Stokes parameters polarization scattering properties of optical elements surface of different material

Zhang, Yingge; Tian, Anmin; Liu, Bingcai; Liu, Weiguo; Wang, Dasen

doi:10.1016/j.ijleo.2019.03.092

“…When samples are rotated 0°, the DoLP of smooth samples A and D is larger than that of rough samples B–C and E–F respectively, but similar when rotated 45° and even smaller at some observation zenith angles when rotated 90°. This does not mean that it is contrary to the conclusion in reference 25 that the surface roughness is inversely proportional to DoLP, but that when the rough surface has an obvious texture direction, the surface texture direction of the target surface should be taken into account.…”

Section: Results and Analysismentioning

confidence: 63%

“…3. The metallic material samples A-F are chosen to be the same samples in references [23][24][25] and the non-metallic material samples G-I are common materials to explore the effect of material on polarization characteristics. The different roughness is produced by sandpaper with different mesh numbers.…”

Section: Experiments Equipment and Samplesmentioning

confidence: 99%

Analysis of influence factors of target polarization characteristics

Zhang,

Yang,

Li

et al. 2023

Sci Rep

3

0

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The target polarization characteristics reflect the important information about the medium material, surface texture, and structural characteristics of the target itself. In this paper, 9 kinds of samples with different materials, roughness, and surface texture direction are selected to measure the polarization characteristics in an outdoor environment, and the influencing factors of the target polarization characteristics are analyzed, where the influence of the surface texture direction on the spatial distribution of the target polarization characteristics is emphatically analyzed. The results show that the target polarization characteristics are affected by many factors such as material, roughness, surface texture direction, and detection position, and the greater the angle between the surface texture direction and the principal plane, the more concentrated the target polarization characteristics are in and around the principal plane, which could provide a theoretical basis for comprehensively mastering the target polarization characteristics, improving the ability of target polarization detection and recognition, and enhancing the confidence of the target polarization modeling and simulation.

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“…When samples are rotated 0°, the DoLP of smooth samples A and D is larger than that of rough samples B-C and E-F respectively, but similar when rotated 45° and even smaller at some observation zenith angles when rotated 90°. This does not mean that it is contrary to the conclusion in reference 24 that the surface roughness is inversely proportional to DoLP, but that when the rough surface has an obvious texture direction, the surface texture direction of the target surface should be taken into account.…”

Section: Polarization Characteristics On the Principal Planementioning

confidence: 63%

Analysis of influence factors of target polarization characteristics

Zhang,

Yang,

Li

et al. 2023

Preprint

0

View full text Add to dashboard Cite

The target polarization characteristics reflect the important information about the medium material, surface texture, and structural characteristics of the target itself. In this paper, 9 kinds of samples with different materials, roughness, and surface texture direction are selected to measure the polarization characteristics in an outdoor environment, and the influencing factors of the target polarization characteristics are analyzed, where the influence of the surface texture direction on the spatial distribution of the target polarization characteristics is emphatically analyzed. The results show that the target polarization characteristics are affected by many factors such as material, roughness, surface texture direction, and detection position, and the greater the angle between the surface texture direction and the principal plane, the more concentrated the target polarization characteristics are in and around the principal plane, which could provide a theoretical basis for comprehensively mastering the target polarization characteristics, improving the ability of target polarization detection and recognition, and enhancing the confidence of the target polarization modeling and simulation.

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“…Despite the abundance of existing empirical, semi-empirical and analytical models, having been proposed through the decades (for example, [1][2][3][4][5]), each of them is rather "ad hoc". Even though they describe light reflection accurately enough in the realm of their validity, the models often make gross mistakes if out of the realm.…”

Section: Introductionmentioning

confidence: 99%

Light Reflection from Real Surfaces: Probabilistic Model of the Layer Radiance Factor

Budak

¹

,

Grimailo

²

2020

Proceedings of the 30th International Conference on Computer Graphics and Machine Vision (GraphiCon 2020). Part 2

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The article is devoted to the modelling of light reflection from real surfaces. Most of the existing models are often created to solve a certain task and therefore can not be used in other realms. To create a model useful for different purposes, we propose a reflective surface representation as a scattering layer bounded by the diffuse bottom and a randomly rough Fresnel upper boundary. Such an approach allows one to account for light polarization in the scattering layer and slope correlation of the randomly rough boundary which paves the way for the observation of some physical effects that take place in nature (for instance, statistical lens emergence). The first results of the light reflection modelling were taken at such initial parameters as to compare to those obtained in other research. Former occurred to be qualitatively of the same form as the latter. The model needs to undergo further validation in numerous experiments to prove its serviceability for different types of reflective surfaces.

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Stokes parameters polarization scattering properties of optical elements surface of different material

Cited by 4 publications

References 19 publications

Analysis of influence factors of target polarization characteristics

Analysis of influence factors of target polarization characteristics

Analysis of influence factors of target polarization characteristics

Light Reflection from Real Surfaces: Probabilistic Model of the Layer Radiance Factor

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