Progress cargo spacecraft observed with the AZT-33IK optical telescope

Klunko Evgeny Vladimirovich; Eselevich Maxim Viktorovich; Tergoev Vladimir Ivanovich

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Progress cargo spacecraft observed with the AZT-33IK optical telescope

机译：用AZT-33IK光学望远镜观察货运飞船的进展

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In this paper, we describe a telescope and measuring equipment used for optical observations of Progress cargo spacecraft (PCS), which were made during Radar–Progress space experiment sessions. We also demonstrate object tracking and measurement techniques. The observations were made with the optical telescope AZT-33IK at the Sayan Solar Observatory of ISTP SB RAS. During many of the sessions, we registered optical phenomena that occurred in regions of space surrounding the PCS and appeared due to the work of PCS onboard engines. The data we obtained can be used to independently control the geometry of the experiment and to analyze physical conditions in outer space.

机译：在本文中，我们描述了用于对“进步”货运航天器（PCS）进行光学观测的望远镜和测量设备，这些望远镜和测量设备是在“雷达–进步”太空实验会议期间制造的。我们还将演示对象跟踪和测量技术。观测是由ISTP SB RAS萨彦太阳天文台的光学望远镜AZT-33IK进行的。在许多会议中，我们记录了PCS周围空间区域中发生的光学现象，这些现象是由于PCS车载引擎的工作而出现的。我们获得的数据可用于独立控制实验的几何形状并分析外层空间的物理条件。

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《Solar-Terrestrial Physics》 |2016年第3期|共10页
作者
Klunko Evgeny Vladimirovich; Eselevich Maxim Viktorovich; Tergoev Vladimir Ivanovich;
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中图分类天文学;
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Space experimentOptical signalSpacecraftLow orbitTelescopic observations;

机译：空间实验光信号航天器低轨道望远镜观测;

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1. Parameters of optical signals registered with the AZT-33IK telescope in active Radar–Progress space experiment [J] . Eselevich Maxim Viktorovich, Khakhinov Vitaliy, Klunko Evgeny Vladimirovich Solar-Terrestrial Physics . 2016,第3期

机译：在有源雷达-太空实验中用AZT-33IK望远镜记录的光信号参数
2. Gravitational Orientation of Progress MS-07 and Progress MS-08 Transport Cargo Spacecraft [J] . Belyaev M. Yu., Matveeva T. V., Monakhov M. I., Cosmic research . 2019,第3期

机译：进展MS-07和进展MS-08运输货物航天器的引力方向
3. Gravitational Orientation of Progress MS-07 and Progress MS-08 Transport Cargo Spacecraft [J] . Belyaev M. Yu., Matveeva T. V., Monakhov M. I., Cosmic research . 2019,第3期

机译：引力取向的进展MS-07和进度MS-08运输货物航天器
4. RADIATION OF VLF ELECTROMAGNETIC WAVES BY LARGE LOOP MAGNETIC ANTENNA ONBOARD THE TRANSPORT CARGO SPACECRAFT 'PROGRESS-M' [C] . V.M.Chmyrev, V.N.Oraevsky, P.P.Savtchenko, 47th international astronautical congress . 1996

机译：运输货物航天器'PROGRESS-M'上大环磁天线对VLF电磁波的辐射
5. Feasibility of Reusable Continuous Thrust Spacecraft for Cargo Resupply Missions to Mars. [D] . Rabotin, C. B. 2017

机译：可重复使用的连续推力航天器用于向火星进行货物补给任务的可行性。
6. The Largest Electron Differential Energy Flux Observed at Mars by the Mars Express Spacecraft 2004–2016 [O] . R. A. Frahm, J. D. Winningham, A. J. Coates, -1

机译：火星快车观测到的火星上最大的电子差分能量通量2004–2016
7. Investigating the ionosphere response to exhaust products of “Progress” cargo spacecraft engines on the basis of Irkutsk Incoherent Scatter Radar data [O] . Борис Шпынев, Boris Shpynev, Сергей Алсаткин, 2017

机译：根据Irkutsk非连贯散射雷达数据，调查“进步”货物宇宙飞船发动机排气的电离层响应
8. Greater than 25 Mev Proton Events Observed by the High Energy Telescopes on the STEREO A and B Spacecraft and-or at Earth During the First Approximately Seven Years of the STEREO Mission. [R] . Richardson, I. G., Von Rosenvinge, T. T., Cane, H. V., 2014

机译：在sTEREO任务的最初大约七年中，sTEREO a和B航天器和/或地球上的高能望远镜观测到超过25 mev质子事件。

Progress cargo spacecraft observed with the AZT-33IK optical telescope

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