The Design Concept of the First Mobile Satellite Laser Ranging System (ARGO-M) in Korea
The Design Concept of the First Mobile Satellite Laser Ranging System (ARGO-M) in Korea
조중현(한국천문연구원); 박인관(한국천문연구원); 임형철(한국천문연구원); 서윤경(한국천문연구원); 임홍서(한국천문연구원); 이진영(한국천문연구원); 방승철(한국천문연구원); 나자경(한국천문연구원); 김광동(한국천문연구원); 장정균(한국천문연구원); 장비호(한국천문연구원); 박장현(한국천문연구원); 박종욱(한국천문연구원)
28권 1호, 93~102쪽
초록
Korea Astronomy and Space Science Institute (KASI) launched the development project of two satellite laser ranging (SLR) systems in early 2008 after the government fund approval of the SLR systems in 2007. One mobile SLR system and one permanent SLR station will be developed with the completion of the project. The main objectives of these systems will be focused on the Space Geodetic researches. A system requirement review was held in the second half of the same year. Through the following system design review meeting and other design reviews, many unsolved technical and engineering issues would be discussed and resolved. However, the design of the mobile SLR system is a corner stone of whole project. The noticeable characteristics of Korea’s first SLR system are 1) use of light weight main mirror, 2) design of compact optical assembly, 3) use of KHz laser pulse, 4) use of commercial laser generator, 5) remote operation capability,6) automatic tracking, 7) state of art operation system, etc. In this paper, the major user requirement and pre-defined specification are presented and discussed.
Abstract
Korea Astronomy and Space Science Institute (KASI) launched the development project of two satellite laser ranging (SLR) systems in early 2008 after the government fund approval of the SLR systems in 2007. One mobile SLR system and one permanent SLR station will be developed with the completion of the project. The main objectives of these systems will be focused on the Space Geodetic researches. A system requirement review was held in the second half of the same year. Through the following system design review meeting and other design reviews, many unsolved technical and engineering issues would be discussed and resolved. However, the design of the mobile SLR system is a corner stone of whole project. The noticeable characteristics of Korea’s first SLR system are 1) use of light weight main mirror, 2) design of compact optical assembly, 3) use of KHz laser pulse, 4) use of commercial laser generator, 5) remote operation capability,6) automatic tracking, 7) state of art operation system, etc. In this paper, the major user requirement and pre-defined specification are presented and discussed.
- 발행기관:
- 한국우주과학회
- 분류:
- 우주과학