[논문]The Transition Effect of Korea's Space Development

Kim, Jong-bum

doi:10.17703/ijact.2018.6.2.80

Abstract ▼ AI-Helper

In the 1990s, South Korea recently launched Space Development and is pushing for a step toward Space. In the Space Launch Vehicle field, the development of Practical satellite type Launch Vehicle (Korea Space Launch Vehicle II) has progressed to the stage of proprietary development, and in the field...

In the 1990s, South Korea recently launched Space Development and is pushing for a step toward Space. In the Space Launch Vehicle field, the development of Practical satellite type Launch Vehicle (Korea Space Launch Vehicle II) has progressed to the stage of proprietary development, and in the field of Satellite development, they also have a great deal of competitiveness. This study will be a shortcut to rediscovering our potential and looking for breakthroughs by reviewing and re-examining the effects of past Space development.

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문제 정의

The Korean astronaut project was executed in April 2008, when the first astronaut in Korea carried out space activities and scientific missions at the International Space Station through the Soyuz spaceship in Russia. It is aimed at manned space research according to the national long-term space development plan and the need for research on manned space technology. The first Korean astronaut candidate was selected in December 2006, and the two selected Korean astronauts received basic training and advanced training for the space station crew from January 2007 to March 2008.
Currently, it is carrying out the role of the existing KITSAT satellite and Science and Technology Satellite series through next generation small satellite development project, and plans to launch the next generation small satellite-1 in 2017. The purpose of this miniature satellite development project is preliminary research and development on the core technology of satellite body and payload, testing of space environment and space science experiment. In addition, it is aimed to nurture advanced R & D personnel with theory and practical experience of satellite related technology [4].
This study will be a shortcut to rediscovering our potential and looking for a breakthrough by reviewing the effects of past space development [2].

제안 방법

The first Korean astronaut candidate was selected in December 2006, and the two selected Korean astronauts received basic training and advanced training for the space station crew from January 2007 to March 2008. In April 2008, she boarded the Soyuz spacecraft in Russia and spent about a week in the International Space Station, where he returned to the Baikonur base in Kazakhstan after conducting scientific experiments, science promotion, communication with the ground, and relaying space activities. This process will be used as basic data for manned space technology.

대상 데이터

The KAIST satellite research center launched a small test satellite, 'KITSAT-1' ('92), to enter satellite country, and developed follow-up satellites of ' KITSAT-2' ('93) and 'KITSAT-3' ('99).
The Launch Vehicle field was launched in late 1980s and completed the development of a single-stage solid Science Rocket I (KSR-I) in 1993, and the launch tests were conducted on June 4 and September 1 of the same year. We then developed Science Rocket I (KSR-II), a two-stage solid Science Rocket I, and carried out launch tests successfully on July 9, 1997 and June 11, 1998.
It is aimed at manned space research according to the national long-term space development plan and the need for research on manned space technology. The first Korean astronaut candidate was selected in December 2006, and the two selected Korean astronauts received basic training and advanced training for the space station crew from January 2007 to March 2008. In April 2008, she boarded the Soyuz spacecraft in Russia and spent about a week in the International Space Station, where he returned to the Baikonur base in Kazakhstan after conducting scientific experiments, science promotion, communication with the ground, and relaying space activities.

참고문헌 (12)

Korea Aerospace Research Institute, 20 Years of Korea Aerospace Research Institute (1989-2009), 2010.
J. B. Kim, "Characterization of Components of Space Development system in Korea", Journal of The Society for Aerospace System Engineering Vol. 10, No. 4, pp 41-49, 2016.
National Space Committee, The 3rd Space Development Promotion Basic Plan, 2018.
Ministry of Science and Technology, 2006 White Paper on Space Development, 2006.
Korea Aerospace Research Institute, 2015 Performance Report of Korea Aerospace Research Institute, 2016.
Ministry of Science and ICT, Plan for implementation of space development in 2018, 2018.
Ministry of Science and ICT, 50 Years of Science and Technology, 2017.
Ministry of Science, ICT and Future Planning, Introduction to Space Activities in Korea, 2014.
J. B. Kim, "Spin-offs from space technology to cultural life ", International Journal of Advanced Culture Technology Vol.5 No.3 1-10, 2017.

원문보기 상세보기
Handberg, R., "Rationales of the Space Program", Space Politics and Policy, Kluwer Academic Publishers, 2002.
J. B. Kim, Inter-Country Comparison of Space Development Innovation Systems in Korea, Japan, and the USA, Korea University doctoral thesis, 2006.
J. S. Kim & M. H. Lee, "5G Mobile Communications : 4th Industrial Aorta" The Journal of the Convergence on Culture Technology Vol.4 No.1 333-351, 2018.

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