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Spectroscopy and Spectral Analysis, Volume. 41, Issue 1, 156(2021)

The Influence of Suspended Particles on Backscattering Properties in the Coastal Waters of Bohai Sea

Ling-ling JIANG1,1、*, Jia-hui DUAN1,1, Lin WANG1,1, Yan-long CHEN1,1, Si-wen GAO1,1, and Xiang-yu GUO1,1
Author Affiliations
  • 1[in Chinese]
  • 11. College of Environment Science and Engineering, Dalian Maritime University, Dalian 116026, China
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    AbstractGet PDF(in Chinese)
    Figures&Tables (12)
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    Figures & Tables(12)
    Locations of the sampling station(a): Summer; (b): Autumn

    Fig. 1. Locations of the sampling station
    (a): Summer; (b): Autumn

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    Observed particle backscattering coefficients spectral

    Fig. 2. Observed particle backscattering coefficients spectral

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    The mass-specific backscattering coefficients spectral

    Fig. 3. The mass-specific backscattering coefficients spectral

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    The SPM versus the backscattering coefficients(a): 550 nm; (b): 700 nm

    Fig. 4. The SPM versus the backscattering coefficients
    (a): 550 nm; (b): 700 nm

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    The varieties of the SPM and particle the backscattering coefficients of each station

    Fig. 5. The varieties of the SPM and particle the backscattering coefficients of each station

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    The Volume concentration of different particle size distribution of each station

    Fig. 6. The Volume concentration of different particle size distribution of each station

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    The median particle size D50 versusthe average particle size DA(a): Summer; (b): Autumn

    Fig. 7. The median particle size D50 versusthe average particle size DA
    (a): Summer; (b): Autumn

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    The average particle size DA versus the backscattering coefficients

    Fig. 8. The average particle size DA versus the backscattering coefficients

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    The average particle size DA versus the backscattering coefficients in different seasons(a): Summer; (b): Autumn

    Fig. 9. The average particle size DA versus the backscattering coefficients in different seasons
    (a): Summer; (b): Autumn

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    The medium particle size DA versus the backscattering coefficients

    Fig. 10. The medium particle size DA versus the backscattering coefficients

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    The medium particle size DA versus the backscattering coefficients in different seasons(a): Summer; (b): Autumn

    Fig. 11. The medium particle size DA versus the backscattering coefficients in different seasons
    (a): Summer; (b): Autumn

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    • Table 1. Statistics of optical parameters

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      Table 1. Statistics of optical parameters

      参量最大值最小值平均值标准差CV/%
      bbp(420)/m-10.071 90.011 70.029 00.011 840.68
      bbp(442)/m-10.075 10.012 10.029 00.012 141.84
      bbp(488)/m-10.070 20.012 50.027 90.011 441.09
      bbp(550)/m-10.062 80.011 20.024 50.010 241.51
      bbp(620)/m-10.058 10.009 90.022 00.009 342.39
      bbp(700)/m-10.051 40.008 90.019 20.008 142.09
      bbp*(420)/(m2·g-1)0.007 10.001 80.003 80.001 335.54
      bbp*(442)/(m2·g-1)0.007 10.001 80.003 80.001 435.93
      bbp*(488)/(m2·g-1)0.007 10.001 70.003 60.001 336.63
      bbp*(550)/(m2·g-1)0.006 20.001 50.003 20.001 236.47
      bbp*(620)/(m2·g-1)0.005 50.001 30.002 90.001 036.32
      bbp*(700)/(m2·g-1)0.004 60.001 10.002 50.000 935.97
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    Ling-ling JIANG, Jia-hui DUAN, Lin WANG, Yan-long CHEN, Si-wen GAO, Xiang-yu GUO. The Influence of Suspended Particles on Backscattering Properties in the Coastal Waters of Bohai Sea[J]. Spectroscopy and Spectral Analysis, 2021, 41(1): 156

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    Paper Information

    Category: Research Articles

    Received: Dec. 3, 2019

    Accepted: --

    Published Online: Apr. 8, 2021

    The Author Email:

    DOI:10.3964/j.issn.1000-0593(2021)01-0156-08

    Topics

    laser devices and laser physics
    Lasers and Laser Optics
    Laser physics
    laser manufacturing
    Instrumentation, Measurement and Metrology