蓄水量的英文

• deposit of moisture
• impoundage
• impoundment
• pondage
• water retention capacity
• water stock
• water storage capacity
• water-storage capacity

• "持恒蓄水量" 英文翻译 :    conservation storage
• "地下蓄水量" 英文翻译 :    groundwater storage
• "调节蓄水量" 英文翻译 :    regulating pondage
• "河岸蓄水量" 英文翻译 :    bank storage
• "河槽蓄水量" 英文翻译 :    channel storage; prism storage; storage in channel
• "河段蓄水量" 英文翻译 :    storage in reach
• "湖泊蓄水量" 英文翻译 :    lake storage
• "累积蓄水量" 英文翻译 :    accumulated stroage
• "临时蓄水量" 英文翻译 :    temporary storage
• "流域蓄水量" 英文翻译 :    basin storage
• "漫滩蓄水量" 英文翻译 :    overbank storage
• "年蓄水量" 英文翻译 :    annual storage; yearly storage
• "水库蓄水量" 英文翻译 :    pondage of reservoir; reservoir storage capacity
• "提高蓄水量" 英文翻译 :    raising water storage
• "蓄水量方程" 英文翻译 :    storage equation
• "有效蓄水量" 英文翻译 :    effective storage capacity
• "总蓄水量" 英文翻译 :    gross reservoir capacity; gross storage capacity; gross-reservoir capacity; total storage
• "河槽总蓄水量" 英文翻译 :    total channel storage
• "低水位调节蓄水量" 英文翻译 :    low water regulation storage; low-water regulation storage
• "河岸土壤蓄水量" 英文翻译 :    bank storage
• "季节性贮蓄水量" 英文翻译 :    seasonal storage
• "流域最大蓄水量" 英文翻译 :    basin maximum storage capacity
• "年蓄水量,年蓄能量" 英文翻译 :    yearly storage
• "蓄水量与开挖量之比" 英文翻译 :    storage ratio
• "蓄水累积曲线" 英文翻译 :    mass curve of storage
• "蓄水库容" 英文翻译 :    conservation storage

