Near Ultraviolet Spectrograph for Balloon Platform

机译：气球平台用近紫外光谱仪

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Small and compact scientific payloads may be easily designed constructed and flown on high altitude balloons. Despite the fact that large orbital observatories provide accurate observations and statistical studies of remote and/or faint space sources, small telescopes on board balloons or rockets are still attractive because of their low cost and rapid response time. We describe here a near ultraviolet (NUV) spectrograph designed to be flown on a high-altitude balloon platform. Our basic optical design is a modified Czerny-Turner system using off the shelf optics. We compare different methods of aberration corrections in such a system. We intend the system to be portable and scalable to different telescopes. The use of reflecting optics reduces the transmission loss in UV. We plan on using an image intensified CMOS sensor operating in photon counting mode as the detector of choice.

机译：小型紧凑的科学有效载荷可以轻松设计并在高空气球上飞行。尽管大型轨道天文台提供了对遥远和/或微弱空间源的准确观测和统计研究，但气球或火箭上的小型望远镜仍然具有吸引力，因为它们的成本低且响应时间短。我们在这里介绍一种设计用于在高空气球平台上飞行的近紫外（NUV）光谱仪。我们的基本光学设计是使用现成的光学器件的改进的Czerny-Turner系统。我们比较了这种系统中像差校正的不同方法。我们希望该系统具有可移植性，并且可以扩展到不同的望远镜。使用反射光学器件可减少紫外线的透射损耗。我们计划使用以光子计数模式运行的图像增强型CMOS传感器作为首选检测器。

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来源
《International Conference on Optics and Photonics 2015》|2015年|96540D.1-96540D.6|共6页
会议地点 Kolkata(IN)
作者
A. G. Sreejith; Margarita Safonova; Jayant Murthy;
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作者单位

Indian Institute of Astrophysics, Koramangala, Bangalore 560 034, India;

Indian Institute of Astrophysics, Koramangala, Bangalore 560 034, India;

Indian Institute of Astrophysics, Koramangala, Bangalore 560 034, India;

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原文格式 PDF
正文语种 eng
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关键词
high altitude balloon; spectrograph; near ultraviolet; Czerny-Turner;

机译：高空气球光谱仪近紫外线切尔尼·特纳;

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1. History of extreme ultraviolet solar measurements in XX-XXI centuries: from balloons to the International Space Station as instrumental platforms [J] . Schmidtke G. Journal of optical technology . 2015,第3期

机译：二十至二十一世纪极端紫外线太阳测量的历史：从气球到国际空间站作为仪器平台
2. HISTORY OF EXTREME ULTRAVIOLET SOLAR MEASUREMENTS IN XX-XXI CENTURIES: FROM BALLOONS TO THE INTERNATIONAL SPACE STATION AS INSTRUMENTAL PLATFORMS [J] . G. Schmidtke Оптический журнал . 2015,第3期

机译：二十至二十世纪极端紫外线测量的历史：从气球到作为仪器平台的国际空间站
3. Spectrographs for ultraviolet and vacuum ultraviolet regions of the spectrum with cross-dispersion and method of alignment [J] . Golubovskii Yu. M., Gorbunov G. G., Ermolaeva G. M., Journal of optical technology . 2017,第4期

机译：用于紫外线和真空紫外线的光谱仪，具有交叉分散和对准方法
4. Near Ultraviolet Spectrograph for Balloon Platform [C] . A. G. Sreejith, Margarita Safonova, Jayant Murthy Modeling Aspects in Optical Metrology . 2015

机译：近紫外光谱仪进行气球平台
5. Optimal estimation of optical properties of mixed phase Arctic clouds observed from a tethered balloon platform. [D] . Sikand, Monika. 2011

机译：从系留气球平台观测到的混合相北极云的光学性质的最佳估计。
6. Ultraviolet Carbon Nanodots Providing a Dual-Mode Spectral Matching Platform for Synergistic Enhancement of the Fluorescent Sensing [O] . Liman Sai, Shuping Jiao, Jianwen Yang 2020

机译：紫外线碳纳米点为荧光传感的协同增强提供了双模式光谱匹配平台。
7. Wavelength Calibration of Balloon-Borne Ultraviolet Stellar Spectrograph [O] . R. Hoekstra 1977

机译：气球传播紫外线光谱仪的波长校准
8. Support of the Balloon-Borne Ultraviolet Stellar Spectrograph [R] . Timothy, J. G. 1986

机译：支持气球紫外线恒星光谱仪

Near Ultraviolet Spectrograph for Balloon Platform

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