水庫淤積 的英文怎麼說

中文拼音 [shuǐkùyūjī]
水庫淤積 英文
reservoir deposits
  • 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...
  • 淤 : Ⅰ動詞1 （淤積） become silted up 2 （血液不流通） （of blood） stagnateⅡ名詞（淤積的泥沙） silt Ⅲ...
  • 積 : Ⅰ動詞（積累） amass; store up; accumulate Ⅱ形容詞（長時間積累下來的） long standing; long pending...
  • 水庫 : reservoir水庫岸防護林 reservoir bank protection forest; 水庫測量 reservoir survery; 水庫出流量 ou...
  • 淤積 : silting-up; deposit; sedimentation
  1. Elementary education system in kerala, india

    清河水庫泥沙淤積及變化規律
  2. The aswan dam, for example, stopped the nile flooding but depried egypt of the fertile silt that floods left - all in return for a giant reseroir of disease which is now so full of silt that it barely generates electricity

    例如，阿斯旺大壩使得尼羅河不再洪水泛濫，但是它也奪去了埃及以前所享有的洪水留下的肥沃淤泥- -這些換宋的就是這么個疾病滋生的水庫，現在這個水庫積滿了淤泥，幾乎不能發電了。
  3. The aswan dam, for example, sto ed the nile flooding but deprived egypt of the fertile silt that floods left - all in return for a giant reservoir of disease which is now so full of silt that it barely generates electricity

    例如，阿斯旺大壩使得尼羅河不再洪水泛濫，但是它也奪去了埃及以前所享有的洪水留下的肥沃淤泥- -這些換宋的就是這么個疾病滋生的水庫，現在這個水庫積滿了淤泥，幾乎不能發電了。
  4. The aswan dam, for example, stopped the nile flooding but deprived egypt of the fertile silt that floods left - all in return for a giant reservoir of disease which is now so full of silt that it barely generates electricity

    例如，阿斯旺大壩使得尼羅河不再洪水泛濫，但是它也奪去了埃及以前所享有的洪水留下的肥沃淤泥- -這些換宋的就是這么個疾病滋生的水庫，現在這個水庫積滿了淤泥，幾乎不能發電了。
  5. The aswan dam, for gwymple, stopped the nile flooding but deprived egypt of the fertile silt that floods left - all in return for a giant reservoir of disease which is now so full of silt that it barely generates electricity

    例如，阿斯旺大壩使得尼羅河不再洪水泛濫，但是它也奪去了埃及以前所享有的洪水留下的肥沃淤泥- -這些換宋的就是這么個疾病滋生的水庫，現在這個水庫積滿了淤泥，幾乎不能發電了。
  6. The aswan dam ， for example ， stopped the nile flooding but deprived egypt of the fertile silt that floods left ? all in return for a giant reservoir of disease which is now so full of silt that it barely generates electricity

    例如，阿斯旺大壩使得尼羅河不再洪水泛濫，但是它也奪去了埃及以前所享有的洪水留下的肥沃淤泥? ?這些換來的就是這么個疾病滋生的水庫，現在這個水庫積滿了淤泥，幾乎不能發電了。
  7. Because of the unreasonable operation mode, the reservoirs sedimentation is serious, which lead to the problems of inadequate use of water resource, degressive works benefit and high risk in water works operation and flood control in this area

    但長期以來，由於運用方式不合理，水庫工程泥沙淤積嚴重，徑流資源得不到充分利用，工程效益逐年衰減，並對工程運行和地區防洪安全形成嚴重威脅。
  8. The thesis imposed some means to control sediment despoil of lower wei - river resulted from dong zhuang reservoir in the light of the research results and model - test a ) dong zhuang reservoir ? dispatch should be combined with the water coming from the higher wei - river, which can utilize fully the ability of holding sediment of water coming from wei - river

    結合模型試驗及分析結果，提出了東莊水庫對渭河下游淤積的控制措施：東莊水庫結合渭河上游來水情況進行調度，充分利用渭河上游來水的挾沙能力。
  9. By the analysis and study, it is showed that : 1 ) the lower weihe river main channel was at a balanceable state between aggradation and degradation and floodplain of the lower weihe river is a tiny aggradation state before the construction of the sanmenxia dam ; 2 ) the severe aggradation of the lower weihe river bed is mainly caused by the increasing riverbed elevation at tongguan after the construction of the sanmenxia dam ; 3 ) the main reason leading to the increasing riverbed elevation at tongguan is the unreasonable operation of the sanmenxia reservoir ; 4 ) the rate of the riverbed aggradation at tongguan reach and the lower weihe river reach are speeded by adverse condition of incoming water and sediment recently

    然後以實測資料為基礎分析研究了三門峽建庫前後潼關高程的變化規律以及渭河下遊河道的沖淤演變規律，分析研究表明：建庫前渭河下游主槽處于動態沖淤平衡狀態，灘地處于微淤狀態；建庫后，渭河下遊河道發生嚴重淤積主要是由於潼關高程的抬升造成的；潼關高程的抬升主要是由於三門峽水庫的不合理運用造成的，近期不利的水沙條件加劇了潼關河床的抬升速度和渭河下游的淤積。
  10. And study the quantified methodology of self - restraint the source, the soil erosion reducing, the soil nutrient prediction and reservoir mud alluvial prediction, and applies the model count the water conservation benefit in lingchuan county magedang experimental unit in shanxi province

