調用水量 的英文怎麼說

中文拼音 [diàoyòngshuǐliáng]
調用水量 英文
transferring water
  • 調 : Ⅰ動詞1 （配合得均勻合適） harmonize; suit well; fit in perfectly 2 （使配合得均勻合適） mix; adju...
  • 用 : Ⅰ動詞1 （使用） use; employ; apply 2 （多用於否定: 需要） need 3 （敬辭: 吃; 喝） eat; drink Ⅱ名...
  • 水 : 名詞1 （由兩個氫原子和一個氧原子結合而成的液體） water 2 （河流） river 3 （指江、河、湖、海、洋...
  • 量 : 量動1. （度量） measure 2. （估量） estimate; size up
  • 調用 : transfer （officer） temporarily for a specific task; [計算機] call; invoking調用程序 caller; cal...
  • 水量 : water yield; the yield of water水量計[表] watermeter; 水量平衡 water balance; 水量收支 water budget
  1. Adding corn flour sauce with water may help decrease the amount of oil used when cooking

    用少量生粉和水作芡汁可減少烹調時的用油份量。
  2. The dissertatio n constructs the index system, introduces the coefficients of development, coordination, fairness, and the coefficient of sd, which is composed by the former three and can reflects the sd overall strength of watershed, brings forward the quantative criteria of in order that the research of wrcc is based on the good watershed ecology and environment, the dissertation, according to the ecological appropriate theory, builds the logarithm normal distribution model about the relation between the growth of natural vegetation and the depth of groundwater ; based on this relation model, proposes a quantitative method of ecological water requirement ( ewr ) of natural vegetation in arid area, which utilizes the results of rs technique and the spot testing data of vegetative physiology demand

    針對流域特點建立了基於水資源的流域可持續發展評價指標體系，引入發展系數、協調系數、公平系數，以及由其構成的衡量水資源支撐社會可持續發展綜合水平與能力的可持續發展系數，提出了可持續發展的定量判別方法。為保證在良好生態的前提下進行水資源承載能力研究，論文根據生態適宜性理論，建立了乾旱區典型天然植物生長與主要環境因子的偏態單峰對數正態分佈模型。基於此關系模型，利用遙感技術成果以及植物生理需水的現場實驗數據，提出了乾旱區天然植被生態需水量計算方法。
  3. This paper analyzes the factors affecting the controlling precision of sand compactibility system and sets up the dynamic model of regression coefficient between sand compactibility and water content. to prevent the insufficiency or excess of sand water content, the amount of the first addition is set as 80 % of the total water addition amount. after the first water addition, we adopt ar model to predict the stable value of sand compactibility to shorten the time mixing the sand. each time we add water, the correction coefficient is introduced to adapt to the change in the composition of sand. the experiment shows that the mathematics model not only makes the water content in sand reach the best range within shorter time, but also directs how the sand composition should be adjusted, which can better conform to the actual situation

    分析了影響型砂緊實率控制精度的因素，建立了型砂緊實率-水分回歸系數的動態模型.為防止型砂水分不足或過量，將第一次加水量設定為總加水量的80 .第一次加水后，對型砂緊實率穩定值採用ar模型進行預測，以縮短型砂混制時間.每次加水后，引入修正系數，以適應型砂組成的變化.實驗表明，該數學模型不僅使型砂水分含量在較短時間內達到最佳范圍，同時可指示對型砂組成進行調整，能較好地符合實際情況
  4. It is a wooden tripod with rods between the supports

    常用於截流、防洪、調劑水量，圍堤搶險等。
  5. The paper also advances some opinion and measures based on runoff characteristic to improve the reservoir operation, and then analyses the corresponding results

    針對流域徑流特點，按照增加水庫調節水量，提高供水效益，減緩水庫淤積發展的要求，提出了水庫運用方式的改進意見和措施，並對其效果進行了分析。
  6. The new research progress in the effect of forest on rainfall, interception annual runoff, was summarized. the main issues show that the most function of forest vegetation aims at protecting water resources and water environment, adjusting water amount, controlling erosion, decreasing run - off silt, decreasing maximum flow as well as increasing discharge of river in dry season and purifying water quality

    本文一方面通過介紹森林水文學的概念、研究進展和實際運用，分析了森林與水相互作用的特點，並從降水、截留、徑流等方面綜合研究森林植被在涵養水源、調節水量、減少徑流泥沙、降低洪峰、增加枯水期流量、改善水質等方面具有的重要功能。
  7. Survey of present status of the ecological water consumption and method of ecological water demand in the haihe valley

