基于综合集成平台的水功能区动态纳污能力仿真系统研究

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1、分类号X522UDC密级学号1108150843硕士学位论文基于综合集成平台的水功能区动态纳污能力仿真系统研究张晓学科门类：工学学科名称：水文学及水资源指导教师：解建仓教授罗军刚副教授申请日期：2014年3月 西安理工大学硕士学位论文基金项目：本论文研究得到水利部公益性行业科研项目(201001011)和国家自然科学基金(51209170)课题的资助和支持。2 西安理工大学硕士学位论文calculationmodels:waterenvironmentcapacitycalculationcomprehe

2、nsivemodelandoptimizationmodelwhichbasedonone-dimensionalwaterqualitymodel.Bytakingshaanxisectionofweiheriverasanexample,thedesignmethodofdynamicwaterenvironmentcapacitycalculationconditionswasexpounded,andonthisbasistakingexamplestestforthemodelswhichhavebe

3、enbuilt.(3)Setupthesimulationsystemofdynamicwaterenvironmentcapacityinwaterfunctionarea.Moderninformationtechnologyandsoftwaredevelopmenttechnologywerecomprehensivelyused.Implementationforknowledgevisualizationtechnologyandcomponentdevelopmenttechnologywasre

4、searched.Atthesametime,onthebasisofIntegrateplatform,thesimulationsystemconstructingmodeofdynamicwaterenvironmentcapacityinwaterfunctionareawassetupwhichbasedoncomponent,knowledgemapandvisualizationtools.Sothattosetupthesimulationsystemofdynamicwaterenvironm

5、entcapacityinwaterfunctionarea.rapidlythroughtheintegratedplatform.(4)Applicationexampleonthesimulationsystemofdynamicwaterenvironmentcapacityinwaterfunctionarea.Bytakingshaanxisectionofweiheriverasanexample,thesimulationsystemofdynamicwaterenvironmentcapaci

6、tyinShaanxisectionofweiheriverwaterfunctionarea.Thedynamicofwaterenvironmentcapacitycalculationwasrealizedbydynamicoftimescale,modelapproach,assuranceandParameters.Sothemodeofdynamicwaterenvironmentcapacitycalculationwasmorepractical.Keyworks:Dynamic,wateren

7、vironmentcapacity,simulationsystem,Integrateplatform2 目录目录1绪论········································································································································11.1研究背景及意义··················································

8、········································································11.2国内外研究现状···············································································································