• But as soon as the god forgets to shed his tears for months , people panic as they watch the water channel dry up and water levels in the dams drop lower and lower
  平常日子有源源不断的自来水供应，人们不会感觉水的可贵。一旦连续几个月不下雨，河道乾涸，水库蓄水量频频下探新低时，民众才会感到恐慌。
• Traditional irrigation , however , has degraded the soil in many areas , and the reservoirs behind dams can quickly fill up with silt , reducing their storage capacity and depriving downstream farmers of fertile sediments
  然而传统的灌溉法已对多处地区的土壤造成侵蚀现象，而水坝拦截水而形成的水库，也很快就有沙石淤积，除了降低水库的蓄水量，还使得下游农民丧失了肥沃的沉积土。
• In the ecosystem wetland functions significantly in regulating climate , preserving and controlling water sources purifying water body , conserving soil and water , producing biomass , protecting biodiversity and wildlife habitats , and serving educational and recreational tourism , etc
  湿地具有调节气候、调蓄水量、净化水体、保持水土、物质生产、生物多样性保护、动植物栖息地、教育休闲旅游等生态服务功能。
• In the ecosystem wetland functions significantly in regulating climate , preserving and controlling water sources purifying water body , conserving soil and water , producing biomass , protecting biodiversity and wildlife habitats , and serving educational and recreational tourism , etc
  摘要湿地具有调节气候、调蓄水量、净化水体、保持水土、物质生产、生物多样性保护、动植物栖息地、教育休闲旅游等生态服务功能。
• It holds the main and tributary streams from six provinces situated at the upper reaches of yangzi river . the three gorges project being built is an extraordinarily gigantic water - control project and has the functions of generating electricity , controlling flood , shipping and travelling
  这里正兴建当今世界瞩目的特大型三峡水电枢纽工程，它具有发电、调洪、航运、旅游等多种功能，由其构成的水库总蓄水量近400亿立方米。
• Meanwhile , according to the assessment cell of small watershed , the paper evaluates each index and compositive index . the paper can provide scientific bases for both protection and use of wetland by disclosing the spatial distributing rules and analyzing the impact on environment brought because of exploiting . the study shows that 1 ) in the structure of wetland ecosystem health of panjin city in 2000 , better area accounts for 22 % , generic area 52 % , worse area 26 % ; 2 ) in shuangtaizi national wetland nature reserve , the health of many regions is better , the one of partial regions is threaten , the area of wetland is decreasing ; 3 ) in the period from 1986 to 2000 , paddy field , shrimp and crab pool were increased , swamp and biodiversity were decreased gradually , and the environment of wetland was polluted gradually
  本文以生态系统学、景观生态学、生态系统健康、区域可持续发展等理论为基础，根据联合国经济合作开发署提出的压力-状态-响应( psr )框架模型，以遥感数据及统计监测数据为基础，采用rs 、 gis 、 gps技术，结合数理统计和数学模型方法，提取土地利用/土地覆盖信息、湿地类型信息、小流域信息、湿地景观指数、湿地初级生产力、湿地人口压力指数、湿地蓄水量、湿地污染物负荷、湿地变化等数据，建立盘锦市湿地生态系统健康数据库，以小流域为评价单元，对每个小流域湿地进行单因子和综合评价，揭示盘锦市湿地生态系统健康状况的空间分布规律，同时对湿地资源开发造成的环境影响进行剖析，为湿地资源的保护与利用提供科学依据。
• The study of nt began in the 1950s in our country for high yield . the experiment indicated that long - term of nt could improve the soil ' s physical structure and the soil ' s sluice capacity , and could aggregate the accumulation of various nutrients in soil and increase plant yield
  试验发现：长期免耕，能改善土壤物理结构，增加土壤蓄水量、容重、土壤温度和水稳性团聚体，有利于土壤中各种养分的积累，特别是有机质积累很快，出现上高下低的分层现象，并相应增加作物产量。
• On the other hand for four main vegetation typies , which are picea crassifolia , forests sabina przewalskii forests , bushes and pastureland , whose soil permeability function was analyzed from angle of its physics , capacity of water , storing water in it . the results show as follow : permeability function of soil is controlled by quality of soil hole . the quality and quantity of soil hole under picea crassifolia forests are the best , and the permeability also is the best
  另外，从土壤物理性质、蓄水量、贮水量等角度对祁连山苔藓云杉林、祁连圆柏林、亚高山灌丛林、牧坡草地4种主要植被类型的土壤渗透功能进行分析，结果表明：土壤的渗透功能主要由土壤非毛管孔隙度的质和量决定的，苔藓云杉林土壤非毛管孔隙度的质和量最好，它的渗透也最好；虽然亚高山灌丛林的渗透功能次之，但由于它所处的位置和面积大，现实贮水量在祁连山四种主要植被类型中最大。
• When the paper uses the optimization regulation , it divides the management time into " t " stages according to ten days to make up the decision having many stages of the reservoir ' s optimization regulation , and it takes the reservoir ' s retain quantity of water or retain status of water and confiscated quantity of water a s condition variable , takes the water quantity of drawing off or quantity of electricity as decision variable . when the confiscated quantity of water can be known or be forecasted in every stage during the period of management , that is to say the confiscated water process can adopt the determined process , we can make up determine dynamic plan model with many stages and take the minimal lacking water as objective function
  在动态规划方法中把水库的整个调度期，按句划分为t个时段，以水库的蓄水量s或蓄水位z和入库水量q作为状态变量，以水库放水量q或电站出力n或发电量e作为决策变量，构成一个多阶段决策过程，当计划调度期内各时段的入库径流量已知或可以预报，即入库径流过程可以采用确定性径流过程时，分别按缺水量d最小作为目标函数建立多阶段确定性动态规划数学模型。
• The inner - plant economical operation of lijiaxia hydropower station is studied based on the disadvantageous operating mode area of the units determined by school of civil engineering of tianjin university and the actual operating experience of the lijiaxia hydropower station in the last a few years
  摘要以天津大学建筑工程学院确定的李家峡水电站机组的不利工况区为依据，以近几年来该水电站的实际运行经验为参考，在综合考虑机组初始运行状态、机组振动特性、机组出力、下泄流量、水库蓄水量和电网负荷平衡等因素的基础上对李家峡水电站的厂内经济运行进行了研究。

• 蓄水量的日语：ちょうせいち ちょすいりょう