    海河流域生態現狀用水量調查和生態需水量計算方法
  8. In the mode using constant rate water pump, pumps are put to run atfull capacity in all operation cycles, with no means for water flow rateregulation attached, incurring significant waste of electric power

    高位水箱造價較高，並且需要增加樓房的設計強度，增加了投資成本。恆速泵打水總是滿負荷運轉，不能根據用水量的多少調整泵流量，因此浪費電能。
  9. In this passage, author has studied the quota of irrigation that can make water used economically for various plants, if the irrigation quota can be lowered from 6795 m3 / a to 4500 m3 / a during the processes of irrigation, there will be a saving water amount of 3. 386million m3 / a, in shiyang river basin. there is no doubt that we can open the second source of river water that can provide the possibility of transporting 300 million m3 / a water amount to lower reaches of the river. in this paper, there are some analysis and prospects for the future situation of supply and demand of water resources in 2010

    民勤水資源減少的主要原因是人為因素，如全流域人口增加、中上游耕地面積擴大，用水量增加，造成灌區重心上移；沒有樹立可持續發展觀，在經濟中搞短期行為；對石羊河流入民勤水量不斷減少、地表水、地下水轉化活躍、生態用水問題突出等方面進行了分析論證；對目前開發利用現狀、供需狀況進行了較為詳細的計算和評價；通過對各種農作物節水灌溉定額的研究，若從現狀灌溉定額6795m ~ 3 ha降低到4500m ~ 3 ha實施灌溉，石羊河流域將節水3 . 3867億m ~ 3 ，這無疑于開辟了第二水源，提供了向下游調水3億m ~ 3的可能性。
  10. The results show here, ( 1 ) the best reaction condition determined by the change of film properties in life time with uv light irradiation are : the hydrolyzation temperature is 60, the reaction time is 60 minutes, the less amount of water is of benefit to increase the hydrophobic property, the film formed with high degree polymer is steady

    研究結果如下： （ 1 ）通過調節反應參數，可制得性能優異的疏水性硅酮樹脂塗覆材料。最佳反應條件為：水解溫度60 、反應時間60min ；水解用水量較少和聚合度較大時樹脂塗層的性能較好。
  11. Among these numerous prediction methods, bp neutral network methods is considered as the best one and applied prevalently, with high precision, good effect and feasibility. so this study chose bp to predict water demand in tangshan city of the programming year of 2010 year. because the original statistic data of water resources utilizing was about resident living and factory producing, water demand with bp method was just the two

    對幾種典型需水量預測方法進行評析，在眾多預測方法中選擇應用最為廣泛、預測精度高、效果好的bp神經網路法預測規劃水平年2010年城市需水量，由於原始統計數據主要城市生活和工業用水， bp預測的也只是這兩部分用水量，對于農業用水則通過灌溉用水定額和灌溉面積計算，生態環境用水則是類比調查確定。
  12. On the premise of the study about the developing of xi ' an city ' s water supply and the great variety in water supply and the shortage of water resource, aiming for the furthest benefit from the configuration of water supply source of xi ' an city and facilitating it ' s development, this paper analyzed the characteristics of water supply sources and its changing quantity, the rising demand of water in city and the situation about water supply source, studied the problem about water supply via a variety sources, raised the principles of optimized configuration of variety sources, built the model of water demand forecasting and optimized configuration, studied the configured plan and its managing pattern

    本論文從研究西安市城市供水的發展過程入手，重點分析了城市供水水水源和城市用水需求增長的變化特點，在城市供水狀況相當長的時期內將表現為供大於求的重大變化和西安市資源性缺水的現實沒有改變的背景下，以實現最大限度地發揮城市供水系統的作用合理配置緘市供水水源，促進西安社會經濟的持續、快速、健康發展的總體目標，研究了運用多水源科學合理的供水問題。分析了西安市城市供水水源狀況、用水量變化特點以及各水平年需水量，提出了多水源優化調配的原則，建立了需水預測模型與優化調配模型，初步研究了西安市城市供水水源合理配置方案和相應的管理模式。
  13. Water quantity prediction is the base and premise of water price calculating. this paper uses moving tendency forecasting modeling, gm forecasting modeling and bp neural forecasting modeling to forecast the water requirement of the future, evaluates the forecasting results, and confirms the forecasting results ; the industry water price elasticity index and the resident water price elasticity are calculated with the multi - linear regression method ; the water resources value is evaluated with the marginal opportunity cost method considering the transferring water, other parameters are evaluated and estimated by using some methods of connecting with objective laws and estimation

