water resources system 中文意思是什麼

water resources system 解釋
水利資源系統
  • water : n 1 水；雨水；露；〈常作 pl 〉 礦泉，溫泉；藥水。2 〈常 pl 〉水體；水域；水道；海；湖；河；海域；...
  • resources : 漁業資源
  • system : n 1 體系，系統；分類法；組織；設備，裝置。2 方式；方法；作業方法。3 制度；主義。4 次序，規律。5 ...
  1. The thesis introduces the water resources " situation of this river valley and the main water resources crisis, analyzes the relationship between water resources of the valley and regional economic development from four sides. they are the law of water resources system itself, mechanism, individualism, economism, scienticism, the view of social development and the view of mapping effect from the social system, the man - water contradictory relationship of the valley, the view of sustainable utilization established and man - water relationship of the yangtze valley harmonized

    本文介紹了長江流域水資源概況和流域水資源危機的主要問題，從水資源系統自身規律、流域社會系統的機械主義、個人主義、經濟主義、科學至上主義、社會發展觀和映射作用觀、流域水資源系統中人水關系的矛盾分析和樹立水資源持續利用觀，協調流域人水關系的四個方面分析了長江流域水資源和區域社會經濟發展的相關性。
  2. For the holistic modeling approach, the key issue will be to define the essential relations among all the parts of the water resources system so that the describing mode of compartment model can be replaced

    整體模型的出發點就是要解決這些局部模型的集成問題，希望通過一個整體的模型框架，將水資源系統中各種元素的相互作用通過內生變量進行聯接，從而取代組合模型僅僅通過計算結果的傳遞來描述元素間作用的方式。
  3. Built up the optimal compensation regulation model of cascade hydropower stations for water resources system in the main stream of the yellow river, adopted poa method to solve optimal model in order to analysis water supply and generation electricity compensation benefits, discussed its distribution project and implementation countermeasures

    本論文主要針對黃河幹流水資源系統建立幹流梯級水庫、電站補償調節優化模型，採用逐步優化演算法（ poa ）求解模型，定量分析計算了黃河幹流水量以及電量補償效益，探討了黃河幹流補償效益的分配方案和實施對策。
  4. Application of decomposition - coordination technique in optimal allocation of large - scale water resources system

    分解協調技術在水資源大系統優化配置中的應用
  5. Now more than 40 countries are short of water resources ; there are more than 400 cities of water shortage and 108 cities of serious water shortage in china. in order to realize urban sustainable development, based on urban water resources system study on urban development scale

    現在全球有40餘個國家缺水、亞洲地區一半以上國家處於水荒中生活；我國的680餘座城市中目前缺水城市已經高達420餘座，嚴重缺水108座城市。
  6. On the theory and method of farm hydrodynamics and hydrology and water resources system engineering, the paper covers three topics study about the techniques of farm draining ( topic one ), and soil moisture measuring and forecasting and drought preventing inforwaton system ( topic 2 ), and water resources optimal allocation ( topic 3 ), in the light of the flood and the drought and the shortage of water resources in the north of anhui province

    本論文採用農田水動力學、水文學、水資源系統工程的理論和方法，針對安徽淮北地區水旱災害頻繁和水資源緊缺現狀，進行了農田排水技術、墑情監測預報和抗旱減災信息系統和農灌區水資源優化配置技術等一體化研究。
  7. The model incorporated the advantages of the unit model, the water balance model and the hydro - system identification method, and can simulate the real - time and adaptive characteristics of water resources system changes in complex basins

    該模型方法集單元模型方法、水量平衡模型方法、水文系統識別方法之優點，能實時「自適應」模擬復雜流域水資源系統變化。
  8. Complexity diagnoses method and its application in water resources system

    復雜性診斷方法及其在水資源系統中的應用
  9. Degradation of taihu lake basin water resources system and countermeasure for its rehabilitation

    淺析太湖流域水資源系統退化與修復對策
  10. New interactive multi - objective decision - making method and its application to water resources system planning

