Xindong Sun, Fengxun Meng, Wensen Xun, Dong Wang, Xueye Chen, Xiangwei Zeng. Summary of Research on Polarization Transmission in Three Atypical Environments[J]. Laser & Optoelectronics Progress, 2024, 61(9): 0900007
- Laser & Optoelectronics Progress
- Vol. 61, Issue 9, 0900007 (2024)
![Stokes parameters of the radially polarized beam[11] .(a) Experimental measurement results; (b) theoretical simulation results](/richHtml/lop/2024/61/9/0900007/img_01.jpg)
Fig. 1. Stokes parameters of the radially polarized beam[11] .(a) Experimental measurement results; (b) theoretical simulation results
![Chebyshev particle model[28]](/richHtml/lop/2024/61/9/0900007/img_02.jpg)
Fig. 2. Chebyshev particle model[28]
![Concentric sphere model[36]](/Images/icon/loading.gif){kind=icon}
Fig. 3. Concentric sphere model[36]
Fig. 4. Extinction and absorption efficiency curves of visible band uniform mixing model with different mixing ratios[39]. (a) f=1.25×10-4; (b) f=0.125; (c) f=0.729
Fig. 5. Extinction diagram for uniform mixing with core-shell mixing ratios[39]. (a) f=1/20; (b) f=1/10; (c) f=1/2; (d) f=9/10
Fig. 6. Other particle structure models. (a) Concentric Chebyshev-shaped particle model with ellipsoidal nuclei[42]; (b) multi-layer spherical particle model[43]
Fig. 7. Relationship between polarization characteristics of scattered light and concentration of turbid medium at different incidence of vibrating light[49]. (a) Linearly polarized light; (b) circularly polarized light
Fig. 8. Curves of polarization degree and polarization purity index with standard deviation[55]. (a) (b) The middle infrared bands; (c) (d) long infrared bands
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Table 1. Different structural models
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