flood control system中文是什么意思

• 防洪系统；洪水控制系统
• 洪水控制系统

• flood control    治洪，防洪，洪水调节〔如修理水闸、水库、河堤等〕。
• system    n. 1.体系，系统；分类法；组织；设备，装置。 2.方 ...
• control of flood    洪水控制
• act of flood control    防洪法令
• bring a flood under control    驯服洪水
• bureau of flood control    防洪局
• central flood control headquarters    中央防汛指挥部
• flood control and drought relief    防汛抗旱
• flood control barrage    防洪闸
• flood control basin    调洪洼地
• flood control benefit    防洪效益
• flood control capacity    防洪库容
• flood control channel    调洪河槽
• flood control dam    防洪坝; 防洪堤坝
• flood control engineering    防洪工程
• flood control facilities    防洪设施
• flood control forest    防汛林
• flood control headquarters    防汛指挥部
• flood control level    防洪限制水位
• flood control limiting level    防洪限制水位
• flood control map    防洪地图; 洪水控制图
• flood control on the yangtze river    长江抗洪形势
• flood control operation    防洪调度
• flood control planning    防洪规划
• flood control pool    防洪水库

• Along with our country ' s urbanization advancement speeding up unceasingly , the importance of city flood control is more and more obvious , and the synthetic evaluation of city flood control system became a realistic question
  摘要随着我国城市化进程的不断加快，城市防洪越来越重要，城市防洪体系综合评价成为摆在人们面前的一不现实问题。
• Finally , based on daf . net , with asp . net ado . net , cis , this paper presents a . net - based distributed flood control system - pcs . net . key issues and techniques that appeared in the process from fcs . net to its realization are also discussed in this thesis
  Net的分布式防洪调度软件系统fcs . net ，并就fcs . net实现时所遇到的一些典型问题和所运用的一些典型技术进行了讨论。
• The system needs many cross of subjects and new technology , using computer technology , information technology and the latest scientific technology to find new ways in order to make reservoir flood control system integrated and accurately
  水库洪水调度系统需要许多的学科与新技术相互交叉,可以充分利用计算机技术、信息技术等最新科学技术来实现集成的水库洪水调度系统。
• A research on decision support system for basin flood control scheduling is presented by a case study of complicated flood control system of downstream basin of the yellow river including reservoir , river channel , flood diversion area and flood detention area in this paper
  流域防洪系统联合调度是提高流域防洪工程体系防洪能力的重要非工程措施，本文以黄河下游包含水库、河道与分滞洪区的复杂防洪系统为实例进行了流域防洪调度决策支持系统的研究。
• Establishing the synthetic evaluation model of city flood control system based on the matter - element theory and taking the city flood control system of fushun city of liaoning province as an example , this paper determines the index system and various indices ' classical domain , joint domain and weighing , and carries on the appraisal
  建立基于物元理论的城市防洪综合体系评价模型，并以辽宁省抚顺市为例，确定指标体系及各指标的经典域、节域和权重进行评价。
• Finally , after analyzing the process of software development and the characteristics of flood control domain , we establish an application framework based on oddsa , and we apply this framework to water conservancy by building a flood control system application framework . in the framework , we integrate all kind of modules of the flood control domain
  在分析软件开发过程和防洪领域特点的基础上，建立基于oddsa体系结构的应用框架，并将其应用于水利领域，构筑了一个防洪调度应用框架，并对应用框架中集成的防洪领域各个模块进行了研究。
• 2 ) appling the theory and method of the information system integration , the thesis mainly focus on four part to study the deployment of the arid area reservoir flood control system in arid area . the four parts are as flowing : the systematic information integration , physics integration , people integration and software function integration
  2 )运用信息系统集成的理论和方法,着重从系统的信息集成、物理集成、人的集成和软件功能的集成四个方面来探讨和研究干旱区水库洪水调度系统。
• In order to analyze side flow of one dimension river flow , the iterative method that comes from control equation system is introduced and applied to the project examples . the results show this method is practicable and is important role in flood control system computation . this method could apply to the inflow computation on large reservoir prevent and control flood
  对于旁侧入流反分析，采用直接从控制方程出发，推导出同时求解旁侧入流的迭代方法，从正问题解的反求，以及实测水库入库洪水的反求等实例都说明，本文的方法是一种实用的方法，该方法对水库防洪调度洪水演算具有重要的价值，可以应用于大中型水库洪水调度的入流反算。
• Management mode of the flood control system is the key point of the fast , effective operation of flood control system . so this thesis further discuss the management mode of the flood control system of the middle - lower reaches of beijiang based on the discussion of optimal strategy structure of the flood control system of middle - lower reaches of beijiang
  防洪体系的管理模式是防洪体系快速、有效运行的关键，因此论文在讨论北江中下游防洪体系优化调度策略框架的基础上，进一步对北江中下游防洪体系的科学管理模式进行了讨论。
• Reservoir plays a critical role in flood control and irrigation of arid areas , with the development of theory and methodology which for reservoir non - engineering measures , it has had some corresponding research to the arid area reservoir flood control system . although the existing system framework is completed ; it mostly concentrated in the overall framework of the system , lacking the pertinence . it can ’ t meet the needs of reservoir ’ s flood control
  水库在干旱区防洪与灌溉中起着至关重要的作用,随着水库非工程措施理论与方法的发展,对于干旱区水库洪水调度系统也有部分相应的研究,现有的系统架构齐全,但研究大多集中在系统的总体框架上,针对性不强,还不能满足干旱区水库防汛的需要。