航道疏浚 的英文怎麼說

中文拼音 [hángdàoshūjùn]
航道疏浚 英文
navigation channel dredging
  • 航 : Ⅰ名詞（船） boat; shipⅡ動詞（航行） navigate （by water or air）; sail
  • 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） ...
  • 疏 : Ⅰ動詞1 （疏通） dredge （a river etc ）2 （疏忽） neglect 3 （分散; 使從密變稀） disperse; scatte...
  • 浚 : 浚構詞成分。
  • 航道 : channel; lane; course; passage; fairway
  • 疏浚 : dredge; sweep; scouring疏浚工程 dredging work
  1. They aren't scouring any little channel.

    他們不想疏浚任何小航道。
  2. New channel are being dredged each year at a cost of about $74, 000, 000.

    新航道每年的疏浚費用約為74，000，000美元。
  3. In the meantime it makes her dredger ' s productivity to be unsuitable extremely that the surging development for the national port construction and the needs for the dredging market abroad. it is living and dead matter for her to build the large dredgers now in order to keep up her existence and development

    相對而言，國內港口建設的蓬勃發展和國際疏浚市場的升溫，使上海航道局疏浚船舶的能力遠遠不相適應，為了企業的生存和發展，建造大型疏浚船舶成了上海航道局當前面臨的存亡攸關的問題。
  4. Dredging is a usual method for shipping, port maintenance, and lake pollution control, in such projects many dredged sediments will be produced

    疏浚是航道疏通、港口維護、湖泊治理中常用的工程措施，我國每年都有數億方以上的疏浚淤泥產生。
  5. Due to issues of dongting lake districts flood composition, the evolution of sediment flow, the river and lake ( r & l ) distribution characteristic as well as the layout of r & l - dredging engineering, the article simulated the model of the dongting lake terrain change by using the gis technology and adopted the limited volumetric method to establish the two - dimensional hydraulics computation model of lake in order to forecast the water level, the flow capacity, the speed of flow and changes of flow field after implemented the project, which have provided the reliable theoretic basis for the decision - making and implementation of renovation for river course, canal and harbor and river course - dredging engineering

    摘要針對洞庭湖區的洪水組成、水流泥沙演變、河道湖泊水系分佈特點以及河道湖泊疏浚工程布局情況，利用gis技術模擬洞庭湖地形變化，採用有限體積法建立了湖泊二維水力學計算模型預測疏浚工程實施后的水位、流量、流速流場變化，為河道、航道港口整治、河道疏浚清淤等工程決策與實施提供了可靠理論依據。
  6. The plans will be carried out in different stages, which involves 11 key projects, including : taipu river, wangyu river, dyke around the taihu lake, south - drainage in hangjiahu plain, water drainage and diversion in huxi, hongqitong, flood control in east - west tiaoxi, water drainage and diversion in wuchengxi, enlarging lanlugang, dredging liuhe and xietang, north drainage in hangjiahu, and flood prevention in the upper stream of huangpu river

    該方案以流域防洪除澇為主，統籌兼顧供水，航運和環境保護等方面的利益，計劃分期實施包括太浦河、望虞河、環太湖大堤、杭嘉湖南排、湖西引排、紅旗塘、東西苕溪防洪、武澄錫引排、擴大攔路港疏浚泖河及斜塘、杭嘉湖北排通道及黃浦江上游防洪工程等十一項骨幹工程。
  7. They have to dredge the canal so that ships can use it

    他們須疏浚運河河道輪船方可通航
  8. Dredging at approach channel to tai o bay

    大澳灣進口航道疏浚工程
  9. The broad application of gps technique in survey, vessel positioning, and real - time monitoring of yamen 5000 dwt seaward waterway dredging engineering is discussed

    摘要就崖門5000t級出海航道疏浚工程在測量、船舶定位、實時監控等工作中gps定位技術的廣泛應用進行探討。
  10. The dredger is one of major facilities in the fields of channel dredge, hydro project, prevent or control flood, ocean development, seaport construction etc. at present, the management maintenance methods of dredger are primary time based maintenance and run - to - breakdown maintenance

    挖泥船是航道疏浚與整治、水利工程、防洪搶險、海洋開發及海港建設的主要工具。目前對挖泥船管理維修的方法主要有定期維修和事後維修。
  11. Shanghai waterway bureau ( swb ) is a large nationalizes enterprise, with the major business for dredging waterway. in the ages of planned economy, as she belonged to constitution, all of the working vessels and equipments depended on national investment to build. since liberation she has developed gradually to own a dredgers flotilla

    上海航道局是一個以航道疏浚為主業的國有大型企業，在計劃經濟的年代屬事業性單位，所有的生產船舶機具都是依靠國家投資建造，建國以來已經逐步發展成為國內最大且在世界疏浚業中排名第七位的疏浚船隊。
  12. First the author memorized the yellow river excavation history and concluded development of modern dredging science, and found that most researches of dredging are related to navigation regulation, little used to flood control especially in the yellow river with silty. based on the experiment of generalized physical model of the lower reach of the yellow river, and the study of the loaden flow mechanism and the dredging efficiency, the author get some new ideas as follows : 1

