| 1. | Distributed hydrologic model
集总式水文模型 |
| 2. | Discussion on reasonable subdivision level of watershed for distributed hydrologic model
分布式水文模型亚流域合理划分水平刍议 |
| 3. | For the implementation of the concepts , the xinanjiang hydrologic model has been used
考虑到模型概念的可完成性我们使用了新安江模型。 |
| 4. | The main requirements for cm operational conceptual hydrologic model are function development , model calibration , and validation followed by production of forecast runs and analysis of results
功能改进，模型率定，模型预报的验证以及其结果分析是应用概念水文模型所需要的几个主要部分。 |
| 5. | The main requirements for an operational conceptual hydrologic model are function development , model calibration , and verification followed by production of forecast runs and analysis of results
要使概念性水文模型具有可操作性，其最基本的需要就是使预报结果分析具有功能的可发展性和模型的可率定性。 |
| 6. | In the second phase of this study , the use of hydrological response units ( hrus ) in conceptual hydrologic models ( e . g . , in the xinanjiang model ) is discussed and its application to the kalu river upper catchment in sri lanka is presented
在研究的第二阶段，提出了利用概念性水文模型(新安江模型)对水文响应单位进行讨论，讨论流域选择在斯里兰卡的kalu河的上游。 |
| 7. | As easy as it may appear , the calibration of a conceptual hydrologic model ( chm ) with the intention of identifying a " unique " and " consistent " set of parameters is a tedious task , made complicated by a whole host of problems
概念性水文模型计算的目的是识别出一套独一无二的并且前后一致的模型参数，这种计算虽然表面上看来很简单，但是却是一项相当乏味并且复杂的工作。 |
| 8. | The present study investigates the problems cause by the model structure in the automatic calibration of conceptual hydrologic models and the use of hydrological response units ( hrus ) in chms to improve the model performance via integrated gis approach while keeping the number of basic model parameters and the model structure as original
本文对概念性水文模型自动参数率定中模型结构方面以及水文响应单位( hru )的利用方面导致的问题进行了调查，在保持模型原有结构和基本模型参数的基础上通过集成gis提高了模型的精度。 |
