基于关联模型的重金属锰渗透对地下水污染评估建模

Groundwater Pollution Assessment of Infiltration from Heavy Metal Mn

传统的重金属锰渗透对地下水污染的评估所使用的评估方法多数都是人工估算评价法,这种计算评估方法具有一定的倾向性,并且计算评估的过程会出现一定的计算失误,针对上述情况,提出一种基于关联模型的重金属锰渗透对地下水污染评估建模方法。采用模糊决策属性进行关联建模,全面的对重金属锰渗透的过程以及污染的过程进行评估,避免了传统方法中存在的倾向性,使用可能性计算代替人工模拟计算,保证了计算过程的准确性和有效性。设计了对比仿真实验,通过实验的有效证明,提出的评估建模方法能够全面的对重金属锰渗透对地下水污染进行评估。

Traditional heavy metal manganese seepage of groundwater pollution assessment evaluation is mostly used to estimate evaluation method. The evaluation method has a certain bias and its assessment process may show a certain calculation error,according to the above situation. This article also puts forward a model based on association of heavy metal manganese infiltration of groundwater contamination assessment modeling method. We know of fuzzy decision attribute correlation model,so we can understand the comprehensive manganese infiltration process and the pollution of heavy metals in the process of evaluation to avoid the tendency that exists in the traditional methods. We are using probability calculation instead of artificial simulation calculation to ensure the accuracy and the effectiveness of calculating process. In order to verify the proposed model on correlation of heavy metal manganese infiltration of groundwater pollution,we come to evaluate the effectiveness of the proposed modeling method to design the contrast simulation experiment and the effective proved through the experiment. We put forward the assessment modeling method to evaluate heavy metal manganese seepage of groundwater pollution.