水资源水质水量联合调度研究进展被引量：1

The Progress Study on Joint Regulating of Water Quantity and Water Quality

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摘要在我国水资源严重短缺和水资源压力不断加重的背景下,水资源的水质水量联合调度成为了解决我国水资源问题的重要途径,并凸显出相较于单方面水量配置或是水质配置的优越性。总结了国内外在水资源水质水量联合调度方面的研究成果,分析了我国水资源水质水量联合调度现状,针对水质水量联合调度模型进行了研究,提出了水质水量联合调度中存在的水质水量相互影响考虑不足、缺少统一有效的模型、空间分配模型欠缺等问题,并针对存在问题提出了时间与空间分配问题综合研究以及数学模型多元化发展等解决的途径和方法。 As it′s a lack of water resources in our country,in the context of the increasing water pressure,the joint regulating of water quantity and water quality is becoming an important way to solve the water resources problems.This paper summarizes the research results about joint regulating of water quantity and quality at home and abroad.The status quo about joint regulating of water quantity and quality is analyzed in this paper.The existing problems of joint regulating are presented;including lacking interaction influence between water quantity and quality,lacking unified and effective model,lacking space allocation model.The relevant solution is presented for these problems;the comprehensive study of time and space allocation and the diversification development of mathematical model.

作者顾晨霞黄显峰

机构地区河海大学水利水电学院

出处《水利科技与经济》 2012年第3期26-28,共3页 Water Conservancy Science and Technology and Economy

基金中央高校基金中央高校基本科研业务费项目(2009B08414) 武汉大学水资源与水电科学国家重点实验室开放基金(2010B068)

关键词水质水量联合调度进展 water quantity water quality joint regulating progress

分类号 TV21 [水利工程—水文学及水资源]

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参考文献10

1Upmanu Lall.Strategies for the Conjunctive Manage-ment of Ground and Surface Waters[M].University ofUtah.Dept.of Civil Engineering,1987.
2Afzal Javaid,Noble David H.Optimization Model for Al-ternative Use of Different Quality Irrigation Waters[J].Journal of Irrigation and Drainage Engineering,1992,118(2):218-228.
3Lind.Qwen T.Interaction of Water Quantity with WaterQuality:The Lake Chapala Example[J].Journal arti-cle,2002,(3):159-167.
4Genius.M.Evaluating Consumers'Willingness to Payfor Improved Potable Water Quality and Quantity[J].Water Resources Management,2006,(11):1 825-1 834.
5Vink S,Moran C J.Understanding Mine Site Water andSalt Dynamics to support Integrated Water Quality andQuantity Management[J].Maney Publishing,2009,(5):185-192.
6王蜀南,李尤玲,傅文洵,和发,杜静芳.河流水质水量优化控制[J].水电站设计,1997,13(3):25-29. 被引量：2
7吴泽宇,胡润亭.水质水量统一优化配置的理论与模型体系框架[A].2007年水利青年科技论坛论文集[C].成都:中国水利协会,2007.
8王渺林,蒲菽洪,傅华.从水质水量联合角度评价鉴江流域可用水资源量[J].重庆交通大学学报（自然科学版）,2008,27(1):144-147. 被引量：13
9董增川,卞戈亚,王船海,李大勇.基于数值模拟的区域水量水质联合调度研究[J].水科学进展,2009,20(2):184-189. 被引量：60
10吴泽宁,樊安新,翟渊军.基于生态经济学的水质水量统一优化配置模型体系框架[J].技术经济,2007,26(5):18-21. 被引量：3

二级参考文献20

1夏军,王渺林,王中根,牛存稳,严冬.针对水功能区划水质目标的可用水资源量联合评估方法[J].自然资源学报,2005,20(5):752-760. 被引量：25
2夏军,王中根,严冬,王渺林.针对地表来用水状况的水量水质联合评价方法[J].自然资源学报,2006,21(1):146-153. 被引量：17
3HAYES D F, LABADIE J W, SANDERS T G. Enhancing water quality in hydropower system operations[ J]. Water ResourcesResearch, 1998, 34(3) :471 - 483.
4WILLEY R G, SMITH D J, DUKE J H. Modeling water-resource systems for water-quality management[ J]. Journal of W aterResources Planning and Management, 1996, 122(3) : 171 - 179.
5LOFTIS B, LABADIE J W, FONTANE D G. Optimal operation of a system of lakes for quality and quantity[ C]//TORNO HC. Computer Applications in Water Resources. New York: ASCE, 1989:693 - 702.
6PINGRY D E, SHAFIEL T L, BOLES K E. Role for decision-support systems in water-delivery design[ J] .Journal of Water Resources Planning and.Management, 1990, 116(6):629-644.
7[1]Chen J Q,Xia J.Facing the challenge:barriers to sustainable water resources development in China[J].Hydrological Science Journal,1999,44 (4):507-516.
8[2]XIA Jun,Taekeuchi K.Barriers to sustainable management of water quantity and quality,guest editors for special issue[J].Hydrological Science Journal,1999,44 (4):503-505.
9[3]Freeman D M.EPA's basins model:good science or serendipitous modeling[J].Journal of the American Water Resources Association,2000,36 (3):493.
10[4]Dai T,Labadie J W.River basin network model for integrated water quantity / quality management[J].Journal of Water Resources Planning and Management,2001,127(5):295-305.