縱斷標高 的英文怎麼說

中文拼音 [zōngduànbiāogāo]
縱斷標高 英文
zdbg
  • 縱 : Ⅰ動詞1 （釋放; 放走） release; set free; let go 2 （放任; 不約束） indulge; give oneself up to; l...
  • 斷 : Ⅰ動詞1 （分成段） break; snap 2 （斷絕;隔斷） break off; cut off; stop 3 （戒除） give up; abstai...
  • 標 : Ⅰ名詞1 [書面語] （樹梢） treetop; the tip of a tree2 （枝節或表面） symptom; outside appearance; ...
  • 高 : Ⅰ形容詞1 （從下向上距離大; 離地面遠） tall; high 2 （在一般標準或平均程度之上; 等級在上的） above...
  • 標高 : [測量學] elevation; level; altitude （飛行）; datum mark; height mark
  1. This paper summarizes main research means for plane and vertical section ' s design criteria of high - speed wheel / rail railway line, and carries through simple appraisal for all kinds of research means in the end

    對高速輪軌鐵路線路平縱斷面設計標準的主要研究方法加以總結分析，對相關研究方法進行了簡單的總結。
  2. Existing high - speed ' s temporary criterion in china aim at high - speed wheel - rail railway simply, but plane and vertical section ' s design criteria for maglev railway which run at over 350km. p. h still have no criterion to comply with

    我國現有的京滬高速鐵路暫行規范，只是針對時速在200 350公里的高速輪軌鐵路，而時速在350公里以上的高速磁懸浮鐵路的平縱斷面設計標準還沒有可以依據的規范。
  3. 2. through using for reference main research methods of high - speed wheel - rail railway line ' s main technique criteria, this paper studies main technique criteria of maglev railway line, and brings forward some advised datum of magelv railway line

    通過借鑒高速輪軌鐵路線路平縱斷面設計標準的主要研究方法，對高速磁浮鐵路線路平縱斷面設計標準進行研究，提出了一些高速磁浮鐵路線路設計的主要參數建議值。
  4. With the using of microsoft visual basic 6. 0, a multimedia computer - aided design system of small type pumping irrigation district is developed in this paper. provided with the live multimedia messages as well as a good man - machine conversation mechanism, this system can help the user to finish the planning of an pumping irrigated area such as the layout of canal system, the selection of pump models, the establishment of the irrigation program, the calculating of canals " parameters, the estimate of the project magnitude, the selection of the field constructions, the economic analysis of the project, the output of results, etc, a new oo ( object oriented ) programming method is adopted in this system, various softwares are integrated in this systems as well by the " automation " technic provided by vb, in addition, the multimedia technic is applied to this system for the first time, it makes the system easy to ope rate. as for the optimization of the canals " section, a new optimization method is adopted based on the existing theories about the canals " section, and in this way, with the purpose of minimizing the project ' s investment as well as a stalized canal, limited by the longituding slope, the canals " best feasible parameters can be deduced. furthermore, a integral method to reckon the earth work is developed in this paper, by this way, the estimate precision of the earthwork is enhanced notably. this paper includes the particular illumination for the developing procedure of each systems " segment, and in the end, the directions of the system are demonstrated in a sample area which lies in the zhaija village, taizhou city, jiangsu province, the running results showed that the initial purposes are achieved effectively, and it has a preferable practicability

    在渠道縱橫斷面優化方面，本文在利用已經比較成熟的縱橫斷面優化理論的基礎上，提出以工程總費用最小為目標函數，以渠道縱坡i為控制變量，以渠道不沖不淤流速及灌區允許地面比降為約束條件，通過縱橫斷面聯動優化的方法得到渠道的最佳工程可行的斷面參數。另外，針對部分地區的取土困難的狀況，本文採用積分法計算渠道工程土方量，從而大大提高了土方量的估算精度，有助於準確控制工程投資規模及資金投向。本文詳細闡述了該系統所採用的編程方法、系統構成、系統各組成模塊的開發過程以及灌區規劃所採用的優化方法及原理，最後應用本系統對泰州市翟家村機電灌區進行規劃設計，運行結果證明其操作比較簡便，界面友好，運行速度快，規劃成果合理，基本達到了系統預定的要求，具備較強的實用性。
  5. Through using for reference main research methods of high - speed wheel - rail railway line ' s main technique criteria, this paper studies main technique criteria of maglev railway line, brings forward some advised datum of magelv railway line, and puts up dynamical analysis with computer

    本文主要是通過借鑒高速輪軌鐵路線路平縱斷面設計標準的主要研究方法，對高速磁浮鐵路線路平縱斷面線形和設計參數值進行研究，提出了一系列設計參數建議值，並在計算機上進行了動力學檢算。
  6. Designers can use it to finish vertical alignments designs on computer " s screen by using mouse or keyborads freely and conveninently. thus, it can not only improve the level of softwares " practical application but also raise the efficiency and quality of design through cutting down designers " tedious formaltities works greatly

    通過鼠標拖動或鍵盤參數輸入，設計人員可以在計算機屏幕上方便靈活地進行路線縱斷面設計，不僅增強了軟體的實用性，而且大大減輕了設計人員的煩瑣的工作量，提高了設計的效率和質量。
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