• Acta Photonica Sinica
  • Vol. 50, Issue 9, 0911001 (2021)
Qingsheng XUE1, Chang LI1, Tingting LI2, Haoxuan BAI1, Zhongtian TIAN1, Bai YANG1, Fupeng WANG1, and Qian LI1
Author Affiliations
  • 1College of Information Science & Engineering, Ocean University of China, Qingdao,Shandong26600, China
  • 2PLA Naval Submarine Academy, Qingdao,Shandong66100, China
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    DOI: 10.3788/gzxb20215009.0911001 Cite this Article
    Qingsheng XUE, Chang LI, Tingting LI, Haoxuan BAI, Zhongtian TIAN, Bai YANG, Fupeng WANG, Qian LI. Development and Application of Hyperspectral Imager Based on LVF[J]. Acta Photonica Sinica, 2021, 50(9): 0911001 Copy Citation Text show less
    LVF hyperspectral imaging system
    Fig. 1. LVF hyperspectral imaging system
    Optical design of the front telescope system
    Fig. 2. Optical design of the front telescope system
    MTF curve of the front telescope system
    Fig. 3. MTF curve of the front telescope system
    Optical structure of rear relay system
    Fig. 4. Optical structure of rear relay system
    MTF curve of the rear relay system
    Fig. 5. MTF curve of the rear relay system
    The overall optical structure of the system
    Fig. 6. The overall optical structure of the system
    Desgin results of the overall optical system
    Fig. 7. Desgin results of the overall optical system
    Image of LVF component
    Fig. 8. Image of LVF component
    LVF type hyperspectral imager prototype
    Fig. 9. LVF type hyperspectral imager prototype
    LVF hyperspectral imager calibration by prototype monochromator
    Fig. 10. LVF hyperspectral imager calibration by prototype monochromator
    Calibration curve fitting at wavelength of 400, 500, 600 and 700 nm
    Fig. 11. Calibration curve fitting at wavelength of 400, 500, 600 and 700 nm
    Center pixel position curve of 400~700 nm wavelength
    Fig. 12. Center pixel position curve of 400~700 nm wavelength
    Hyperspectral image processing software interface
    Fig. 13. Hyperspectral image processing software interface
    LVF hyperspectral imager system experiment
    Fig. 14. LVF hyperspectral imager system experiment
    Monochrome image of partial orange scan result
    Fig. 15. Monochrome image of partial orange scan result
    Reflectance curve of orange with different maturity
    Fig. 16. Reflectance curve of orange with different maturity
    Average reflectance curve of fresh, wrinkled and rotten oranges
    Fig. 17. Average reflectance curve of fresh, wrinkled and rotten oranges
    Equipment of LVF hyperspectral imager outdoor scanning system
    Fig. 18. Equipment of LVF hyperspectral imager outdoor scanning system
    Monochrome image of partial outdoor scan result
    Fig. 19. Monochrome image of partial outdoor scan result
    The spectrum of tree, roof and wall
    Fig. 20. The spectrum of tree, roof and wall
    RadiusThickness/mmGlassRadiusThickness/mmGlass
    OBJInfinityInfinity19-13.8259.521
    171.2588.718H⁃ZPK1A2033.14013.834H⁃ZK11
    2507.08540.9942114.80714.807
    334.9089.996H⁃ZLAF68C22-8.8562.998ZF7
    4-13.08410.003H⁃ZLAF68C23-62.9400.211
    526.9151.9862458.8364.099H⁃LAK11
    6-33.5082.491ZF625-16.595-0.518
    711.6850.6852619.02710.005H⁃LAK7A
    STOInfinity0.5012717.6531.587
    917.71310.019H⁃LAF12870.7163.679H⁃LAF1
    10-15.2436.34629-15.0381.123
    11-24.18110.019H⁃ZLAF89L30-10.3522.168H⁃ZF3
    12-10.00910.024H⁃ZLAF9231-20.947-0.253
    13-25.1710.7973218.0367.607H⁃ZK50
    1415.5959.971H⁃FK61B33-189.9520.454
    1515.6938.768349.9485.626H⁃ZF6
    16Infinity0.500H⁃K9L357.1144.930
    17Infinity6.633*Infinity-
    18-11.7909.894H⁃ZK5
    Table 1. Parameters of optical system of LVF hyperspectral imager
    SpecificationsValue
    Resolution2048(H)×2048(V)

    Sensor type

    Sensor size/inch

    Pixel size/μm2

    Fixed mode noise

    CMOS

    1

    5.5×5.5

    <1 LSB

    Table 2. CMV4000 specifications
    SpecificationValue

    Wavelength/nm

    Bands number

    Spectral resolution/nm

    Field of view/(°)

    Focal length/mm

    Total system length/mm

    Detector resolution

    400~700

    31

    10

    ±8

    55

    222

    2048(H)×2048(V)

    Pixel size/μm2

    ADC/bit

    Power/W

    5.5×5.5

    12

    12

    Table 3. Overall system specifications of LVF hyperspectral imaging system
    Wavelength/nmFWHM/pixelResolution/nm
    40039.485 338.84
    50040.289 339.02
    60038.904 678.71
    70036.211 338.11
    Table 4. Calibration parameters of LVF hyperspectral imager
    Qingsheng XUE, Chang LI, Tingting LI, Haoxuan BAI, Zhongtian TIAN, Bai YANG, Fupeng WANG, Qian LI. Development and Application of Hyperspectral Imager Based on LVF[J]. Acta Photonica Sinica, 2021, 50(9): 0911001
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