水资源综合利用的英文

• comprehensive utilization of water resources

• "水资源"英文翻译    water resource
• "综合利用"英文翻译    comprehensive utilization; i ...
• "资源综合利用" 英文翻译 :    integrated utilization of key resources
• "矿物资源综合利用" 英文翻译 :    engineering of comprehensive utilization of mineral
• "水利资源综合利用" 英文翻译 :    multipurpose water utilization
• "中国资源综合利用" 英文翻译 :    china resources comprehensive utilization
• "资源综合利用工程" 英文翻译 :    integrated resources utilization projects
• "水利资源综合利用规划" 英文翻译 :    integrated water resource planning; integrated water resources planning
• "能源综合利用" 英文翻译 :    comprehensive utilization of energy
• "高效选矿及矿产资源综合利用" 英文翻译 :    high-efficiency ore dressing and integrated exploitation of mineral resources
• "水资源综合管理" 英文翻译 :    integrated water resources management
• "中国资源综合利用协会可再生能源专业委员会" 英文翻译 :    chinese renewable energy industries association
• "水资源综合开发行动计划" 英文翻译 :    plan of action on integrated water resources development
• "土地水资源综合信息系统" 英文翻译 :    integrated land and water information system ilwis; integrated land and water information system, ilwis
• "资源节约和综合利用" 英文翻译 :    resources economization and comprehensive utilization
• "资源节约与综合利用司" 英文翻译 :    department of resources conservation & comprehesive utilization
• "联合国水资源综合管理指南" 英文翻译 :    united nations guidebook on integrated water resources management
• "煤综合利用" 英文翻译 :    coalplex
• "综合利用" 英文翻译 :    complex utilization; comprehensive application; comprehensive untlization; comprehensive utilisation; comprehensive utilization; comprehensiveutilization; conjunctive use; integrated reuse; integrated utilization; many sided utilization; many-sided utilization; multi-purpose utilization; multiple utilization; multiple valued function; multipurpose use; overall development; synthetic utilization
• "综合利用坝" 英文翻译 :    multipurpose dam
• "综合利用的" 英文翻译 :    multipurpose
• "综合利用度" 英文翻译 :    overall availability
• "综合利用率" 英文翻译 :    the rate of multipurpose utilization
• "水资源利用" 英文翻译 :    utilization of water resources
• "废物综合利用和废旧资源回收利用" 英文翻译 :    comprehensive utilization of waste materials and recovery and recycling of used resources

