傾斜管 的英文怎麼說

中文拼音 [qīngxiéguǎn]
傾斜管 英文
tipping tube
  • 斜 : 形容詞（跟平面或直線既不平行也不垂直的） oblique; slanting; skew; bevel; diagonal; askew; inclined; tilted
  • 管 : Ⅰ名詞1 （管子） pipe; tube 2 （吹奏的樂器） wind musical instrument 3 （形狀似管的電器件） valve;...
  1. It occurred many times on the ocean of shengli oil field that driving piles were defeated, artesian well flat roof leaned, oil transport pipe brook and oil leaked in the year of 1984, 1987, 1994 and 1998

    勝利油田在1984年- 1987年、 1994年、 1998年多次發生海上插樁失敗和暴風浪下採油鉆井平臺傾斜、輸油管破裂漏油。
  2. Four nozzles, canted outboard, split the exhaust of the solid rocket motor into four equal tails.

    四個向外傾斜的噴管把固體火箭發動機的排氣流分成四個相等的尾巴。
  3. For hoods with shutters in four sides, the results show : 1 ) the hoods positively placed boards are called hoods used for venting airflow ; hoods negatively placed boards are called hoods used for leading airflow ; 2 ) among the hoods used for venting airflow, the most effective hoods should have positive declining angle value of 30, the ratio 4 of areas between the four windward faces and the gular section ( fy / fj = 4 ), the value of b range from 70 mm to 120 mm and the value of b / h range from 0. 5 to 0. 6 ; 3 ) the most effective hoods should have negative declining angle value of 60, the ratio 4 of areas between the four windward faces and the gular section ( fy / fj = 4 ), the value of b range from 100 mm to 170 mm ( the optimum value is 120 mm ) and the value of b / h range from 1. 4 to 2. 2 ( the optimum value is 2. 0 )

    對於四面設百葉型風帽，計算表明: l ）正裝傾斜擋板的百葉型風帽可認為是排風型風帽，倒裝擋板傾斜的百葉型風帽可認為是進風型風帽; 2 ）排風型風帽中，擋板正裝30 」 、風帽四個迎風面的有效面積fy和風管凈斷面積fj的比值（ fy腸）為4 、擋板寬度b在70inln到120inln之間、板間距比值隴在0 . 5到0 . 6的百葉型風帽排風效果最好; 3 ）進風型風帽中，擋板倒裝裝60 「 、風帽四個迎風面的有效面積和風管凈斷面積的比值（ fy例）為4 、擋板寬度b在100咖到170mm之間（ 120mm為最佳） 、板間距比值隴在1 . 4到2 . 0的進風型風帽（ b爪= 2 . 0為最佳）的百葉型風帽進效果最好。
  4. Secondly, detailedly analyzing reasons inducing these problems, author finds it is that not thinking of the slope of pipeline and the friction in the process of producing water hammer pressure functions, but, thinking of the effect of the slope of pipeline in the process of producing the consequent water hammer calculative continuity function, which results in the inconsequent illogicality in the whole process of producing

    接著，對這些問題存在的原因進行了詳細分析，發現在當前推導水擊壓強公式的過程中沒有考慮管道的傾斜度和摩擦阻力的影響，而在後面水擊計算的連續性方程的推導過程中則考慮了管道的傾斜度，這就導致了在當前連續性方程的整個推導過程中前後矛盾的不合理現象。
  5. Two containers of mercury, connected by a small-bore pipe, are mounted so as to tilt with the gyro.

