可供水量的英文

• available water supply

• "可"英文翻译    approve
• "供水"英文翻译    water supply; water delivery ...
• "量"英文翻译    measure capacity
• "供水量" 英文翻译 :    output; service discharge; supplying water; yield
• "辅助供水量" 英文翻译 :    secondary yielding
• "可靠供水量" 英文翻译 :    dependable yield
• "设计供水量" 英文翻译 :    designed supply capacity
• "水库供水量" 英文翻译 :    reservoir yield
• "有效供水量" 英文翻译 :    available water supply
• "总供水量" 英文翻译 :    total supply
• "平均日供水量" 英文翻译 :    average daily coefficient; average daily output
• "最高日供水量" 英文翻译 :    maximum daily output; maximum service coefficient
• "规定的最大供水量" 英文翻译 :    authorized full supple
• "设计的最高供水量" 英文翻译 :    designed maximum capacity
• "土壤有效供水量" 英文翻译 :    available soil water supply
• "地下水出水量,地下水供水量" 英文翻译 :    yield of groundwater
• "可供" 英文翻译 :    abailable to sb for sth
• "供水" 英文翻译 :    water supply; water delivery; water◇供水船 water boat; waterbark; 供水工 waterman; 供水管 feed pipe; water service; 供水管线 hydraulic supply line; 供水器 water-feed(er); 供水区 contributory zone; 供水站 water stop; tank station
• "水量" 英文翻译 :    water yield; the yield of water◇水量计[表] watermeter; 水量平衡 water balance; 水量收支 water budget
• "可供…使用" 英文翻译 :    accommodate
• "可供的" 英文翻译 :    avlbl available
• "可供货" 英文翻译 :    available stock◇可供货单 a list showing availabilities
• "可用,可供" 英文翻译 :    abailable to sb for sth; abailableto forsth; available to sb for sth
• "supply]供水" 英文翻译 :    w sup
• "供水泵" 英文翻译 :    charging pump; feed pump; make up pump; su ly-water pump; supply-water pump; water conveying pump; water service pump; water su ly pump; water supply pump

