期刊
OPTICS COMMUNICATIONS
卷 552, 期 -, 页码 -出版社
ELSEVIER
DOI: 10.1016/j.optcom.2023.130118
关键词
Polarization imaging; Scattering; Polarization grating; Birefringence
类别
The effect of wavelength and polarization of illuminating light in polarization imaging for birefringent objects placed behind a scattering structure was experimentally investigated. The result shows that the spatial distribution of the birefringent object was more clearly visualized in the longer wavelength combined with circularly polarized light illumination. This finding indicates the potential of using polarization imaging with circularly polarized light illumination in the near-infrared range for visualizing birefringent objects with scattering.
The effect of wavelength and polarization of illuminating light in polarization imaging for birefringent objects placed behind a scattering structure was investigated experimentally. Although the obtained images of degree of polarization, azimuthal angle, and ellipticity angle were strongly affected by scattering, the spatial distribution of the birefringent object was more clearly visualized in the longer wavelength combined with circularly polarized light illumination condition. This result indicates that polarization imaging in the near -infrared range using circularly polarized light illumination should be a powerful tool for visualizing birefringent object with scattering, and will be applicable to biomedical sensing and remote sensing.
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