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高温高速流场条件下蓝宝石材料对红外成像影响分析(英文) 被引量:5

Analysis of the Effects of Al_2O_3 on IR Imaging in Airflow with High-temperature and High-speed
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摘要 蓝宝石是一种性能优良的红外窗口材料,文章结合某高速飞行器应用要求设计了高温高速流场条件下蓝宝石对红外成像影响试验,分析了蓝宝石对红外成像影响结果,提出了对各种影响的校正方法,为高速飞行器红外成像制导技术应用研究提供了技术基础。 Al2O3 is an excellent infrared window material. This paper, according to the demand applying to a certain aircraft, introduces a scheme on how to measure the effects on infrared imaging, analyzes the data and puts forward some correct approaches. These researches are significative of the application of high aircraft with infrared imaging guidance.
出处 《人工晶体学报》 EI CAS CSCD 北大核心 2005年第2期259-264,共6页 Journal of Synthetic Crystals
关键词 蓝宝石 红外成像技术 气动光学效应 图像偏移 飞行器 制导技术 infrared imaging guidance aero-optical effect image blur image excursion
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  • 1Richard Barakat.The influence of random wave front errors on the imaging characteristics of an optical system[J].Optica Acta,1971,18(9):683-694.
  • 2Sutton G W.Optical imaging through aircraft turbulent boundary layers[M].New York:Aero-optical phenomena,Vol.80,Progress in astronautics and aeronautics,1982:15-39.
  • 3Richardson M B,Clark R L.Predication of image degradation through a turbulent medium[A].SPIE[C],1987,788:2-9.
  • 4Gierloff J,Robertson S J.Computer analysis of aero-optic effects[R].AIAA 92-2794.
  • 5Smith R,Truman C.Prediction of optical phase degradation using a turbulent transport equation for the variance of index-of-refraction fluctuations[R].AIAA 90-0250.
  • 6Pond J E.Side mounded IR window aero-optic and aerothermal analysis[A].SPIE[C],1999,3705,266-275.
  • 7Clark R L,Farris R C.A numerical method to predict aero-optical performance in hypersonic flight[R].AIAA 87-1396.
  • 8Bowersox R D,Schetz J A.Compressible turbulence measurements in a high speed high Reynolds number mixing layer[R].AIAA 93-0660.
  • 9Lutz S A.Modeling of density fluctuations in supersonic turbulent boundary layers[J].AIAA J.,1989,27(6):822-823.
  • 10Clark R L,Banish M.Fundamentals of aero-optics phenomena[R].AIAA 94-2545.

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