淺河道 的英文怎麼說

中文拼音 [jiānhédào]
淺河道 英文
shallow channel
  • 淺 : 形容詞1 （從上到下或從外到里的距離小） shallow 2 （淺顯） simple; easy 3 （淺薄） superficial 4 ...
  • 河 : 1 （天然的和人工的大水道） river 2 （指銀河系） the milky way system; the galaxy 3 （特指黃河） t...
  • 道 : Ⅰ名詞（道路） road; way; route; path 2 （水流通過的途徑） channel; course 3 （方向; 方法; 道理） ...
  • 河道 : river course; streamway; covalency; runway; cut; river channel河道變遷 channel change; migration ...
  1. Using ansys as analysis tool, and the influence of river water fluctuating on geoelectric observation data in different distance from riverway to geoelectric monitoring observe station is numerically simulated, and the relationship between error of observation data and distance from riverway to the stations is summarized

    摘要利用ansys作為分析平臺數值模擬了觀測系統距河道不同距離情況下，由河水漲落引起的淺層局部電性非均勻性對地電觀測數據的影響，總結了觀測系統距河道遠近與觀測數據誤差大小的關系。
  2. K - l les of shallow - water turbulent flow in open channels with a vegetated domain

    帶有植物的河道水流淺水紊流運動大渦模擬
  3. According to observing the core and well logging facies analysis, yanchang 4 + 5 sector to yangchang 3 mainly developed underwater distributary channel, river mouth bars, underwater natural levee, underwater crevasse splay, interdistributary bay, far bars, etc. and some shallow lake subfacies

    根據巖芯觀察以及測井相分析，認為長4 + 5 ?長3期以水下分流河道、河口砂壩、水下天然堤、水下決口扇、分流間灣和遠砂壩等沉積微相以及部分淺湖亞相沉積為主。
  4. Therefore, to clearly know about development of the river and choose the suitable bridge location is key link for constructing yili river super major bridge in sandaohezhi sub

    因此，對寬淺游蕩性河道的演變有了明確的分析認識並選擇合適的橋位，將是三道河子伊犁河特大橋修建成功與否的關鍵所在。
  5. Choose the malachite, drag for the malachite in the river shoal and shallow water and river of the river

    就是在河流的河灘和淺水河道中揀玉石撈玉石。
  6. The river section from tieshu, mengjin, henan province to gaocun, shandong provice, is a wandering section, with the length of 299 km. the section are wide and shallow, the flow state of the section is turbulent with a swing mainflow

    黃河下遊河南孟津鐵謝至山東高村299公里游蕩性河段，河道寬淺，河勢散亂，主流搖擺不定，是黃河下遊河道整治的重點和難點。
  7. Because the yili river belongs to plain broad and shallow moving river, the main channel changes greatly and swings to a large range, which leads to river crooked branching river type and s curved, many fork rivers, the river continent and the river beach in river center, alluvial shoal and beach. the width in some section of the river is up to about 3800m. in flood season it causes serious harm to farmland, factories, residents along two sides

    由於伊犁河屬于平原游蕩性寬淺河流，主槽變化不定，擺動幅度極大，河道多呈彎曲分叉河型和s型彎道、多叉河、河心洲，河心灘和沖擊淺灘及邊灘，部分河段河床寬度達3800m ，洪水季節對河道兩岸的田地，工廠，居民等造成極大的危害，素有「三十年河東，三十年河西」之稱。
  8. Discussions on introduction of projects concession in the river channels under management

    淺談如何實施河道管理范圍內建設項目許可
  9. He anchored where the river shoaled

    他下錨泊在河道的淺水處。
  10. Relation of wetland resource restoration and protection countermeasure of national conservation area of yellow river in northern henan province

    淺析豫北黃河故道國家級保護區濕地資源恢復與保護對策
  11. Effect analysis of sanxing shoal 2nd phase waterway regulation engineering of songhuajiang river

    北江蘆苞淺段航道整治工程河床變形分析
  12. 2 the 1 - d hydraulics computational method and 2 - d shallow water equation are employed to simulate the processing of channel dredging in tai ping wan hydroelectric power plant. the results of model tests and numerical analysis are combined and compared each other

    採用一維水力學計算方法和二維淺水方程對大平灣電廠尾水河道開挖工程進行數值模擬，從而使模型試驗和數值模擬結合起來，相互比較。
  13. In this paper, river shoal evolution is studied by means of modern science and technique, combined with the real projects. particular contents are presented as follow. in part i, the mathematical model between remote sensing image spectral value and survey water - depth is built in zhuqi - houguan of minjiang river by remote sensing ( rs )

    作者結合工程實例，以現代科學技術手段研究河道淺灘演變，主要內容如下：第一部分以rs技術為手段，建立閩江竹岐至侯官河段遙感信息與水深之間的數學模型。
  14. An elementary introduction to comprehensive harnessing of rivers and flood control in guiyang city

    淺議貴陽市河道綜合整治與防洪
  15. Deposit characters have fine succession, however, because of the underwater distributary channel ' s movement and migration, the scale of the shallow deposits and delta front deposit were different

    沉積作用都有很好的繼承性，但淺湖沉積分佈范圍以及三角洲前緣砂體的規模和展布特徵隨著水下分流河道的遷移和擺動而有所不同。
  16. Thirdly, there are many river bends and shoals in the inner mongolia reach. ice flood will occur in these places at the break - up time. it is valuable and meaningful to make factor analysis for ice flood and model research for freeze - up time and break - up time

    第三，內蒙段成幾字型大彎曲，其間淺灘彎道疊出，坡度變緩，逶迤曲折，河中多夾心灘，分流竄溝，解凍開河時，常在河道的曲灣或山寬變窄的狹窄段產生凌汛。
  17. The repair and maintenance of the dredger deep bay and mai po receive large amounts of sediments from the pearl river estuary. some of this sediment settles onto the mudflats, but a lot is brought into our

    位於珠江河口的米埔，每年大量的泥沙從珠江流入后海灣及米埔，部份沉積在泥灘上，大部份則隨著基圍水閘操作流入基圍，在水道沉積，令水道變淺。
  18. The predicted result showed good agreement with field data in zhouqi - houguan of minjiang river

    這為河道淺灘演變預測研究提供了一種新方法。
  19. Studying on river shoal evolution is a fundamental work in the science of water conservancy, water conservancy projects and waterways planning, designing, management and engineering feasibility

    河道淺灘演變研究是河流動力學的重要組成部分，是水利學科的基礎性課題，也是進行水利、水運工程規劃、設計、管理和工程可行性研究的基礎工作。
  20. River shoal evolution prediction models on a bp neural network are established on analyzing factors affecting shoal evolution in a river, and input as well as output factors are determined by analyzing, the methods of obtaining these factors and selecting training samples are presented, and the designing of a bp network is also studied

    在分析影響河道淺灘演變因素的基礎上，提出了基於bp神經網路的河道淺灘演變預測模型，分析並確定了模型的輸入、輸出因子，提出各因子的獲取方法以及訓練樣本選取方法，並對bp網路設計進行了探討。
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