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将模糊综合评判理论与地下水水质评价相结合,利用本次嵊泗海底淡水项目中得到的水质实测数据,结合实际情况选择了色度、嗅和味、浑浊度、肉眼可见物、pH、总硬度、铁、锰、溶解性固体、铜、锌、硝酸盐、钼、钴、挥发性酚类、氨氮、汞、砷、镉、铬(六价)、铅、钡、硒、硫酸盐、氯化物、氟化物、亚硝酸盐、镍、氰化物等水质数据作为评价因子,从隶属度、权重的计算以及模糊模型的选择等方面,详细介绍了模糊数学法运用于嵊泗海域地下水水质现状评价的全过程。
Combining the theory of fuzzy comprehensive evaluation with the evaluation of groundwater quality, using the measured data of water quality obtained from the Shengsi seabed freshwater project, the color, odor and taste, turbidity, macroscopic matter, pH, total hardness, Iron, Manganese Solubility Solid Copper Copper Zinc Nitrate Molybdenum Cobalt Volatile Phenols Ammonia Nitrogen Mercury Arsenic Cadmium Chromium Hexavalent Lead Lead Barium Selenium Sulfate Chloride, Fluoride, nitrite, nickel, cyanide and other water quality data as the evaluation factor, from the membership, the weight of the fuzzy model selection and other aspects, introduced in detail the application of fuzzy mathematics in Shengsi waters groundwater quality assessment of the whole process .