• Acta Optica Sinica
  • Vol. 38, Issue 2, 0204003 (2018)
Tian Kou*, Zhongliang Zhou, Hongqiang Liu, and Yuanzhi Yang
Author Affiliations
  • Aeronautics Engineering College, Air Force Engineering University, Xi'an, Shaanxi 710038, China
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    DOI: 10.3788/AOS201838.0204003 Cite this Article Set citation alerts
    Tian Kou, Zhongliang Zhou, Hongqiang Liu, Yuanzhi Yang. Correlation between Infrared Radiation Characteristic Signals and Target Maneuvering Modes[J]. Acta Optica Sinica, 2018, 38(2): 0204003 Copy Citation Text show less
    Schematic of target reflecting background radiation
    Fig. 1. Schematic of target reflecting background radiation
    Schematic of target skin radiation
    Fig. 2. Schematic of target skin radiation
    Relative position relationship between aerial carrier and aerial target
    Fig. 3. Relative position relationship between aerial carrier and aerial target
    Infrared radiation response characteristics of target which moves with CA maneuvering mode. (a) Paths of target and aerial carrier; (b) infrared radiation response signals of detector; (c) filtering results of infrared radiation characteristic signals; (d) changing rate of infrared radiation response signals
    Fig. 4. Infrared radiation response characteristics of target which moves with CA maneuvering mode. (a) Paths of target and aerial carrier; (b) infrared radiation response signals of detector; (c) filtering results of infrared radiation characteristic signals; (d) changing rate of infrared radiation response signals
    Infrared radiation response characteristics of target which approaches aerial carrier with S maneuvering mode. (a) Paths of target and aerial carrier; (b) infrared radiation response signals of detector; (c) filtering results of infrared radiation characteristic signals; (d) changing rate of infrared radiation response signals
    Fig. 5. Infrared radiation response characteristics of target which approaches aerial carrier with S maneuvering mode. (a) Paths of target and aerial carrier; (b) infrared radiation response signals of detector; (c) filtering results of infrared radiation characteristic signals; (d) changing rate of infrared radiation response signals
    Infrared radiation response characteristics of target which is away from aerial carrier with S maneuvering mode. (a) Paths of target and aerial carrier; (b) infrared radiation response signals of detector; (c) filtering results of infrared radiation characteristic signals; (d) changing rate of infrared radiation response signals
    Fig. 6. Infrared radiation response characteristics of target which is away from aerial carrier with S maneuvering mode. (a) Paths of target and aerial carrier; (b) infrared radiation response signals of detector; (c) filtering results of infrared radiation characteristic signals; (d) changing rate of infrared radiation response signals
    Infrared radiation response characteristics of target which moves with CT maneuvering mode. (a) Paths of target and aerial carrier; (b) infrared radiation response signals of detector; (c) filtering results of infrared radiation characteristic signals; (d) changing rate of infrared radiation response signals
    Fig. 7. Infrared radiation response characteristics of target which moves with CT maneuvering mode. (a) Paths of target and aerial carrier; (b) infrared radiation response signals of detector; (c) filtering results of infrared radiation characteristic signals; (d) changing rate of infrared radiation response signals
    ParameterValueParameterValue
    λ1-λ2 /μm3-5D0(NA) /m0.5
    Vd /(m·s-1)300Ad /mm20.0225
    Vt /(m·s-1)300Npixel64
    β /radπ/6a /mm0.15
    H /km5τ00.95
    μ(λ)¯0.4Δf /kHz5.0
    Esun /(W·m-2)1353D* /(1010 cm·Hz-1/2·W-1)2.0
    Table 1. Setting of simulation parameters
    Tian Kou, Zhongliang Zhou, Hongqiang Liu, Yuanzhi Yang. Correlation between Infrared Radiation Characteristic Signals and Target Maneuvering Modes[J]. Acta Optica Sinica, 2018, 38(2): 0204003
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