• Laser & Optoelectronics Progress
  • Vol. 56, Issue 5, 050101 (2019)
Wei Fan1、2、3、*, Kai Chen4, Xinfeng Ling3, Shangpei Xun1、2、3, and Caixia Yu1、2、3
Author Affiliations
  • 1 Anhui Institute of Meteorology and Sciences, Hefei, Anhui 230031, China
  • 2 Key Laboratory of Atmospheric Sciences and Satellite Remote Sensing of Anhui Province, Hefei, Anhui 230031, China
  • 3 Shouxian National Climatology Observatory, Huainan, Anhui 232200, China
  • 4 Anhui Center of Atmospheric Detection Technology Support, Hefei, Anhui 230031, China
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    DOI: 10.3788/LOP56.050101 Cite this Article Set citation alerts
    Wei Fan, Kai Chen, Xinfeng Ling, Shangpei Xun, Caixia Yu. Atmospheric Optical Characteristics of National Climate Observation in Shouxian County in Winter[J]. Laser & Optoelectronics Progress, 2019, 56(5): 050101 Copy Citation Text show less
    Daily variation of optical depth of aerosol
    Fig. 1. Daily variation of optical depth of aerosol
    Daily average variation of scattering coefficient (the first kind). (a) Total scattering coefficient; (b) backscattering coefficient
    Fig. 2. Daily average variation of scattering coefficient (the first kind). (a) Total scattering coefficient; (b) backscattering coefficient
    Daily average variation of scattering coefficient (the second kind). (a) Total scattering coefficient with visibility above 20 km; (b) backscattering coefficient with visibility above 20 km; (c) total scattering coefficient with visibility within 10-20 km; (d) backscattering coefficient with visibility within 10-20 km
    Fig. 3. Daily average variation of scattering coefficient (the second kind). (a) Total scattering coefficient with visibility above 20 km; (b) backscattering coefficient with visibility above 20 km; (c) total scattering coefficient with visibility within 10-20 km; (d) backscattering coefficient with visibility within 10-20 km
    Daily average variation of single scattering albedo (the first kind)
    Fig. 4. Daily average variation of single scattering albedo (the first kind)
    Daily average variation of single scattering albedo (the second kind)
    Fig. 5. Daily average variation of single scattering albedo (the second kind)
    Daily average variation of absorption coefficient (the first kind)
    Fig. 6. Daily average variation of absorption coefficient (the first kind)
    Daily average variation of absorption coefficient (the second kind)
    Fig. 7. Daily average variation of absorption coefficient (the second kind)
    Seasonal average results of imaginary of aerosol refractive indices
    Fig. 8. Seasonal average results of imaginary of aerosol refractive indices
    Daily average correlation between scattering coefficient (λ=450 nm) and PM mass concentration (the first kind). (a) PM1.0; (b) PM2.5; (c) PM10
    Fig. 9. Daily average correlation between scattering coefficient (λ=450 nm) and PM mass concentration (the first kind). (a) PM1.0; (b) PM2.5; (c) PM10
    Daily average correlation between scattering coefficient (λ=450 nm) and PM mass concentration (the second kind). (a) PM1.0; (b) PM2.5; (c) PM10
    Fig. 10. Daily average correlation between scattering coefficient (λ=450 nm) and PM mass concentration (the second kind). (a) PM1.0; (b) PM2.5; (c) PM10
    Daily average variation of backscattering ratio of aerosol (the first kind)
    Fig. 11. Daily average variation of backscattering ratio of aerosol (the first kind)
    Daily average variation of backscattering ratio of aerosol (the second kind)
    Fig. 12. Daily average variation of backscattering ratio of aerosol (the second kind)
    Daily average variation of asymmetry factor of aerosol (the first kind)
    Fig. 13. Daily average variation of asymmetry factor of aerosol (the first kind)
    Daily average variation of asymmetry factor of aerosol (the second kind)
    Fig. 14. Daily average variation of asymmetry factor of aerosol (the second kind)
    Wei Fan, Kai Chen, Xinfeng Ling, Shangpei Xun, Caixia Yu. Atmospheric Optical Characteristics of National Climate Observation in Shouxian County in Winter[J]. Laser & Optoelectronics Progress, 2019, 56(5): 050101
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