太陽黑子位置追蹤及應用於衛星程式前之資料研析

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Title:	太陽黑子位置追蹤及應用於衛星程式前之資料研析 Tracing of certain solar spot postion and data acquisition study before satellite orbital simulation.
Authors:	王盈淳 Wang, Ying-Chun
Contributors:	機械工程學系數位機電碩士班
Keywords:	太陽黑子 F10.7 福衛三號太空天氣 sunspots FORMOSAT-3 space weather
Date:	2014
Issue Date:	2014-02-20 15:51:52 (UTC+8)
Abstract:	本論文以太陽活動數據及國際相關衛星或地面大氣環境觀測之資料為內容，分析太陽黑子造成太空天氣劇烈的變化之結果以作為對衛星軌道影響之依據，因此本論文在討論人造衛星在太陽活動變化下之環境是否會受到劇烈影響之先期研析。利用追蹤太陽黑子群在太陽風暴爆發時之及時方向及位置討論是否會直接影響地球以及在太陽風方向上的人造衛星。本論文利用太陽F10.7指數與太陽黑子相似性，將F10.7加入大氣程式中，作為太陽黑子活動量的依據，以利分析太空環境的變化。對MSIS-E-90大氣模型、福衛三號數據與FUATMOS-2011大氣程式作三者比較，來驗證FUATMOS-2011大氣程式的準確度，將福衛三號資料納入FUATMOS-2011大氣程式增加其完整性。 This paper contains orbital trajectory analysis and basic simulate program with post-flight satellite data. Analysis sunspots cause drastic changes in the weather in space to as a basis for the impact of the satellite orbit. Preliminary analysis of this thesis discussed the satellites in the solar activity changes will be dramatic impact on the environment. We track the direction and location of the sunspot group to discuss whether it will directly affect the Earth and satellites in the solar wind direction. In this paper, the use of solar F10.7 index and sunspot similarity. F10.7 will be added to the atmosphere program, as the basis for the amount of sunspot activity, to facilitate the changes of analysis in the space environment. For The MSIS-E-90 Atmosphere Model, FORMOSAT-3 data and FUATMOS-2011 program for three comparisons, to verify the accuracy of atmospheric FUATMOS-2011 program. FORMOSAT-3 data will be added to the atmosphere FUATMOS-2011 program to increase its integrity.
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