以伊洛河流域为实例研究，构建了二元水循环模型。
The dualistic water cycle model as a case study with Yiluo river basin is established.
许多科学家根据模型模拟得出，如果水循环因气候变化加剧的话，河流的水量将会增加。
"Many scientists and models have suggested that if the water cycle is intensifying because of climate change, then we should be seeing increasing river flow."
许多天气预报模型暗示，当气温升高的时候，水循环会发生变化，但是，我们很难在海洋上测量降雨的变化，不过，海洋中的盐分水平实际上是一个重要参数，能表明海洋上降雨的变化。
But measuring these changes in rainfall over the ocean is very, very difficult to do. But salinity is actually an important parameter that gives us an indication of what might be going on.
土壤入渗是田间水循环的重要组成部分，国内外学者提出了具有不同特点和用途的入渗模型。
Soil water infiltration is a critical component of field water circulation, and Numbers of infiltration models with different properties and functions were established.
由于岩溶地下水分布难以量测，岩溶水文系统多为黑箱或灰箱，采用岩溶水文模型量化其水循环过程常存在许多疑难问题。
There are some problems in modelling karst water circulation using hydrological model as lack of information of groundwater distribution in karst system (black box or grey box).
结合监测的具体参数建立了锅炉水循环可靠性的数学模型。
Base on monitoring idiographic parameters, mathematical models for boiler water circulation reliability are found.
给出了锅炉水循环校验模型的计算机解法。
The computer solutions of verification model for boiler water circulation are resented.
通过建立地下水流模拟模型，对傍河开采给黄河下游地下水循环、侧渗量及径流量带来的影响进行了分析。
It analyzes the influence of exploitation near the river to the phreatic cycle, lateral seepage and run-off amount of the lower Yellow river through establishing an under-flowing simulation model.
此水循环监测数学模型可以应用到锅炉的水循环在线监测中。
The monitoring mathematical model of water circulation can be used to on-line monitoring of boiler water circulation.
建立的模型对湿地水循环系统具有较好的模拟能力。
The results show that the proposed model has a good performance in modelling wetland hydrological cycle system.
因此，对流域水文过程研究的最终目的，就是建立基于“流域二元水循环模式”的流域水文模型。
The essence of So-called Dual Water Evolvement Mode is to study the impact of nature processes and man's activities respectively.
从作物需水量的基本概念出发，以水量平衡原理为基础，建立了模拟农田根层土壤水循环的计算机模型- IS AREG。
ISAREG is an irrigation scheduling simulation model based on the concept of crop water requirements and soil water balance.
从作物需水量的基本概念出发，以水量平衡原理为基础，建立了模拟农田根层土壤水循环的计算机模型- IS AREG。
ISAREG is an irrigation scheduling simulation model based on the concept of crop water requirements and soil water balance.
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