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작성일 : 14-03-31 16:56
3월 28일(목) 우주과학과 세미나 안내
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안녕하세요. 우주과학과 우주탐사학과 여러분.
 
세미나 공지 드리겠습니다.
 
 
이번 세미나는 3월 28일 (금) 오후 4시 30분 천문대 영상실에서 있습니다.
 
Korea Aerospace Research Institute의 송영주 박사님께서 "Mission to the Moon: Preliminary Mission Design & Analysis Results (From Earth Departure to Mission Operation)" 라는 제목의 강연을 해 주실 예정입니다.
 
강연은 한국어로 진행됩니다.
 
 
세미나 참석을 원하시는 분은 세미나 시작 10분 전까지 입실해 주시기 바랍니다.
 
많은 참석 부탁드립니다. 감사합니다.
 

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Dear Colleagues,
 
There will be an Astronomy and Space Science 28st, 4:30 PM,  in Auditorium, Kyung Hee Astronomical Observatory.
Dr. Young-Joo Song of Korea Aerospace Research Institute will give a presentation about "Mission to the Moon: Preliminary Mission Design & Analysis Results (From Earth Departure to Mission Operation)".
 
The language of the seminar will be Korean.
 
 
You are asked to join the seminar five to ten minutes before it starts. Your attendance will greatly be appreciated.
 
Thank you,
 
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Seminar Information
 
When: March 28st (Fri), 4:30 PM
 
Where: Auditorium, Kyung Hee Astronomical Observatory.
 
Speaker: Young-Joo Song, Korea Aerospace Research Institute, Korea
 
Title : Mission to the Moon: Preliminary Mission Design & Analysis Results (From Earth Departure to Mission Operation)

Abstract:
To join the ranks of space industry powerhouses, Korea plans to send up a lunar orbiter and lander before the
end of the 2020, and explore other planets beyond. Therefore, KARI (Korea Aerospace Research Institute) is
performing pre-phase development with researches related. This seminar is devoted to introduce preliminary
mission design and analysis results from trans-lunar injection to orbiting around the Moon with predicted
spacecraft’s tracking schedules. Starting from KARI VISION 2040 recently announced, general flight phases for
the planetary mission will briefly be discussed. Strategies to design an optimal Earth-Moon transfer trajectory
and their associated results will be presented using impulsive, finite and low (constant & variable) thrusts. The
characteristics of the lunar polar orbiter’s lifetime will also be discussed and finally, the predicted tracking
schedule for the entire lunar mission is treated.