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运用守恒方程和热力学第二定律，经过严密推导，得出了高浓度条件下的地下水运动方程．与以前作者的推导过程相比，对多孔介质的简化更符合实际水文地质条件，推导方法更严密．高浓度条件下运动方程表达式完整地反映了水体流动的驱动力场，解释了不同浓度条件下地下水流动特征存在差异的原因，对盐岩层中放射性核废物随地下水流的迁移，浅部含水层中高浓度污水运移以及沿海地区咸卤水入侵等问题的研究，具有重要的应用意义
Using the second law of conservation and the second law of thermodynamics, through rigorous deduction, the equations of groundwater motion are obtained under high concentration conditions. Compared with the author’s derivation, the simplification of porous media is more in line with the actual hydrogeological conditions, and the derivation method is more rigorous. The equation of motion equation under high concentration fully reflects the driving force field of water flow and explains the reasons for the differences in groundwater flow characteristics under different concentrations. The reason is that the movement of radioactive nuclear waste in salt rock with groundwater flow, The research on the problems such as the transportation of medium and high concentration sewage and salty brine in coastal areas is of great significance