本文深入剖析了多水源水价的定价机制，建立和求解了基于需求管理理念的非线性水价模型，并开展了模型的具体应用。
This paper provided the nonlinear pricing model of rural safe drinking project by applying for the basic theory of economics, management, hydraulic, statistics etc.
这个模型也评估了更高的水价是否会引导农民们种植更加省水的作物。
The model also assessed whether a higher water price would induce farmers to plant more water-efficient crops.
根据本文研究的目的和意义，建立了以系统工程、水价的基本定价理论和投入产出分析为基础的水价系统仿真数学模型。
Based on this paper's objective and meaning, the water price system simulation model that is based on the system engineering, water price theory, input-output analysis is presented.
本文针对居民生活用水实施阶梯水价下双误差项的需求函数模型——离散连续选择模型进行了讨论，并给出了R包下的仿真算法和程序。
The paper discusses the two-error model demand function in ladder-like water pricing of residents living water usage—discrete continuous model, and proposes its algorithm and program in R package.
该模型由资源水价、工程水价和环境水价构成。
This model consists of water price of resource, water price of project and water price of environment.
通过引入竞争，建立博弈模型，确定固定水价和可变水价，从而得出合理水价。
The playing chess model is established for determine the fixed water price and the variable water price, thus, the rational water price is determined.
通过引入竞争，建立博弈模型，确定固定水价和可变水价，从而得出合理水价。
The playing chess model is established for determine the fixed water price and the variable water price, thus, the rational water price is determined.
应用推荐