    互動式多目標決策新方法及其在水資源系統規劃中的應用
  11. The exploitation and utilization planning of water resources should take the simulation of the water resources system as the basis

    水資源開發利用規劃應建立在水資源系統模擬的基礎上。
  12. The results indicate that when the population, economic and urban scales approach or exceed the water resources carrying capacity, or the utilization of water resources approaches or exceeds the threshold of natural water resources, the water resources system significantly slows down the development of socio - economic systems, including the urbanization process

    研究成果指出，當人口、經濟及都市規模接近或超過水資源飽和，又或者都市化水資源接近或超過自然水資源的范圍，水資源系統明顯使社會經濟系統發展緩慢下來? ?也包括都市化的過程。
  13. The effect of varies risk control measures on risk capability indexes of water resources system is discussed, and then the contribute rate of varies measures to reduce water shortage is illuminated

    （ 5 ）探討了採取各種風險處理和調控的技術手段，對水資源系統風險性能指標的影響程度。研究了各種風險管理技術手段對緩解或避免水資源短缺損失的貢獻率。
  14. 3. based on the risk analysis methods of water resources system and water demand and supply model, a risk analysis model of regional water supply and utility system with large reservoir groups is put forward

    （ 3 ）依據水資源系統風險分析方法，結合水資源供需分析模型，提出了具有大型水庫群的區域供用水系統風險分析模型。
  15. As far as jinan fracture - karst water resources system concerned, keeping spring spurting and water supply are two major object functions, which are incompatible each other, while they are interdependent

    第三，對濟南市巖溶地下水系統來說，有「保泉」和「供水」兩個目標函數。
  16. From the viewpoint of large - scale system analyzed two coincidence systems in water resources system, namely water quantity - water quality - eco system and social economy - water resources - time and space adjustment and control system. the synergetics theory and dissipative structure theory are introduced in water resources system

    從大系統的角度分析了流域水資源系統內的兩大偶合系統即水量-水質-生態耦合系統和社會經濟-水資源-時空調控耦合系統，將協同學與耗散結構理論引入水資源系統。
  17. It not only relates to water resources system itself, but concerns productive forces and productive relations. it is a cognitive revolution of ideas to enhance every one environmental - protection consciousness of water resources too

    它不單是水本身的問題，而是涉及到流域生產力與生產關系的問題，是一場涉及提高每個人水環境保護意識的思想認識革命。
  18. Puts forwards that wrcc should be named exactly as sustainable water resources carrying capacity ( swrcc ). the research of swrcc should build firstly a watershed sd index system supported by water resources system. with this index system, we can study, appraise various watershed development models and distinguish the models which accord with the demands of sd, discuss the token indexes of these models, find the models whose swrcc are maximum or which suit the researched watershed well

    在研究了水資源承載能力的定義、特點、內涵、影響因素及其與可持續發展關系的基礎上，提出水資源承載能力準確地應稱為水資源可持續承載能力，研究應首先建立基於水資源的流域可持續發展評價指標體系，對多種流域發展模式進行水資源支撐社會可持續發展評價和判別，對滿足可持續發展要求的發展模式的承載能力指標進行分析，找出承載能力最大的發展模式和適合流域特點的最優發展模式。
  19. 2. based on the theory and method of risk identification, the risk identification method is adopted to identify risks in water resources system. the paper also sets up an influence chart model of water resource risk factors to recognize the complexities relationship among risk factors of water resource

    （ 2 ）在系統描述風險識別原理和方法的基礎上，對首都圈水資源系統所面臨的水資源短缺風險進行了系統識別，為便於明晰水資源風險因子間的復雜關系，建立了水資源風險因素的影響圖概念模型。
  20. Based on the analyses to the indexes of water resources system, a cis - based synthesizing index model is brought forward to divide water shortage risk, and as case study, the water shortage risk of the capital circle is zoned. 5

    在分析水資源系統各性能指標的基礎上，提出了基於地理信息系統的水資源短缺風險的綜合區劃指標模型，並對首都留區域的水資源短缺風險進行了綜合區劃。
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