龍羊峽 的英文怎麼說

中文拼音 [lóngyángxiá]
龍羊峽 英文
longyang xia
  • 龍 : Ⅰ名詞1 [動物學] （古代傳說中的神異動物） dragon2 （古代巨大的爬行動物） a huge extinct reptile:恐...
  • 羊 : 名詞1. （哺乳動物） sheep 2. （姓氏） a surname
  • 峽 : 名詞（兩山夾水的地方） gorge
  1. The economic operation model of long yangxia power station is established and the actual operation results in 2001 are examined

    在此基礎上，針對龍羊峽電站的實際情況，建立了龍羊峽水電站經濟調度考核模型，並對2001年的實際調度運行進行了考核。
  2. By studying on different operation mode and different interval flood of longyangxia reservoir, as well as the flood propagation time, pre - alarm scheme is established, which can alarm in order to lower construction losses when flood is in excess of standard

    通過研究龍羊峽水庫的不同運行方式和不同頻率的區間洪水，以及水量傳播時間的研究，得出預警方案，當發生超標準洪水時，提前報警使施工損失降低到最小。
  3. The research of bend channel of reach guide - lijia flume from longyang flume to lijia flume in upstream of the yellow river is proceeded to present rules of feasibility analysis for navigation between the flumes and the riverbed stability

    摘要對黃河上游龍羊峽至李家峽間的貴德李家峽河段的蜿蜒河道進行了研究，為蓄水兩壩間的通航和河床穩定性問題提供可行性分析依據。
  4. Viewing the overall condition, this numerical value can reflect the fill condition of inner mongolia section since the longyangxia reservoir putting into operation in 1986

    總體看，這一數值可以反映1986年龍羊峽水庫運用以來內蒙古河道的淤積情況。
  5. On base of analysis of the main factors of construction risk, interval flood character, operation mode of longyangxia and gongboxia reservoirs, the risk of longyangxia reservoir in different operation mode is estimated

    通過對施工渡汛風險的主要因素、區間洪水特性、龍羊峽和李家峽水庫的運行方式等方面的分析和計算，得出龍羊峽水庫不同運行方式下的風險率。
  6. By analyzing interval flood and cascade operation characteristics of the upstream yellow river basin, the influence of longyangxia reservoir operation mode in different states on gongboxia power station construction during flood period is studied

    分析區間洪水特性和黃河上游梯級運行特點，針對龍羊峽水庫實際運行狀況，分析不同狀態下的龍庫運行方式對公伯峽水電站的施工渡汛影響。
  7. Combined with the significant project - gongboxia hydro - power station construction, emphasized on construction during flood period of power station construction period, the climate character of the upstream of yellow river basin and the practice operation state of cascade reservoirs are analyzed, some problems in construction during flood period such as flood propagation time, interval flood discharge forecast, construction risk, flood period pre - alarm and longyangxia reservoir ' s function on construction of gongboxia are also studied, with an aim at presenting real interval flood forecast scheme and dispatching method, so as to provide technological support for gongboxia hydro - power station construction period

    本論文結合國家重點工程項目?公伯峽水電站的建設，以電站建設期施工渡汛為研究重點，從實施出發，分析黃河上游氣候特性和梯級水庫群的實際運行狀況，對施工渡汛中的主要問題?洪水流達時間、區間洪水預報、渡汛風險、汛期預警、龍羊峽水庫在渡汛中的作用等進行了比較全面深入的研究，目的在於提出可用於實際的區間洪水預報方案和調度方法，為公伯峽水電站施工期建設提供技術支撐。
  8. Annual precipitation series about 50 years is stable and no period ; further, the climate drying and desertification are n ' t caused directly by the decrease of precipitation during the period of the research according to the relational analysis among precipitation temporal - spatial change, runoff, evaporation, potential evapotranspiration and soil water ; longyangxia reservoir which was built in 1986 does n ' t have influence on precipitation up to now ; but annual temperature series in gonghe is unstable, having a linear upward trend, and it increases about 0. 0247, 0. 0422 and 0. 0272c per year, and temperature rise must be having an influence on desertification, but there is a very little temperature change, so that the effect is very small ; annual potential evapotranspiration series is stable too, so climate change has little influence on plant water consumption. 2