• Treatment and synthetic utilization of hospital wastewater
  医院污水处理与水资源综合利用
• On water saving agriculture and water resource sustainable utilization in northeastern china
  做好节水和水资源综合利用工作实现公司的可持续性发展
• At the same time , it has great use in a lot of fields , such as flood control of city , flood forecast analysis and water resources continuable use
  同时，对于城市的防洪规划、洪水预报分析、河道演变规律及水资源综合利用等有着十分重大的意义。
• Our government has paid great attention to its comprehensive regulation and the state planning commission approved the " the comprehensive regulation planning scheme for taihu lake basin " in june 1987
  太湖流域是我国水资源综合利用水平较高的地区之一，党和政府十分重视太湖流域的综合治理。于1987年6月国家计委批复同意了《太湖流域综合治理总体规划方案》 。
• Chapter two ascertains main technological factor of dong gou lock reconstructing , including forecast the cargo and volume through the lock to reason about representative type of vessel designed for through the lock and its operation organize . chapter three design the renovate engineering through ascertaining the main technological factor scale of the lock , dimension , designed water level and altitude , including design of structure of the lock , lock chamber and lock gate , and select the main technological factor and pattern of headstock gear . chapter four draws a comprehensive compare of the two design scheme of the renovate project with engineering project economy evaluation method , and makes out the recommended scheme , and furthermore , to calculate the economic evaluation index of the recommended scheme and makes the economic sensitivity analysis of the scheme and finally demonstrate economic feasibility of the scheme
  本论文共分四章：第一章主要介绍了原东沟船闸的地理位置和营运现状，说明了船闸在航道建设和水资源综合利用中的作用及东沟船闸改造的必要性；第二章东沟船闸改造的主要技术因素确定其中包括东沟船闸过闸货种和货运量发展的预测，并确定东沟船闸的设计代表船型及营运组织；第三章东沟船闸改造工程设计本章通过船闸改造工程主要技术参数：船闸规模、尺度、设计水位和高程等的确定，设计了二个船闸改造方案，包括钢筋混凝土整体坞式闸首结构、闸室和闸门的设计，并选定了启闭机的主要技术参数和型式；第四章采用了工程项目经济评估方法对东沟船闸改造工程二个设计方案进行全面综合比较后，确定了推荐方案。
• To expedite the exploitation of hydroelectric resources of huanghe upstream meets the request of western development , and is significant to the strategically overall arrangement of realizing the optimization deployment of resource and transporting clean energy to the east but , for a long time , in the electric market , the supply - and - demand analysis and the science - oriented , reliable forecast of electric network load is absent . in the developing gradation , the support of theory about hydroelectric plants " developing gradation is absent . in the pattern of management and development , a theoretical system of developing , management is absent , such as the relation of the synthetically utilization of hydroelectric development and water resource and environment should be brought into the unified planning and managing system of the valley
  但是长期以来，在电力市场方面，缺乏科学、可靠的电网负荷需求预测及市场供需分析；在开发顺序方面，缺乏水电站开发顺序理论方法依据的支持，影响了开发的层次和速度；在开发管理模式方面，缺乏一套行之有效的开发、经营及管理的理论体系，比如水电开发与水资源综合利用及与生态环境的关系等，都应纳入流域统一规划、统一管理的水电开发利用管理体系中。
• On the basis of analysis and study of the problems lying in the zhujiang river ' s waterway transportation development , and combining with the reality of the zhujiang river ' s waterway transportation and market economy ' s requirements , this chapter puts forward the implementation of the strategy of " the west big exploitation " and sustainable development , amending and formulating the overall scheme for the development of zhujiang river ' s waterway transportation and investigating countermeasures and methods for speeding up the development of the zhujiang river ' s waterway transportation , making good comprehensive use of water resources , smoothing relationship between river ' s constructor and management authority , establishing integrated management organization for the valley ' s water resources , putting greater investment of funds into fundamental facilities in inland waterway , bringing into full play of inland waterway transportation , speeding up standardization of ship ' s form and steps of information construction , improving competition ability of waterway transportation by the progress in science and technology , deepening reform in management system and setting up a waterway transportation market of openness , fairness and standard
  论文在对珠江航运发展存在问题分析研究的基础上，结合珠江航运的实际及按照市场经济的要求，提出了贯彻落实西部大开发和可持续发展战略，修改制定珠江航运发展的总体规划，研究加快航运发展的对策和措施；搞好水资源综合利用，理顺河流开发建设和管理方面的关系，建立流域水资源综合管理机构；加大内河航运基础设施建设资金投入，发挥内河航运的优势；加快船型标准化及信息化建设步伐，以科技进步来提高航运的竞争力；深化管理体制改革，建立公开、公正、规范的水路运输市场环境等对策和建议。论文对珠江航运发展进行了展望，分析了为实现全面建设小康社会，珠江航运面临的任务，描述珠江航运的发展目标及宏伟蓝图。
• Finally , this thesis puts forward some practical suggestions on development of inland waterway transport , which contains how to strengthen water resources comprehensive utilization , how to make plans for inland river channel and how to speed up both enforcement the standardization of ships and ports construction
  最后，本文提出了加快西部内河航运发展的若干对策和建议，并分别针对如何加强水资源综合利用，加强西部内河航道规划建设，加快西部内河船舶系列化、标准化工作的实施，加快西部内河港口建设等方面进行了分析和论述。
• The paper selected changtan reservoir in guangdong province as case study site , investigated the impacts of 4 upstream reservoirs on changtan reservoir ' s design inflow floods and explored changtan reservoir ' s flood - protection standards , regulating rules and potential for integrated water resources utilization after newly - constructed upstream reservoirs being taken into account
  论文以广东省长潭水库为研究对象，阐述了受人类活动影响的水库设计洪水调度研究方法，研究了水库在其上游修建了若干个中小水库以后，其设计洪水调度所受的影响程度，分析比较了研究结果，探讨了水库在考虑上游多个水库影响下的防洪标准、调度原则及水资源综合利用特点。
• On this basis , according to water consumption mechanism and process of crops , the relationships , relative influence and effect transferring between various technology on water saving are fully considered . the calculating method of water saving potentialities on basis of the multiple utilization of water resources in irrigated regions is studied . the calculating model on water saving potentialities is set up
  在此基础上，根据农作物耗水机理和耗水过程，充分考虑各种节水技术间的相互关系、相互影响和效应传递，研究基于灌区水资源综合利用的节水潜力计算方法，建立节水潜力计算模型，结合对不同阶段灌区节水技术发展水平的预测，定量计算黄河下游引黄灌区不同水平年的节水潜力。