定焦光谱仪:一个新的设计概念

Jiang Shi-yang
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引用次数: 0

摘要

在反射镜中,光损失在主要焦点处最小,但在那里安装任何尺寸的光谱仪都太笨拙了。在本文中,我建议将狭缝放置在定焦处,随后立即安装准直镜,如图1所示。准直光束直径可达望远镜口径的九分之一,最大光谱分辨能力可达105。这种新设计可以在所有类型的工作中取代传统的卡塞格伦光谱仪。它非常适合用于下一代望远镜,如MMT和单望远镜阵列。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The prime-focus spectrometer: A new design concept

In a reflector, the light loss is at a minimum at the prime focus, but it is too awkward to mount a spectrometer of any size there. In this paper, I propose to place the slit at the prime focus to be followed immediately by a collimating mirror as shown in Fig. 1. The collimated beam diameter can be as large as one-ninth of the telescope aperture, and a maximum spectral resolving power of 105 can be achieved. This new design can replace with advantage the conventional Cassegrain spectrometer in all types of work. It is eminently suited for use in the next generation of telescopes such as the MMT and the single telescope array.

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