    在青海共和盆地，近50年的年降雨量序列是平穩的、無周期，其時空變化與徑流、蒸發、潛在蒸散和土壤水分的關系表明，氣候乾燥和嚴重的荒漠化不是由於降雨量減少直接引起，龍羊峽水庫對共和盆地年降雨量變化沒有影響；但是年氣溫序列是非平穩的，茶卡、恰卜恰和貴南的年氣溫平均每年升高0 . 0247 、 0 . 0422和0 . 0272 ，且氣溫升高2 ，年潛在蒸散增加57mm ，盆地內氣候逐漸變乾燥，但影響比較小；由於歷年潛在蒸散序列是平穩的，因此氣候變化對盆地的作物潛在蒸散的影響在研究期內是較小的。
  9. Computer monitoring system operating analysis of longyangxia hydraulic power station

    龍羊峽水電站計算機監控系統運行分析
  10. Longyang gorge 320mw hydrogenerator is taken for example and the calculating results and the measured results are compared to test the accuracy of calculation

    以龍羊峽320mw發電機為例進行了計算，將理論計算結果與實驗結果進行了比較，驗證了計算的準確性。
  11. Longyang gorge 320mw hydrogenerator is taken for example and the calculating results and the measured results are compared to confirm the accuracy of calculation

    以龍羊峽320mw發電機為例進行了計算，將理論計算結果與實驗結果進行了比較，驗證了計算的準確性。
  12. Through studying longyangxia reservoir reasonable operation mode, gongboxia hydro - power station ' s flood period scheme and improvement flood period standard scheme are established in this paper

    通過龍羊峽水庫合理運行方式研究，確定公伯峽水電站渡汛方案以及提高渡汛標準方案。
  13. According to several engineering examples, this paper has probed and contrasted quantitatively the effect of chemical grouting. based on longyang canyon and lijia canyon, the author has concluded that chemical grouting attained satisfactory effect on strengthening fault so long as choose suitable grout ratio. based on wanjiazhai engineering ^ the author has assayed the cause that the effect was n ' t reasonable, that has the order before grouting and quantity during grouting etc. therefore, some reasonable proposals have been tabled in relations to the grouting methods and quantity methods

    針對龍羊峽、李家峽兩個工程實例的對比研究得到結論，只要選擇合適的漿液配比，化學灌漿對斷層破碎帶的加固是可以取得令人滿意的效果的；針對萬家寨工程的研究，對其效果不理想的情況，分析了其出現的原因主要可能是由於其灌漿前處理進行的順序及施工質量等，進而對以後的灌漿方法、施工方法等做一些合理化建議。
  14. In order to maintain the sustainable use of land and water resource, to protect the land from desertification and to make longyangxia reservoir safe, firstly, the spatially disturbed model has been established in which includes dem - based precipitation and runoff, regional transpiration and regional water balance modules in gonghe. secondly, the model of grassland climate potential productivity and the model of grassland productivity modified by plant water demand and stocking intensity factors has been constructed in gonghe. according to the carrying capacity and the actual amount of animals on the grassland, coupled with actual grassland investigation, and by using social - economic data, the grassland productivity, species composition, biotope and the cause of desertification has been analyzed

    為了做到對本區的水土資源的可持續利用、防治本區的荒漠化和保護龍羊峽水庫，所以基於dem和已有的氣象、水文長短期觀測和實測數據，首先構建了青海共和盆地降雨、徑流、蒸散和區域水分平衡的分散式模型；進一步在此基礎上，構建了青海共和盆地草地生產力的模型和基於作物水分耗散與放牧因子校正的青海共和盆地草地生產力模型；利用草地載畜能力和現有牲畜量以及社會經濟因子等統計數據，結合實地調查，分析了青海共和盆地草地生產力、物種構成、生境變化和荒漠化成因及其內在驅動因子，並對草地可持續利用做了評價。
  15. Using these theories, the physical cause of continual left displacement of longyangxia dam ; especially 4th dam section is analyzed. ( 4 ) accidents of some arch dam show that dam failure mainly caused by crack or failure of their base rock, which is directly related with seepage in the rock

    應用上述理論，解析了龍羊峽大壩向左岸位移的物理成因，尤其是4 ~ #壩段在1991年以前切向位移顯著向左岸位移的疑點，這對長期困擾該壩安全運行的疑點作出了科學解析，具有重要的實用價值。
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