The polarization state of light scattered by a two-dimensional array of spherical particles is considered based on the statistical approach. The impact of filling factor, particle size, and the type of their spatial order is analyzed for arrays of silicon and silica scatterers. The conditions are formulated to suppress the $p$ and $s$ components of light specularly reflected by the array of any size and concentration of particles. It is shown that at an angle of suppression of the coherent component of the reflected wave, its incoherent component is also suppressed.

中文翻译：

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由介电球形颗粒的二维阵列散射的光的偏振

基于统计方法考虑由球形粒子的二维阵列散射的光的偏振态。分析了硅和硅散射体阵列的填充因子、粒度及其空间顺序类型的影响。制定条件以抑制由任何尺寸和浓度的粒子阵列镜面反射的光的$p$和$s$分量。结果表明，在抑制反射波的相干分量的角度下，其非相干分量也被抑制。