将配备聚焦望远镜,其收集能力比爱因斯坦天文台强得多。对光谱学的重视与日俱增。欧洲航天局的XMM有效面积为10⁴平方厘米,将是最大的。最终,需要一个有效面积超过10⁵平方厘米、角分辨率为20弧秒的高通量设备来进行各种科学研究,如对类星体的高分辨率光谱观测。目前正在开发的用于制造X射线望远镜的以下技术中,至少有一种,包括将平面自动加工成抛物面反射镜、复制圆柱壳以及对齐涂有薄漆的锥形箔,可能会使建造具有所需面积和角分辨率的模块化望远镜阵列成为可能。

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