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An Etrophication Model for Lake Based on Maximum Flux Principle for Waihai of Dianchi Lake

机译:基于最大通量原理的滇池外海湖泊富营养化模型

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The aquatic ecosystem of lake is a complex open systems, taking account of the shortcomings of available eutrophication models for water quality, this study based on the principles of maximum flux selects Waihai as the object, we apply complex systems analysis to construct eutropication model which is suitable for local conditions and select a larger time scale and control parameters to simulate the eutrophication status to find out the main factors and to put forward reasonable proposals for giving out optimal control techniques. This model can be expanded in time scale, spatial scale and the number of parameters, while the difficulty of calculation and analysis will not be increased.
机译:湖泊水生生态系统是一个复杂的开放系统,考虑到可用的富营养化水质模型的缺点,本研究基于最大通量原理,以怀海为对象,运用复杂的系统分析方法,建立了富营养化模型。根据当地情况,选择较大的时标和控制参数,模拟富营养化状况,找出主要影响因素,并提出合理的建议,提出最佳的控制技术。该模型可以在时间尺度,空间尺度和参数数量上进行扩展,而不会增加计算和分析的难度。

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