Infrared and Laser Engineering, Volume. 50, Issue 6, 20211035(2021)
Simulation of polarization profiles of water measured by oceanographic lidar
Fig. 1. Relationship between
Fig. 4. (a) Profile of chlorophyll-a concentration in low, medium and high scattering layer; (b) Absorption coefficient
Fig. 5. Simulated shipborne oceanographic lidar return signals in (a) low, (b) medium and (c) high scattering layer
Fig. 6. Depolarization ratio profiles from shipborne oceanographic lidar return signals in (a) low, (b) medium and (c) high scattering layer
Fig. 7. Single scattering ratio profiles of simulated shipborne oceanographic lidar return signals in (a) low, (b) medium and (c) high scattering layer
Fig. 8. Relationship between relative errors of depolarization ratio and single scattering ratios
Fig. 9. Relationship between single scattering ratio and field of view (a) above, (b) in and (c) below the scattering layer
Fig. 10. Relationship between relative errors of depolarization ratio and field of view (a) above, (b) in and (c) below the scattering layer
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Ke Li, Bingyi Liu, Qian Yang, Junwu Tang, Songhua Wu. Simulation of polarization profiles of water measured by oceanographic lidar[J]. Infrared and Laser Engineering, 2021, 50(6): 20211035
Category: Special issue-Ocean lidar remote sensing $ Algorithm
Received: May. 6, 2021
Accepted: --
Published Online: Aug. 19, 2021
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