    通過對黃河疏浚的歷史以及現代疏浚工程學的發展進行了回顧和總結，認為已有的疏浚研究大多基於航道疏浚工程，對于防洪疏浚特別是在黃河這種多沙型河流上進行防洪疏浚的研究極為欠缺，本文基於黃河下遊河道概化模型試驗，對疏浚挖槽后水沙運動機理及效果等進行了研究，得到以下認識。
  13. An experimental research on notching wet beach of the yellow river with the short - delay blasting is made for eliminating the risk that the main river channel is often threatened by some horizontal and slanting streams occurred on the downstream of the river and solving the problems from the bend cut - off for river channel harnessing, water way dredging and the siltation of the water diversion outlets along the channel

    摘要為了利用爆破解決黃河下遊河道經常出現的橫河和料河威脅河道安全的險情以及河道整治中的裁彎取直、疏浚航道和河道引水口淤積的問題，在黃河濕灘上進行了微差爆破開槽試驗研究。
  14. Based on the back silting analyses of the sandbar - dotted waterway in the oujiang river estuary after three times dredging, reasons for back silting in the waterway are presented considering influences of flow dynamics, waves and salinity distribution on sediment concentration

    摘要通過對甌江口攔門沙航道3次疏浚后的回淤分析，以及從甌江口的水流動力條件、風浪、鹽度分佈對含沙量影響等的初步分析，得出了攔門沙航道回淤的原因。
  15. This paper outlines the design and construction conditions of the yangtze estuary deepwater channel regulation project, describes the comparison and selection of the design schemes for the 1st & 2nd phase projects, and expounds the construction organization and administration, the core of which is dynamic management

    摘要全面介紹長江口深水航道治理工程整治建築物工程和疏浚工程的設計條件和施工條件，並在此基礎上介紹一、二期工程設計方案的優選情況，以及工程實施過程中以動態管理為主要內容的施工組織管理情況。
  16. Study of the effect of zhanjiang port 300, 000 t class sea - route project to the marine ecological environment

    湛江港30萬噸級航道工程疏浚泥傾倒對海洋生態環境的影響研究
  17. So, it is better to select building the large self - propelled trailing suction hopper dredgers abroad. however, the modern dredger is not only a technique a alone together but property article, especially large self - propelled trailing suction hopper dredger

    然而，現代疏浚船舶尤其是大型自航耙吸挖泥船不僅是一種技術密集型的商品，更是一種資產密集型的商品，耗資之巨非上海航道局的財力所能承受。
  18. In the second part, combined practice with the theories of mba courses, especially the theories of strategic management, managerial economics and financial management, the author gives her opinion on the rationality and financial benefit of strategic change in guangzhou dredging company. and then the author points out its present problem, deduces the core business development strategy of dredging according to external conditions research, industry and competitive analysis, company resource evaluation. finally, the author puts forward suggestions for operating

    案例分析綜合運用所學的mba課程知識，尤其是戰略管理、管理經濟學、財務管理等理論，結合自身的實踐，對廣州航道局戰略變革的合理性及財務成效進行評析，指出存在的問題，並通過外部環境分析、產業態勢研究、企業內部資源評估等方法導出廣州航道局疏浚核心業務的發展戰略，最後對廣州航道局的運作策略提出相應的建議。
  19. In the case introduction, it is attempted to give a brief explanation of dredging industry, to describe the dredging development outside the china mainland, and to characterize the competitive market in mainland china. in time order, the author presents a whole picture of guangzhou dredging company ' s growth, including the three momentous events : the macao project, the zhujiangkou project and diversified expansion. at the same time, the author endeavors to emphasize upon the particular course and primary effect of strategic change in guangzhou dredging company

    案例對疏浚業進行簡要介紹，對境外疏浚產業發展情況和中國大陸疏浚市場競爭作具體的描述，並以時間為序描述廣州航道局整個發展歷程，其中對澳門工程、珠江口工程與多元化發展三大重要事件作陳述，並著重介紹了廣州航道局為扭轉困境，實施戰略變革的詳細過程及取得的初步成效。
  20. This thesis introduces the author ' s study, work and research, during the period of author participating in the research and development of the first 1750m3 / h cutter suction dredger ' s dredging process training simulator in china. this project is one part of research and application of new technologies and equipment project in the 1750m3 / h cutter suction dredger, which is one of the ninth five - year state key projects and was developed by the joint efforts of changjiang waterway bureau and wuhan university of technology

    本文介紹作者參加武漢理工大學與長江航道局聯合承擔的國家「九五」重點科技攻關項目「 1750m ~ 3 h絞吸式挖泥船新技術裝備實驗研究及應用」的重要子課題「疏浚作業模擬訓練器的研製」中所進行的學習和研究工作。
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