流域负荷模型,watershed loading model
1)watershed loading model流域负荷模型
1.GWLF(Generalized Watershed Loading Function)model is considered to be a combined distributed/ experiencedwatershed loading model.GWLF(Generalized Watershed Loading Function)模型是一个半分布式、半经验式的流域负荷模型。
2)Shixia nonpoit source pollution model石匣小流域非点源污染负荷模型
英文短句/例句
1.Study and Build Up Nonpoint Source Pollution Model of Shixia Catchment in Miyun Reservoir Watershed;密云水库上游石匣小流域非点源污染负荷模型研究与建立
2.A simulation of Non-Point Source (NPS) pollution loads in Songtao Reservoir Catchment松涛水库流域非点源污染负荷模拟模型
3.Simulation of Non-point Source Pollution Load in Jialing River Basin;嘉陵江流域非点源污染负荷模拟研究
4.Study on the nonpoint pollution of Shixia catchment in Miyun reservoir watershed;北京市密云水库上游石匣小流域非点源污染特征研究
5.Evaluation of Pollution from Non-point Sources in Weigou Small Watershed Based on GIS and RS;GIS和遥感支持下的小流域非点源污染负荷估算
6.Study on Load Estimates and Control the Countermeasure Research of the Small Basin Non-Point Source Pollution小流域非点源污染负荷估算及控制对策研究
7.Simulation of Dissolved Nitrogen Load in Jialing River Basin嘉陵江流域非点源溶解态氮污染负荷模拟研究
8.Predictive Analysis of Non-point Source Pollution Load in Jialing River Watershed嘉陵江流域非点源污染负荷的预测分析
9.Modeling Changes of Non-point Source Pollution Load for Watershed Using Bayesian Regularized BP Neural Network贝叶斯规整化BPNN定量流域非点源污染负荷研究
10.Estimation of non-point source pollution load in Tumenxigou watershed of Miyun Reservoir密云水库土门西沟流域非点源污染负荷估算
11.Study on Load of Nonpoint Source Pollution in the Second Songhua River Basin第二松花江流域非点源污染输出负荷研究
12.Study on Non-point Source Pollution Simulation of Representative Small Watershed in the Three Gorges Resevoir Area;三峡库区典型小流域非点源污染模拟研究
13.Model for prediction of non-point source pollution load based on self-memory theory基于自记忆原理的非点源污染负荷预测模型
14.Analysis of Nonpoint Sources Pollution in the Watershed on the Basis of WARMF Model;基于WARMF模型的流域非点源污染分析
15.Nonpoint Source Pollution Model,AnnAGNPS,Assessment for a Mixed Forested Watershed in Three Gorges Reservoir Area非点源污染模型AnnAGNPS在三峡库区林农复合小流域模拟效果评定
16.Study on Non-point Source Pollution of Nitrogen and Phosphorus Drainage Evaluating and It"s Controlling on in ChaoHu Watershed;巢湖流域非点源N、P污染排放负荷估算及控制研究
17.Assessment of the Effect of Non-point Source Pollution on Groundwater in Purple Soil Watershed Using Rainfall Parameter Method估算紫色土流域地下水非点源污染负荷的降雨量参数法
18.ON THE NON-POINT SOURCE POLLUTION OF PARTICULATE PHOSPHORUS IN THE UPSTREAM WATERSHED OF THE THREE GORGES RESERVOIR三峡水库上游流域非点源颗粒态磷污染负荷研究
相关短句/例句
Shixia nonpoit source pollution model石匣小流域非点源污染负荷模型
3)aggregate load area model(ALAM)综合区域负荷模型
1.The concept of the aggregate load area model(ALAM) based on the power system wide area measurement system is proposed.采用电力系统同步数据对电力系统负荷区域进行建模、网络化简和负荷模型辨识,提出了基于电力系统广域测量系统的综合区域负荷模型的概念,分析了该模型的参数可辨识性。
4)load model负荷模型
1.Research onload model of particulate nitrogen and phosphorus;颗粒态氮磷负荷模型研究
2.Bifurcation research about differentload model used in voltage stability;不同负荷模型在电压稳定分析中的分岔研究
3.Impact of dynamic electricload model proportion on power system stability;动态负荷模型比例对电网稳定性影响分析
5)load modeling负荷模型
1.Research on inductor and constant impendence proportion ofload modeling based onstatistical synthesis approach;统计综合负荷模型的感应电动机和恒定阻抗比例研究
2.Approach on the Multi-value of the Identified Load Modeling s Parameters;电力系统负荷模型参数多值性研究
3.A method of electricload modeling is developed for wide area power systems.针对广域电力系统中负荷节点面广量大的特点,明确了广域电力系统负荷建模的思路,即充分利用广域测量信息来建立系统化评价指标,探索广域多点同步确定负荷模型参数的方法,对节点分类,对参数分级。
6)load models负荷模型
1.The influences ofload models on transient stability of a multi-infeed DC and AC system are analyzed at length.分析负荷模型对多馈入交直流系统功角稳定性的影响。
2.Load models play an important role in the simulation and evaluation of power system performance.负荷模型在电力系统运行的仿真和评估方面起到重大作用。
3.Based on the analysis of transient angle stability in Fujian- Huadong interconnected system,the stability m argin, critical clearing time and generation limits are compared under differentload models by using Extended Equal Area Criterion EEAC theory.根据物理概念分析了某负荷模型提高或降低稳定性的机理 ,指出负荷模型的影响与失稳模式和负荷分布的定性关系。
延伸阅读
点源污染分子式：CAS号：性质：在区域或流域污染源分布图上以点状形式分布的污染源对环境造成的污染。造成大气环境污染的点源主要是工业生产装置的高架排气筒、锅炉烟囱和工业窑炉烟囱等。造成地面水环境污染的点源主要是工业废水和城市污水经管渠输送至水体的排放口。排放废气的低矮点源(高度<15m)，当其分布较密集时，通常作为面源对待。
