Browse > Article
http://dx.doi.org/10.5394/KINPR.2002.26.2.199

Shaping Analysis to decide the Design Condition of a Passive-type Radar Reflector  

Yim, Wung-Bin (목포해양대학교 해상운송시스템학부)
Kim, Woo-Suk (목포해양대학교 해상운송시스템학부)
Publication Information
Journal of Navigation and Port Research / v.26, no.2, 2002 , pp. 199-207 More about this Journal
Abstract
Radar Cross Sections(RCS) for the radar targets are measured and their performance characteristics are analyzed through computer simulation. In addition, constructional features for the commercial radar reflectors are investigated. Then, the optimum design condition of a passive-type radar reflector was chosen. The results show that the octahedral-type radar reflector with 10$\lambda$ sized circular plates has best performance in X-band($\lambda$=3.2cm). However, to comply with newly adopted 2000 SOLAS regulations, larger sized circular plate is required to provide at both X-band and S-band.
Keywords
Passive-type Radar Reflector; Radar cross Section(RCS); Radar Targets; Target Shaping Analysis; RCS Analysis;
Citations & Related Records
Times Cited By KSCI : 1  (Citation Analysis)
연도 인용수 순위
1 해양수산부 오공균(2000), 늘어나는 어선해양사고 정부가 나선다, URL://www.maia.go.kr
2 부성윤(1998),'함정 RCS 감소와 위협회피 효과,' 제2회 해상무기체계 발전 세미나, pp.115-121
3 김종규 외 3인(1998), '스트립격자 구조를 이용한 RCS 감소 기법 연구,' 제2회 해상무기체계 발전 세미나, pp.375-378
4 Ohio University(June, 2001), Antenna/RCS Measurement Workshop, URL://esl.eng.ohio-state.edu
5 IMO 10th Session, Resolution A.384(X)(1977.11.14), Performance Standards for Radar Reftectors
6 Bassem R. Mahafza(2000), Radar Systems Anatysis and Design Using MATLAB. Champman & Hall/CRC, pp.71-140
7 해양수산부, 2000년도 해양사고 분석 및 평가, URL://www.momaf.go.kr
8 임정빈 외 7인(2002.3),'형상을 통한 수동형 레이더 리프렉터의 RCS 증대방법 연구,' 2002년도 한국항해항만학회 춘계학술대회 논문집, 한국항해학회, pp.161-176
9 허성필(1998), '함정 스텔스화의 경제성분석 방법론,' 제4회 해양과학기술 심포지움 논문집, pp.88-104
10 Jim Coreman, Chuck Hawley, Dick Honey and Stan Honey, 1995 Radar Reflector Test, URL://www.ussailing.org
11 한국선급 정부대행검사부(2000.2.27), 항해안전에 관한 SOLAS 협약 제5장의 개정에 대한 소개
12 Davis, Davis Echomaster & Emergency, URL://www.davisnet.com
13 Tri-lens Inc., The Tri-Lens Radar Reflector, URL://www.tri-lens.com
14 이준호 2인(1998), 'Shaping을 통한 RCS 감소방안 연구,' 제4회 해양과학기술 심포지움 논문집, pp.71-86
15 Ohio University, Current Reaseach: Compact Radar Measurement Range, URL://esl.eng.ohio-state.edu
16 IMO 8th Session(1973.11.20), Resolution A.277(VⅢ), Recommendation on Performance Standards for Radar Reflectors
17 Landfall Navigation, Mobri Cylindrical Radar Reflector, URL://www.landfallnavigation.com
18 North Sea Navigation Inc., Lightning Prevention Systems Specifications, URL://www.northseanavigator.com
19 Merrill L. Skolnik(2001), Introduction to Radar Systems, McGraw Hill, pp.30-98
20 National Institute of Standard Technology, Metrology for Radar Cross Section Systems, URL://www.boulder.nist.gov
21 Smi Fifth Annual Event(2001.8), RCS Modeling and Analysis, URL://www.nava1-technology.com
22 North Sea Navigator, Inc, Cyclops Models and Specifications, URL://www.northseanavigator.com
23 동해지방해양안전심판원(2000), 동해안 오징어 채낚기어선 해양사고 예방대책, URL://www.maia.go.kr
24 Rozendal Associates, Radar Reflectors, URL//www.strandnet.com
25 Eugene F. Knott(1993), Radar Cross Section Measurement, Van Nostrand Reinhold, pp. 1-26
26 김경태 외 5인(1998), 'RCS증상분석을 위한 ISAR 영상기법에 대한 연구,' 제2회 해상무기체계 발전 세미나, pp.379-384
27 Radar Flag, Radar Flag, URL://www.ladarflag.com
28 통계청 사회통계국 농수산통계과(2000) : 어업총조사, URL://www.nso.go.kr
29 IMO, Sub-Committee on Safety of Navigation 46th Session(2000.7), Report to the Maritime Safety Committee, Annex 20: Draft Amendments to Chapter 13 of the HSC Code, 2000
30 Landfall Navigation, Firedell Blipper Reflector, URL://www.landfallnavigation.com
31 한국선급 정부대행검사부, 2000년 S0LAS 개정에 대한 소개, URL://www.krs.kr/sta /kukje
32 Asoke K. Bhattacharyya, and D.L. Sengupta(1991), Radar Cross Section Analysis & Control, Artech House, pp. 1-140
33 해양수산부(2001.7), 국제해사기구 제47차 항해안전소위원회 참가보고서
34 CSSDENMARK, Radar Cross Section Simulation Software for Stealth Assessment, URL://www.naval-technology.com
35 임정빈외 4인(2001.9), 해양수산부 수산특정과제 연구개발계획서-어업용 레이더 리프렉터 개발