    並分別探討了涵養水源、減少土壤侵蝕、減少土壤養分流失及減少水庫泥沙淤積的效益量化計算方法，以山西省陵川縣馬屹當小水電代燃料試點工程為例進行了水土保持效益的實例計算。
  11. Preliminary analysis of dry density of silted material in tgp reservoir in initial period

    三峽水庫淤積物初期干容重試驗初步分析
  12. Study on distribution and calculation method of reservoir sediment dry bulk density

    水庫淤積泥沙干容重分佈規律及其計算方法的研究
  13. 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。
  14. For studying the regulation rules of the sediment of the second phase project, and studying the reservoir capacity loss caused by deposition, the amount of sediment passing through the turbines, and the deposition and flow regime near the intake of the pump - turbines, the deposition of the reservoir was studied

    為了研究蒲石河抽水蓄能電站二期工程泥沙調度方案，對多個方案的水庫淤積損失、過機沙量、取水口附近的泥沙淤積和水流流態，進行了水庫沖淤研究。
  15. Firstly, we account for the former made and the sand selected are reasonable by experiments. then we develop the first project carrying the experiment for filling up of 30 years. contrasted with the count, the results have no difference, we carried two experiments under different water levers by the actually facts if engineering work in early days. by the result, we know that the gross of fill up have no difference

    本文從白石水庫泥沙模型試驗入手，模型試驗首先通過模型糙率和模型選沙驗證試驗，說明模型製作和選沙是合理的；然後開展初設方案30年運用水庫淤積試驗，並與數模計算對比，基本相同；試驗結合工程初期運用實際情況，進行了兩個不同初期運用水位方案的對比試驗，從兩個方案試驗結果看，初期運用的兩個方案淤積總量差別不大，而從效益看，方案二優于方案一。
  16. In this paper, the deposition evolution process in qtx reservoir are studied, the incoming water and sediment, the operation data, and the time and space distribution of longitudinal and lateral sedimentation in reservoir are analyzed in detail, and the longitudinal scouring and sedimentation and lateral deformation law in reservoir tidal flat and mainstream under different operation way are summarized in every operation period

    本文以黃河青銅峽水利水電樞紐工程水庫淤積演變過程為研究對象，對青銅峽水庫來水來沙組成、水庫運行資料、水庫縱橫向泥沙淤積時空分佈等進行了較詳細的分析，總結了青銅峽水庫各個運行時期不同運行方式下水庫灘槽縱向沖淤和橫向變形規律。
  17. The task of the paper is analysis the cause and trend of reservoir sedimentation based on the study of runoff characteristic, operation mode and sediment status of xiazhai reservoir in xiji county, so as to offer a theory basis to confirm reasonable reservoir operation mode and to perfect the desig n of the works, and to provide a certain guidance to solve the practice problem of other water works

    本課題以西吉縣夏寨水庫為研究對象，通過研究水庫徑流特徵和水庫運行方式及淤積狀況，分析了水庫淤積成因及變化趨勢，為合理確定水庫運行方式，進一步完善工程設計提供了理論基礎，對解決工程實際問題具有一定指導意義。
  18. According to the fact of the engineering, the optimal modeling when fenhe first reservoir operated alone are first made. after getting the regularity, in order to consider fenhe second reservoir that had been finished essentially and shanxi wanjiazhai yellow river diversion project, not only the object of minimum water shortage for satisfying the water use demanded mainly by user are founded, but also the object of minimum the reservoir deposition was found. in order to prevent the water use demanded by city and industry from excessively concentrated water shortage, the object of minimum water shortage required to be the equable shortage

    本文在對來水分析基礎上，對太原市需水庫供水的用水進行了預測，結合工程實際，先對汾河一庫單獨運行時進行優化模擬，得出規律后，考慮已基本完工的汾河二庫及引黃南干工程，建立了以滿足用戶用水為主要目標的「缺水量最小」目標和減少水庫淤積的「水庫淤積量」最小的目標，其中「缺水量」最小目標要求是均勻的短缺，避免過分集中而影響了城市及工農業用水。
  19. The paper starts with the reservoir sedimentation, operation mode and catchment runoff characteristics. the study comprises of distributing of runoff and sediment in the catchment, the influence and trend of sedimentation and water storage under different operation mode

    課題研究主要從水庫淤積狀況、運用方式和流域徑流特徵分析入手，闡述了流域徑流、泥沙時段分佈，研究了不同運用方式下水庫沖淤的主要影響因素及變化趨勢，分析了不同運用方式時水庫淤積情況和攔蓄水量。
  20. Measures were taken in structure designing to enlarge the discharging capacity of the spillway. in non - structure designing, the telemetric system was designed for forecasting the runoff and flood by monitoring the rainfall and water level of river station, and a warning system was designed to avoid downstream people from the dangerous situation of man - made flood

    通過劃分取水口上游淤積、取水口淤積和流態、過機泥沙三個子系統，對三個方案的二維計算結果採用模糊集理論優化分析，結論是155方案，即洪水來臨時把庫水位降到64米方案為最優方案。
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