In this research, the Mueller matrix (MM) imaging polarimetry technique is used to
experimentally measure the MMs corresponding to the surface reflectance of turbid media in …

The Mueller matrix polarimetry is a useful technique for characterization and imaging of
biological materials and turbid medium. The recoded transmitted Mueller matrix elements …

We propose and conduct both the rotating linear polarization imaging (RLPI) and Mueller
matrix transformation (MMT) measurements of different biological tissue samples, and testify …

Detecting objects in turbid media by use of just radiance signals has been a subject of study
for many years. The use of Mueller matrix imaging methods has only recently been used as …

The polar decomposition method for Mueller matrices proposed by Lu–Chipman has been
demonstrated and validated for many applications. However, in some situations, eg, when …

Polarization parameters of diffuse backscattered light from a turbid sample are sensitive to
its structural properties and can, therefore, be used to probe morphological features of tissue …

The design and operation of a Mueller matrix imaging polarimeter (MMIP) are presented.
The instrument is configurable to operate in transmission, reflection, retroreflection, and …

The Mueller matrix is an important parameter in the field of polarization optics, and how to
measure it efficiently and accurately becomes considerably significant for its practical …

A Mueller matrix imaging polarimeter is used to acquire polarization-sensitive images of
seven different manmade samples in multiple scattering geometries. Successive Mueller …

We present a new method of time-resolved Mueller matrix imaging polarimetry for spatial
and temporal characterization of the polarization effects in backscattering from turbid media …