    用水量預測是水價制定的前提和基礎，本文在進行水量預測時，採用移動平均法、灰色預測法和bp神經網路進行預測，並對預測結果進行了綜合評價，確定出合理的預測結果；採用多元線性回歸方法確定工業用水價格彈性和居民生活用水價格彈性指數；採用跨流域調水情況下的邊際機會成本方法確定當地的水資源價值；採用主觀判斷和客觀規律相結合的方法對其它一些參數進行了確定。
  14. Furthermore, relationships between pump station flow and pump station head, total system water demand based on svm were established, which solved the problem of macroscopical modeling for the second part of optimization and operation of water supply system

    同時，基於svm演算法建立了各個水源供水量和水源供水水頭、用水量之間的定量關系，較好的解決了供水系統優化調度研究中宏觀建模的問題。
  15. This study first applied multi - objections optimization to distribute tangshan urban limited water resources. through contrast with benefit coefficients utilizing water in variable industries, it confirmed with feasibility, then it applied to distribute limited water resources in tangshan urban. the optimization scenarios may further improve water environmental quality, obtain the best benefit from the limited water resources, in order to promote harmony and sustainable development of environment, society and economy in tangshan city

    將多目標規劃優化用水唐山市區水資源優化配置研究中，為使該方法更具有客觀性和現實性，先通過與各行業用水效益對比，確定具有可行性，再應用次模型規劃配置唐山市區水資源，在保證其它用戶基本用水量的基礎上，對工業中不同行業企業用水進行具體規劃，使結果更具有可行性，使得有限水資源發揮最大效益，促進唐山市的社會、環境和經濟協調發展，實現可持續發展。
  16. Variable flow chilled water system ( vwv ) is an effective energy - saving measure, which has a smaller size of pipe and equipment than the normal ones for it has considered the dispersing rate of the load in the systems

    空調變水量系統是一種有效的節能手段，並且由於它考慮了系統的同時使用率，系統管道及設備將比常規的小。
  17. Main contents for optimal dispatch of pump stations in municipal water supply system were introduced, and delved the model of water prediction, analysis of water supply reliability, water distribution system and optimal dispatch

    本文介紹了城市給水系統優化調度的主要內容，並對優化調度的關鍵內容如用水量預測模型、供水可靠性分析模型、管網的網路模型及優化調度模型進行了深入系統的研究。
  18. Based on the investigation and analysis on the changing trend and the causation of the incoming runoff of panjiakou reservoir ( the water source of water diversion project from luanhe river to tianjin ), a preliminary conclusion of the decrease of the incoming runoff into the reservoir is put forward ; which ascribes the decrease mainly to the change of the underlying surface caused by stepping up of the industrial and agricultural development and the relevant human activities therein

    摘要通過對引灤工程水源地潘家口水庫入庫徑流量變化趨勢及其原因的調查分析，得出潘家口水庫入庫徑流量減少的初步結論，表明工農業發展加快、用水量逐年增加及人類活動使下墊面條件的變化是潘家口水庫入庫徑流量減少的主要原因。
  19. Then based on the water demand forecasting, a mathematical model on water supply network, is established. also the basic theory of aga is presented. the control effect is ameliorated greatly through the improvement on objective function and several steps of algorithm

    本文首先介紹了管網調度的國內外概況，隨后在用水量預測的基礎上，建立管網調度數學模型；接著介紹了加速遺傳演算法的基本理論，在此基礎上，通過對目標函數的改進，對演算法部分步驟的改進，使得改進的加速遺傳演算法調度效果更好。
  20. In accordance with the practical situation of ben - gang water supply systems, this thesis find out the problem in the operation. the research contents include three aspects which are short - term load forecasting and decision of optimum operation scheme and the renewal of equipment in water supply systems. the firstly discusses the short - term water consumption problem with three models : grey forecasting model, artificial neural network model and modified artificial neural network model, it is very valuable that the modified artificial neural network model

    本文根據本鋼供水系統的實際狀況，找出了本鋼供水系統運行中存在的不足，進而提出了相應的改進措施。主要內容包括供水系統短期負荷預測，確定系統最優調度方案和設備更新與設備投資問題。在預測部分運用灰色預測方法， bp神經網路方法和改進的神經網路方法進行用水量預測，並進行比較分析，重點提出用遺傳演算法進行神經網路權系優化的改進演算法。
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