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Evaluation of the radiative properties of a dispersed particulate medium for construction material applications

机译:评估用于建筑材料的分散颗粒介质的辐射特性

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摘要

Recent studies have suggested that the heat buildup of construction materials may be significantly reduced, without affecting the material color, by the incorporation of scattering particles. The scattering particles were found to alter the near infrared diffuse reflectance of the material, depending on their refractive index, volume percent, and particle size combination. In addition, a theoretical model was developed and correlated well with the experimentally measured values, accurately predicted increases in diffuse reflectance and drops in temperature. Thus, the model may be effectively used to design dark colored polymeric materials with reduced heat buildup properties.
机译:最近的研究表明,通过掺入散射颗粒,可以显着降低建筑材料的热量积聚,而不会影响材料的颜色。发现散射粒子会改变材料的近红外漫反射率,具体取决于它们的折射率,体积百分比和粒度组合。另外,开发了理论模型并将其与实验测量值很好地关联,可以准确地预测漫反射率的增加和温度的下降。因此,该模型可以有效地用于设计具有降低的热积累特性的深色聚合物材料。

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