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Starshade Scaling Relations

机译:Starshade扩大的关系

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摘要

The New Worlds Observer enables high-contrast imaging by placing a space telescope in the dark shadow cast by an apodized starshade. Depending on the science requirements, we consider starshades that provide a wide range of contrast (from ~10~(-4) to more than 10~(-15)) over an octave of wavelength (from UV to Visible) at a variety of inner working angles (from a few milliarcseconds to several arcseconds). The starshade-telescope system is described by many parameters, including starshade diameter, telescope diameter, starshade-telescope separation, and wavelength range, that interact non-linearly. In this paper, we show how the different parameters contribute to the starshade's performance and discuss the selection process for different science requirements.
机译:新世界观测器通过将空间望远镜放置在黑暗的阴影中,通过在阴影中施放的阴影中的俯就来实现高对比度成像。根据科学要求,我们考虑在各种波长(来自UV到可见)的八度(从UV到可见)的速度上提供各种对比度(从〜10〜(-4)到超过10〜(--15))的星形内在工作角度(从几毫克到几个弧形的弧度)。恒星望远镜系统由许多参数描述,包括星状直径,望远镜直径,星形望远镜分离和波长范围,其非线性地相互作用。在本文中,我们展示了不同的参数如何为Starshade的性能有所贡献,并讨论不同的科学要求的选择过程。

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