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首页> 外文期刊>Applied optics >Degree of polarization as a criterion to obtain the nine bilinear constraints between the Mueller-Jones matrix elements
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Degree of polarization as a criterion to obtain the nine bilinear constraints between the Mueller-Jones matrix elements

机译：极化度作为获取Mueller-Jones矩阵元素之间的九个双线性约束的准则

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摘要

The degree of polarization is employed as a criterion to find the nine independent relations among theelements of the Mueller-Jones matrix. This procedure is applied by considering a previously determined, physically realizable Mueller matrix. On the other hand, the nine bilinear constrains are obtained by directly measuring the degree of polarization from an outgoing beam of light from an optical system by considering nine incident states of light taken from the Poincare sphere. For practical purposes, all the incident polarization states must be scanned from the Poincare sphere in order to satisfy the over-polarization and the overgain conditions, respectively, for the physical realizability of the Mueller matrix.
机译：极化度被用作寻找Mueller-Jones矩阵元素之间九个独立关系的标准。通过考虑预先确定的，物理上可实现的Mueller矩阵来应用此过程。另一方面，通过考虑来自庞加莱球的九种入射状态，直接测量来自光学系统的出射光束的偏振度，从而获得九种双线性约束。出于实际目的，必须从庞加莱球上扫描所有入射的偏振态，以便分别满足Mueller矩阵的物理可实现性的超极化和超增益条件。

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