This study aimed to write a mathematical model that contributes to providing all points of change for solar radiation according to variation in the angle of solar elevation. This work proposed a model sufficient to predict the solar radiation on a horizontal area in different contexts and added air pollution such as CO, CO2, and CH4 linked with parameters such as ηbeam, κbeam, κdiffuse, β, and TL, which represent a new pollution factor that defines the mathematical model according to two components, direct and diffuse radiation. We know that the effect of pollution on light is achieved by absorbing solar radiation, which obscures part of it, and the rest of the radiation crosses the Earth’s atmosphere at a limited rate, which encouraged us to take into account the pollution side and the equation is comprehensive and sensitive at the same time. We recorded the largest value of CO2 in April and December at an estimated value of 408 (μmol/mol), where the diffuse radiation rate is low, and this coincides with the CO. Finally, we reached satisfactory results, as they were markedly identical and with almost no errors.

中文翻译：

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考虑到阿尔及利亚塔曼拉塞特 Assekrem 的空气质量指数和浊度因子，估算水平面上的直接和漫射太阳辐射

本研究旨在编写一个数学模型，该模型有助于根据太阳仰角的变化提供太阳辐射的所有变化点。这项工作提出了一个模型，该模型足以预测不同背景下水平区域的太阳辐射，以及与 ηbeam、κbeam、κdiffuse、β 和 TL 等参数相关联的 CO、CO2 和 CH4 等附加空气污染，它们代表了一种新的根据直接辐射和漫射辐射两个分量定义数学模型的污染因子。我们知道污染对光的影响是通过吸收太阳辐射来实现的，这会遮住一部分，而其余的辐射以有限的速度穿过地球大气层，这鼓励我们考虑污染方面和方程既全面又敏感。