| A Study on Anti-Submarine Surveillance Systems using Submarine's Turbulent Wake |
|
Yong-Chol Lee, Se-Han Lim, Jong-Jin Park, Jong-Han Jin, Woong Knag, Mon-Jin Lee, Yun-Bae Kim |
1R.O.K. Naval Academy
2KRISS
3
4 |
| 비음향신호(난류항적)를 이용한 대잠 탐색 및 감시체계 적용방안 연구 |
|
이용철, 임세한, 박종진, 진종한, 강웅, 이문진, 김윤배 |
1해군사관학교
2한국표준과학연구원
3한국해양연구원 해양시스템안전연구소
4포항공대 해양대학원 |
|
|
| Abstract |
|
Using Shear-free Ship wake theory it was predicted the detectable submarine's turbulent wake on the sea surface was about 12km long when there was no breaking waves on the sea surface. It means that there are sufficient detectable turbulent kinetic energies on the sea surface as well as in the water. In this paper, we have proposed some concepts of non acoustic anti-submarine surveillance systems; SAR for sea surface surveillance, LIDAR for sub-surface surveillance and propelled gliders for under -water surveillance. |
| Key Words:
Turbulent Wake, Ant-Submarine Sea Surveillance, SAR, LIDAR, Propelled Glider |
|
PDF Links
Full text via DOI
Download Citation
