基于连续函数近似法的空气污染源管控

本文根据空气污染源强度对杂质浓度影响的一致性评价方法，在几个固定点监测空气质量。在对空气中杂质传播过程的描述当中运用 Duhamel 定理的数值模拟。这种方法以合理复杂性的数学模型为基础，使模拟结果的准确性得到增加。根据静止或移动控制点中杂质浓度的测量结果，使污染物在大气中传播的逆问题通过顺序函数的近似值得以解决，且该解决方案以数字滤波器的形式提出。

Control of air pollution sources based on method of consecutive functional approximation

In this article the approach was used to coherent assessment based on the intensity of air pollution sources impact on the impurity concentration at a few fixed points to monitor air quality.The numerical analogue of Duhamel's theorem was used to describe processes of propagation of impurity in the atmosphere.Such approach allows you to count on essential increase of calculation accuracy based on mathematical models of reasonable complexity.The inverse problem of pollutants propagation in the atmosphere based on the measurements of the impurity concentration in stationary or mobile control points was solved by the sequential function approximation.The solution was presented in the form of a digital filter.