FalconSAT-7: A membrane space solar telescope

机译：FalconSAT-7：膜太空太阳望远镜

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The US Air Force Academy of Physics has built FalconSAT-7, a membrane solar telescope to be deployed from a 3U CubeSat in LEO. The primary optic is a 0.2m photon sieve - a diffractive element consisting of billions of tiny circular dimples etched into a Kapton sheet. The membrane its support structure, secondary optics, two imaging cameras and associated control, recording electronics are packaged within half the CubeSat volume. Once in space the supporting pantograph structure is deployed, extending out and pulling the membrane flat under tension. The telescope will then be directed at the Sun to gather images at H-alpha for transmission to the ground. We will present details of the optical configuration, operation and performance of the flight telescope which has been made ready for launch in early 2017.

机译：美国空军物理学院已经建造了FalconSAT-7，这是一种薄膜太阳望远镜，可以从LEO的3U CubeSat部署。主要的光学元件是一个0.2m的光子筛子-一种衍射元素，由数十亿个细微的圆形酒窝组成，被蚀刻到Kapton薄板中。膜的支撑结构，辅助光学元件，两个成像摄像机以及相关的控制，记录电子设备包装在一半的CubeSat体积内。一旦进入空间，受电弓结构便展开，伸出并在张力作用下将膜拉平。然后，望远镜将对准太阳，以H-alpha收集图像以传输到地面。我们将介绍准备在2017年初发射的飞行望远镜的光学配置，操作和性能的详细信息。

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《Conference on space telescopes and instrumentation》|2016年|99041P.1-99041P.8|共8页
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Geoff Andersen; Olha Asmolova; Matthew G. McHarg; Trey Quiller; Carlos Maldonado;
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Membrane optics; space telescope; diffractive optics; satellite imaging;

机译：膜光学太空望远镜衍射光学卫星成像;

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1. Falconsat-7 Features Innovative Telescope Design [J] . TITUS LEDBETTER III Space news . 2012,第35期

机译：Falconsat-7具有创新的望远镜设计
2. Catchers of the Light: Forgotten Lives of the Men and Women who First Photographed the Heavens, vol 1, Catching Space. Origins, Moon, Sun, Solar System & Deep Space, vol 2, Imaging Space. Spectra, Surveys, Telescopes, Digital & Appendices [J] . Becker Barbara J. Journal for the History of Astronomy . 2014,第AUGaPTa3期

机译：光的守望者：第一次为天堂拍照的男人和女人的被遗忘的生活，第一卷，捕捉空间。起源，月球，太阳，太阳系和深空，第2卷，成像空间。光谱，测量，望远镜，数字和附录
3. Displacement Analysis of Solar Magnetic Field Images in EUV Wavelengths of Space Solar Telescope [J] . Liu Yang, Song Kefei, Wang Xiaodong, International Journal of Pattern Recognition and Artificial Intelligence . 2019,第3期

机译：空间太阳望远镜EUV波长中太阳磁场图像的位移分析
4. FalconSAT-7: A membrane space solar telescope [C] . Geoff Andersen, Olha Asmolova, Matthew G. McHarg, Conference on Space Telescopes and Instrumentation . 2016

机译：Falconsat-7：膜太阳能望远镜
5. Atomic Layer Deposition Re ective Coatings for future Astronomical Space Telescopes and the Solar Corona viewed through the MinXSS (Miniature X-ray Solar Spectrometer) CubeSats [D] . Moore, Christopher Samuel. 2017

机译：通过MinXSS（微型X射线太阳光谱仪）CubeSat可以看到用于未来天文太空望远镜和太阳电晕的原子层沉积反射膜
6. Unprecedented Fine Structure of a Solar Flare Revealed by the 1.6 m New Solar Telescope [O] . Ju Jing, Yan Xu, Wenda Cao, -1

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7. Preface to Special Edition of EMP, Reporting on the INAF/Arcetri-ESO-Workshop on “Future Ground-based Solar System Research: Synergies with Space Probes and Space Telescope” held at Portoferraio, Elba, Italy, 8–12 September 2008 [O] . Hans Ulrich Käufl, Gian Paolo Tozzi 2009

机译：EM＆P特别版的序言，在2008年9月8日至12日，在2008年9月8日至12日，举办了关于“未来地面太阳系研究：”未来地面太阳能系统研究：空间探测器和太空望远镜协同作用“的序言＆P＆Acceti-eSo讲习班。2008年9月8日至12日，埃尔巴
8. FalconSAT-7: A Photon Sieve Solar Telescope [R] . Andersen, G., Dearborn, M., McHarg, G. 2011

机译：猎鹰saT-7：光子筛太阳望远镜

FalconSAT-7: A membrane space solar telescope

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