蓄洪区的英文

• flood basin

• "蓄洪"英文翻译    store floodwater; flood stor ...
• "区"英文翻译    H region; H
• "蓄洪" 英文翻译 :    [水文] store floodwater; flood storage 蓄洪防旱 store floodwater for use against a drought; 蓄洪坝 flood dam; 蓄洪工程 flood storage project; water detention project; flood retention work; 蓄洪量 storage capacity
• "泛洪区" 英文翻译 :    flood basin; floodplain
• "分洪区" 英文翻译 :    flood diversion area; flood diversion basin; flood diversion region; flood-diversion area; spreading ballast
• "行洪区" 英文翻译 :    flood district
• "蓄洪坝" 英文翻译 :    detention dam; flood dam
• "蓄洪池" 英文翻译 :    flood storage pond
• "蓄洪量" 英文翻译 :    storage capacity
• "滞洪区" 英文翻译 :    conservation area; flood detention area; flood detention basin; flood detention district; flood retarding basin; flood retention basin; water retarding area
• "常规分洪区" 英文翻译 :    regulatory floodway
• "分洪区管理" 英文翻译 :    flood diversion area management
• "分洪区运用" 英文翻译 :    flood fiversion area operation
• "分蓄洪工程" 英文翻译 :    flood diversion and storage project
• "格洪区吉" 英文翻译 :    gedhun choekyi nyima; nyima gedhun choekyi
• "河道滞洪区" 英文翻译 :    retarding basin in a channel
• "荆江分洪区" 英文翻译 :    jingjiang fenhongqu
• "蓄洪防旱" 英文翻译 :    store flood-water for use in a drought
• "蓄洪工程" 英文翻译 :    flood storage project; flood storage works
• "蓄洪垦殖" 英文翻译 :    flood storage with land reclamation
• "蓄洪能力" 英文翻译 :    flood absorption capacity
• "蓄洪设施" 英文翻译 :    detention structure
• "蓄洪水库" 英文翻译 :    detention basin; detention reservoir; flood basin; flood retention basin; flood storage reservoir
• "槽蓄洪水演算" 英文翻译 :    channel storage flood routing
• "上游蓄洪水库" 英文翻译 :    upstream retarding reservoir

• On construction and management of flood detention areas in anhui province
  浅议安徽省行蓄洪区建设与管理
• Strategic thinking on the sustainable development of the floodplains along huaihe river
  沿淮行蓄洪区可持续发展的战略思考
• Gis - based estimation and analysis of the inundation economic losses of honghu flood diversion and detention areas
  的洪湖分蓄洪区东分块洪水淹没损失的估算及分析
• Aiming at the complex boundary in the numerical calculation of flood diversion area , a bevel angle cartesian method is adopted based on the traditional cartesian method
  摘要针对分蓄洪区水流数值计算中的复杂边界问题，在传统笛卡尔坐标方法的基础上改用斜角笛卡尔方法。
• According to the definition in ramsar convention , wetlands include marshes , peatlands , wet meadows , lakes , rivers , floodplains , river deltas , tide flats , reservoirs , ponds , rice paddies as well as marine areas with water depths under six meters
  按照《湿地公约》定义，沼泽、泥炭地、湿草甸、湖泊、河流、滞蓄洪区、河口三角洲、滩涂、水库、池塘、水稻田以及低潮时水深浅于6米的海域地带等均属于湿地范畴。
• Based on swmm ( storm water management model ) , a typical urban region is selected to calculate the status under the design storms with different frequencies in the region , such as drainage effect and water - logging , overland flow on road etc . , and simultaneously , the storm floods under different conditions , including reforming the protruding green belts into plain or concave ones , placing flood storage areas etc . , are simulated with the evaluation on their effects
  摘要以swmm为基础，选取北京市典型小区，计算不同频率设计暴雨下小区排水效果以及积水、道路坡面流等情况，同时进行不同情景下的暴雨洪水模拟并评价其影响，包括改凸式绿地为平式和凹式、设置蓄洪区等。
• To avoid the retardation of flood water , improve the discharging conditions and reduce flooding frequency and flowage damage on flood retarding basins , huai river commission made a decision to adjust and regulate the middle courses of huai river . the authorial thesis is based on the main part of huai river flood - protection planning , i . e . , the flood - protection planning of huai rivers middle courses . author of thesis participated in the drawing up and the administrating of the plan
  为了摆脱中、小洪水行洪不畅，减少行、蓄洪区在中、小洪水条件下的行洪机遇，淮河水利委员会在淮河流域总体防洪规划中，决定重点解决淮干中游河道防洪问题，论文作者亲自参与制定了淮河中、上游河道防洪规划制定工作，并组织、领导规划中各项骨干工程的施工建设，前后数年之久。
• Abstract : this paper analyzes causal factors of flood in the middle reaches of changjiang river . due to neglection of environmental management , soil erosion in the upper and middle reaches of the changjiag river , lake sedimentation , large - scale reclamation of marshes , the flood regulation capacity of the lake was descended , and flood stage was risen and prolonged . consequently more and more river levees and lake dikes were reinforced almost every year to prevent the disasters , which made flood level go up and flood period last for more days . the frequency of flood and waterlogging disasters rose and their damage was enlarged . several proposals for flood prevention including agricultural modernization are put forward
  文摘: 1998年长江大洪水后开始实施的“平垸行洪,退田还湖”的土地利用调整方案,从长远来说应寻求农业安全且收入逐渐提高条件下的土地利用,长江中游地区应积极推进农业现代化,提高农业劳动生产率,转移,减少分蓄洪区的人口,移民建镇,对区内的土地要促进其规模经营,由优秀的有文化的农民经营,平时只有少量的直接从事农业生产的经营管理人员,农忙时则大量地使用季节性合同工或实现机械化,大洪水时退田还湖,减轻长江干流大洪水的压力,减少分洪与特大洪灾时的损失,这样还可促进避洪、冬季农业等的发展,也有利于长江中上游地区陡坡耕地的退耕还林,还可在粮食充足时进行休耕,在旱灾、粮食紧张时扩大粮食生产?

• 蓄洪区的俄语：pinyin:xùhóngqū район задержания паводковых вод