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 birefringent crystal plates with deviate fast axis, which are called Binary Birefringent Crystals (BBCs) in this paper. Mounting the jointed BBCs in the focal plane of an imaging detector, we manage to obtain the four components of Stokes vector simultaneously through the method proposed in this paper. We demonstrate the basic principle of the proposed polarimeter and verify it through numerical analysis. And one of the best-optimized configurations for the polarimeter is also presented. The proposed polarimeter is simultaneous, compact, easier in fabrication and capable of full-stokes polarization imaging. It is expected to be of potential use in a variety of applications.

中文翻译：

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无微偏振器阵列全斯托克斯偏振成像的新型紧凑型旋光仪的数值研究

本文提出了一种不使用任何类型的微偏振器阵列的用于全斯托克斯偏振成像的新型偏振计。旋光仪的关键部件是两个具有偏离快轴的开槽双折射晶体片，本文称为二元双折射晶体（BBCs）。将连接的 BBC 安装在成像探测器的焦平面上，我们设法通过本文提出的方法同时获得斯托克斯矢量的四个分量。我们演示了所提出的旋光仪的基本原理，并通过数值分析对其进行了验证。还介绍了旋光仪的最佳优化配置之一。所提出的旋光仪是同步的、紧凑的、更容易制造并且能够进行全斯托克斯偏振成像。