摘要
针对近年来由于工业发展,辛安泉水质遭受污染的现状,在目前水质模型运用现状基础上,将辛安泉饮用水源地污染现状及污染途径概化为物理模型,并对污染过程机理进行模拟实验研究,通过室内模拟试验来研究溶质的迁移转化规律及其数学模型,建立了挥发酚的污染数学模型,并运用该模型对辛安泉水质进行了预测,为保护辛安泉水质安全提供了科学依据。
Xin＇an Spring is a primary source for the Changzhi City. With the development of the industry, water quality of Xin＇an Spring is threatened by pollution. Based on using water quality model, the author generalized the pollution status and the pollution ways of the Xin＇ an Spring as physical model, and then author make a modeling experimental research on the mechanism of the water pollution processing. Transportation and transformation laws of solutes and its mathematical model are studied by the modeling experiment, and mathematical model of volatile phenolic pollution is constructed, the water quality of Xin＇an Spring is forecasted by using the model. The model provides scientific evidences for protecting the water quality of Xin＇an Spring.
出处
《太原理工大学学报》
CAS
北大核心
2006年第6期664-666,共3页
Journal of Taiyuan University of Technology
关键词
挥发酚
辛安泉水质
地下水污染
物理概化模型
数学拟舍
数学模型
volatile phenolic
water quality of Xin＇an Spring
pollution of groundwater
generalized physical model
mathematical fitting
mathematical model