• Optimization model for calculating basin water supply based on reservoir regulation and it ' s application
  基于水库调蓄的流域可供水量优化模型研究与应用
• Taking xujiaya reservoir as an example , the calculation process and data are presented in this paper to show the detail calculation procedures
  为了更详细地了解各个步骤的计算过程，文中又单独将许家崖水库现状可供水量的计算过程及资料列出。
• The article found that first phase water supply for the zone is completely guaranteed by analyzing and calculating water supply amount based on hydrology , meteorology and water resource data etc
  充分利用水文、气象、水资源等基本资料，运用径流调节对作为曹妃甸工业区主水源的唐山市引滦供水系统的可供水量进行分析计算，得出主水源对曹妃甸工业区一期供水是完全有保障的结论。
• Finally , on the basis of available water supply analytical equilibrium analysis analyzed water and soil equilibrium about yeerqiang river of 2010 、 2020 years , incorporated plantation suitability scale distribution and quantity in support to establish exploitation scale for the future according to the principle which take the water to determine plantation in the end , produced safeguard mechanism to exploit rationally and utilize plantation resources in support
  最后,在叶尔羌河2010年、 2020年可供水量分析的基础上进行了水土平衡分析,依据后备耕地适宜性等级分布及数量,按以水定地的原则确定了叶尔羌河流域后备耕地在今后的开发规模。提出了合理开发利用后备耕地资源的保障措施。
• / based on the trends of present cropping development and irrigation efficiency increase in the region , water supply can meet irrigation by 89 % in 2010 , 75 % in 2020 and 70 % in 2030 to crop ' s water requirement under normal condition . water supply can meet irrigation by 100 % in 2010 , 88 % in 2020 and 83 % in 2030 to 85 % of crop ' s water requirement under normal condition . the situation of water shortage in the region is more austere in dry year
  3 )按目前种植业发展趋势并考虑到灌溉效率的提高，平水年在100充足灌溉方式下， 2010年、 2020年和2030年可供水量对灌溉的满足率分别为89 、 75和70 ；在85亏缺灌溉方式下， 2010年供水可以满足需要， 2020年和2030年供水量对灌溉的满足率为88和83 ；干旱年度的灌溉满足率更低，形势更为严峻。
• The basic theories such as the rules and contents of regional water resources evaluation , the rules and methods of regional water demand prediction are discussed ; the methods to calculate the amount of regional surface water , ground water , the total amount of regional water resources and the amount of water resources which can be used are discussed ; the basic theories such as the rules and contents of optimal allocation of regional water quality and water quantity are also discussed and the basic thinking to study it is brought forward
  详细论述了区域水资源评价的原则、内容和区域需水量预测的原则、方法、影响因素等基本理论；重点探讨了区域地表水资源量、地下水资源量、水资源总量、区域可供水量的计算方法和区域水资源质量评价的方法；系统论述了区域水质-水量联合优化配置的原则、内容等基本理论，提出了开展区域水质-水量联合优化配置的基本思路。
• According to the concept of available water supply , the calculation methods about available water supply of the large scale reservoir are studied and the concrete procedures of the long - series regulation method are proposed . through the calculation of the monthly natural runoff every year , water incomes under present engineering status , and the long - series dynamic water usage regulation of the 32 large scale reservoirs in shandong province , available water supply under assurance rates of 50 % , 75 % and 95 % are obtained . according to the analysis of runoff characteristics of each reservoir ( multi - year mean runoff depth and runoff coefficient ) , the relationship between water supply incomes under different assurance rates for current year and the year of 2010 , the reservoirs with water supply potence are given
  根据对可供水量概念的理解，本文对大型水库可供水量的计算方法进行了探讨，提出了采用长系列调节计算的具体方法；通过对山东省32座大型水库的历年逐月天然径流量、现状工程情况下来水量、长系列变动用水的调节计算等多个步骤，得出了各水库50 、 75 、 95三种保证率的可供水量计算成果，并对每个水库的径流特性(多年平均径流深及径流系数) 、全省大型水库现状年及2010年的不同保证率的可供水量与来水量的关系进行了分析与研究；分析提出了具有供水潜力的水库。
• The paper also analysis the change of benefits and distribute of the water resources when we have different prices on yellow river water . in consideration of the short of yellow river , the paper presents the optimization decision variable , i . e . , the yellow river water volumes used for irrigation , by applying the tolerance approach of fuzzy linear programming
  鉴于目前灌区已超计划用黄河水，将来无法实施充分灌溉的事实，本文对引黄可供水量进行了水资源模糊优化，并运用模糊线性规划容差法，给出了最大隶属度下的引黄水量最优决策方案。
• In order to find out the exploitable potential of water saving , quantitative analysis was employed in the researches on the supply - demand balance of water resources in qyrid . under the condition that the water supply from the yellow river is becoming less , it is recommended to reduce the water use in agriculture through the adjustment of cropping structure and to exploit the underground water for supplementary resources
  为了定性分析青铜峡灌区可挖掘的节水潜力，本文通过分析研究灌区水资源供需平衡问题，提出在黄河可供水量紧缺的情况下，通过调整农业种植结构、减少农业用水、开采地下水和增加水资源供给量来解决灌区水资源供需矛盾。
• The author analyses supply water quantity of groundwater , the yellow river water and the dirty water that can be reuse , and predicts society and economy factors . then the water flexibility coefficient method and gray theories method , trend method etc are made use of in order to program the needs of water and these methods was evaluated to make sure the reasonable estimate value finally
  通过对规划区内地下水可供水量、黄河水可引进水量与污水回用之和构成规划区内可供水总量的分析和对社会经济发展指标分析和预测，利用曲水弹性系数法、用水积水增长率法、灰色理论法、趋势法等多种方法对规划区内的需水量进行预测，并对不同的方法预测成果评价，最后确定较优的预测值。