1.
Research and Application of a Method Considering Runoff Distribution Through A Year During Partitioning Runoff into Abundant and Low State
考虑径流年内分布影响的丰枯划分方法及其应用
2.
Synchronous-Asynchronous encounter probability of rich-poor runoff based on copula function
基于Copula函数的河川径流丰枯遭遇分析
3.
Analysis on Status of Wet and Dry Season Tariff and Peak and Off-peak Tariff in Sichuan Province;
四川省丰枯季节和峰谷分时电价的状况分析
4.
A Preliminary Discussion on Implementing of Peak-valley and Time-of-use and Season-of-use Price for Different Industries at Demand side;
销售侧分行业实行丰枯峰谷分时电价初探
5.
Analysis on Influence of Sea Ice in North Pole Area on Runoff in the Upper Yellow River during Flood Seas on
北极海冰对黄河上游汛期水量丰枯的影响分析
6.
Synchronous Asynchronous Encounter Probability of Rich Poor Precipitation between Water Source Area and Water Receiving Area Based on Copula Theory in Middle Route of South to North Water Transfer Project
基于Copula函数的南水北调中线降水丰枯遭遇分析
7.
Analysis on Wet-Dry and Compensative Characteristics of Regional Rainfall
区域降雨的丰枯特性及其补偿特性分析
8.
Research on the Characteristics of the High and Low Runoff Basing Bayes-Markov Process
基于Bayes-Markov过程的年径流丰枯变化特性分析
9.
Length of Precipitation Data Series and Abundance Water Resources in Wusu City
乌苏市降水资料序列长度与水资源丰枯分析
10.
Optimal Allocation of Yishuhe River Water Resources in Wet Year and Dry Year
丰枯水年的沂沭河流域水资源优化配置分析
11.
Correlation Analysis of Encountering Probability of Runoff in the Water-exporting and Water-importing Area of Western Route of South-to-north Water Transfer Project by SPA
南水北调西线调水区与受水区年径流量丰、枯相关性集对分析
12.
The Analyzing of Car Parts Logistics Planning and Designing of FAW-TOYOTA Joint-venture Company;
一汽丰田入厂物流规划与设计的分析
13.
Urban Planning Predicament and the Strategy of Chinese Western Resources-exhausted Cities;
西部资源枯竭型城市规划困境与对策分析
14.
Differentiating of rainfall harvest years with grain production in the arid areas in South Ningxia
宁南旱区粮食生产与降水丰歉年景的划分
15.
Multivariate Joint Probability Distribution and Its Application to Analysis of Plentiful or Scanty Runoff Encountering in South-to-North Water Transfer Project (East Areas);
多维联合分布计算理论在南水北调东线丰枯遭遇分析中的应用研究
16.
Research on customer response indicator model in abundant-dry water & peak-valley price;
丰枯-峰谷电价中用户反应度模型研究
17.
CHARACTERS OF THE WATER VAPOR TRANSFER IN THE CHANGJIANG-HUAIHE RIVERS VALLEY
江淮梅雨丰、枯梅年水汽输送差异特征
18.
Atmospheric Circulation Changes and Water Vapor Transmission Characteristics during Plentiful,Low,Special Low Water in Haihe River Valley Plain
夏季海河流域平原降水丰、枯、特枯年大气环流及水汽输送特征