Currently, polarization calibration for full Stokes imaging polarimeters is limited by the
apertures of the retarders. In this paper, an improved polarization calibration with large …

The Stokes polarimeter based on liquid crystal variable retarders (LCVRs) is envisaged as a
promising novel technique for polarization measurement in space applications due to the …

We present a calibration method for a full-Stokes polarimeter. The polarimeter uses two
liquid-crystal variable retarders (LCVR) and a linear polarizer to measure the four Stokes …

Liquid crystal variable retarders (LCVRs) are often used in Stokes polarimeters as they allow
the measurement of different polarization components by applying an electric field that …

A method for full Stokes polarization imaging based on broadband liquid crystal polarization
grating (LCPG) is presented. Firstly, the properties of the LCPG-based polarization detection …

The description of adjustment of an imaging Stokes polarimeter constructed and tested in
our laboratory is presented. Our polarimeter's operation is based on six fast intensity …

This paper proposed a novel polarimeter for full-Stokes polarization imaging without using
any kind of micro-polarizer array. The key components of the polarimeter are two grooved …

An important problem in imaging polarimetry occurs when the optical axis of the system and
the center of the camera sensor get misaligned. This situation typically occurs after rotating …

We present a method for calibration and data extraction for a Stokes polarimeter working
with three different wavelengths simultaneously. In the Stokes polarimeter considered in this …

Liquid crystal variable retarders (LCVRs) are the core component for rapid and high-
precision broadband polarization detection. Additionally, the ability to suppress noise greatly …