MIKE-BASIN在引汉济渭受水区的应用  

Application of MIKE-BASIN Model in Hanjiang-to-Weihe River Water Transfer Project Flowing Area

作　　者：黄葵[1] 张楠[1] 吕龙龙 江红[3] 

机构地区：[1]黄河水利科学研究院,河南郑州450003 [2]华北水利水电大学,河南郑州450011 [3]黄河流域水资源保护局,河南郑州450004

出　　处：《人民黄河》2014年第4期65-68,共4页Yellow River

基　　金："十二五"国家科技支撑计划项目(2012BAB02B04)

摘　　要：为了解引汉济渭对受水区水资源供需平衡的作用,基于引汉济渭受水区水平衡节点图、供水规则等,构建现状年、规划水平年系统网络模型,通过流域水资源规划管理工具Mike-Basin,模拟分析各水平年引汉济渭受水区水资源供需状况。结果表明:现状年(2010年)受水区总缺水量15.96亿m3,缺失程度25.8%;规划年2020年引汉济渭工程实施后受水区总供水量60.69亿m3,总缺水量4.08亿m3,缺失程度6%;规划年2030年受水区总供水量66.39亿m3,总缺水量1.62亿m3,缺失程度2%。In order to understand the effect of Hanjiang-to-Weihe River Water Transfer Project to the water resources supply and demand balance, we used Mike-Basin model to simulate and analyse the water supply and demand balance of the intake area. The result shows that the total water deficit is 1. 596 billion m3 in the study area in the current year （2010） and the missing degree is 25.8% ; In the level year of 2020, it is 6. 069 billion m3 , the total water deficit is 408 million m3 and the missing degree is 6% ; In the level year year of 2030, it is 6. 639 billion m3 , total water deficit is 162 million m3 and the missing degree is 2%.

关 键 词：Mike-Basin 受水区 水平衡节点 供需平衡分析 引汉济渭 

分 类 号：P339[天文地球—水文科学]