舰船科学技术
艦船科學技術
함선과학기술
SHIP SCIENCE AND TECHNOLOGY
2014年
8期
118-122,136
,共6页
曹晓燕%谢仁富%张彦敏
曹曉燕%謝仁富%張彥敏
조효연%사인부%장언민
水下高速摄像%水下照明系统%光学仿真%系统设计
水下高速攝像%水下照明繫統%光學倣真%繫統設計
수하고속섭상%수하조명계통%광학방진%계통설계
underwaterhigh-speedphotography%underwaterlightingsystem%opticalsimulation%system design
分析水下光学的性质和水下照明的特点，提出基于LED的水下目标高速摄像照明系统方案。对某典型水下高速摄像照明系统进行了详细设计。对不同照射距离及光源角度配置的LED阵列进行了光学计算及仿真讨论了仿真结果。进行了水下高速摄像照明系统试验并给出了试验结果。
分析水下光學的性質和水下照明的特點，提齣基于LED的水下目標高速攝像照明繫統方案。對某典型水下高速攝像照明繫統進行瞭詳細設計。對不同照射距離及光源角度配置的LED陣列進行瞭光學計算及倣真討論瞭倣真結果。進行瞭水下高速攝像照明繫統試驗併給齣瞭試驗結果。
분석수하광학적성질화수하조명적특점，제출기우LED적수하목표고속섭상조명계통방안。대모전형수하고속섭상조명계통진행료상세설계。대불동조사거리급광원각도배치적LED진렬진행료광학계산급방진토론료방진결과。진행료수하고속섭상조명계통시험병급출료시험결과。
Thepaperanalyzesthecharacteristicsofunderwateropticsandunderwaterlighting,thena high-speed photography LED lighting system for underwater target is put forward. The design of the LED lighting system system is discussed in detail . LED array of different irradiation distance and angle of light source configuration were calculated and simulated, the results are discussed. At last, some underwater high-speed camera lighting system tests are carried out and the result are presented.
