Masroor Ikram

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The Mueller matrix polarimetry is a useful technique for characterization and imaging of biological materials and turbid medium. The recoded transmitted Mueller matrix elements are highly intensity and wavelength dependent. We derived the sixteen Mueller matrix images out of forty-nine polarization configurations for characterization of the polystyrene(More)
We here investigate polarimetric behavior of thick samples of porcine liver, Intralipid, and microsphere-based tissue phantoms whose absorption and scattering properties are matched. Using polarized light we measured reflection mode Mueller matrices and derived linear/circular/total depolarization rates, based on polar decomposition. According to our(More)
Characterization of tissues like brain by using magnetic resonance (MR) images and colorization of the gray scale image has been reported in the literature, along with the advantages and drawbacks. Here, we present two independent methods; (i) a novel colorization method to underscore the variability in brain MR images, indicative of the underlying physical(More)
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