Depolarization measurements of an integrating sphere clickable element to expand a topic
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A collinear backscattering Mueller matrix (CBMM) imaging system has clear advantages in
the detection of bulk biological tissues, which are highly scattering and depolarizing. Due to …

Silk fibers suffer from microstructural changes due to various external environmental
conditions including daily washings. In this paper, we take the backscattering Mueller matrix …

Significance Most biological fibrous tissues have anisotropic optical characteristics, which
originate from scattering by their fibrous microstructures and birefringence of biological …

An instrument is presented that combines the functions of a reflectometer, a spectrometer,
and a polarimeter. A Fourier transform spectrometer serves as a light source for a dual …

The collinear reflection Mueller matrix imaging polarimeter is suitable for characterizing thick
samples with high-scattering depolarization such as biological tissues or in-situ living …

A novel technique for measuring the polarization light scattering function of surfaces using a
Mueller matrix imaging scatter polarimeter is presented. This technique measures the near …

A polarimetric characterization of the reflective standard material Spectralon is presented.
Samples of Spectralon with reflectances of 2 percent, 50 percent, 75 percent and 99 percent …

Dual-rotating retarder polarimeters constitute a family of well-known instruments that are
used today in a great variety of scientific and industrial contexts. In this work, the periodic …

Recently, Mueller matrix (MM) polarimetric imaging-assisted pathology detection methods
are showing great potential in clinical diagnosis. However, since our human eyes cannot …