    兩個裝有水銀的容器用小口徑的管道連接，安裝得使它們可以隨著陀螺傾斜。
  6. There was no escape passage, and the shape and slope of the escalators provided an unusually efficient channel for the smoke and fire to rise towards the ticket office area

    沒有任何逃生出口，而且扶梯的形狀和傾斜度提供一個異常有效的管道，讓菸和火升到售票區。
  7. Ground coupled heat pump system two vertical and two inclined bore holes 32 metres into the earth capture underground heat and provide cooling or heating

    地源熱泵系統由兩個垂直和兩個傾斜的32米深鉆孔及埋管組成，利用地下蓄熱的特性提供熱源或冷源。
  8. A bad combusting condition had been occurring on the two boilers typed dg670 / 13. 7 - - in the huanggezhuang power plant for two years : 2003 - 2004. there were fourteen times boilers break without arrangement which has had a serious influence on the development of the company. in order to improve the combusting condition of their boilers and prevent the “ four - pipes ” from leaking, we made experiments and improvements on the combusting system of # 22 boiler

    黃桷莊電廠dg670 / 13 . 7 -型型微傾斜爐底液態排渣爐近兩年鍋爐燃燒狀況不好， 2003年- 2004年兩臺爐「四管」泄漏非計劃停爐共14次，嚴重影響了電廠的經濟運行，使電廠的效益有較大的滑坡。
  9. Study on hydraulic gradient of inclined pipeline

    傾斜管道水力坡度的研究
  10. Especially the study on the hydraulic gradient in the inclined pipes is nearly blank

    尤其是各濃度下，傾斜管道中的水力坡度研究幾近空白。
  11. Slope pipes are used in the actual production widely, especially in the long - distance pipeline transportation, so it has the practical value to study their hydraulic gradient

    可實際生產中傾斜管道是廣泛存在的，特別是在長距離管道輸送中，故研究其水力坡度是有現實意義的。
  12. On the basis of published research of experts and scholars, relations among the velocity of water, that of solid particles and that of settling slurry have been established by the analysis of momentum transmission between water and solid particles in the upward inclined pipeline. then the calculation formulae for the upward - inclined - pipe hydraulic gradient are derived

    本文在系統總結現有專家學者的研究成果基礎之上，通過分析向上傾斜管道輸送中清水與固體顆粒的動量傳遞過程，從動量守恆的角度建立了清水速度、固體顆粒速度和漿體流速之間的關系，進而推導出了向上傾斜管道輸送的水力坡度計算公式。
  13. Flow and heat transfer of mixture of solid media and biomass in inclined tube

    固體熱載體和生物質粉沿傾斜管流動和傳熱的計算
  14. It can maintain a fluid interface at a reference line in an inclined glass tube.

    它能保持流體分界面在傾斜的玻璃管中基準線上。
  15. Tilt and telescopic steering column

    傾斜和縮進式轉向管柱
  16. The optimum inclination angle is between 15 ~ 20, the length of thermosyphon will not change the phase - change heat transfer coefficient of the evaporation section and the condensation, which will enlarge heat transfer area of thermosyphon and increase the heat exchange capacity. the head - on speed of wind only stranger the heat transfer of the evaporation section and the condensation section. the experiment shows that the mathematic model closely fits to the thermosyphon, moreover, the one key to resolve the thermosyphon effect lies in decreasing the thermoresistance of evaporating section and condensation section. this study can provide directions and experience in the future research

    傾斜角越大，熱虹吸管總熱阻越大，最佳傾角在15 20之間;充液率過多或過少都會對傳熱性能產生不利影響，對于本實驗採用的1 . 75m 、 2m 、 2 . 5m 、 3m熱虹吸管，最佳充液率在20 % 35 %之間;管長對傳熱也有影響，管長不改變熱虹吸管蒸發段和冷凝段的換熱系數，只增加了熱虹吸管的換熱面積，增大換熱量;迎面風速的大小，起到強化熱虹吸管蒸發段和冷凝段換熱的目的。
  17. On the basis of research results of the existing experts and scholars especially the theory put forward by professor xu zhenliang ( my tutor ) that predicts the velocity profiles and friction loss of settling slurry when it flows in horizontal pipe and upward - inclined - pipe, relations among the velocity of water, that of solid particles and that of settling slurry have been established by the analysis of momentum transmission process between water and solid. then the calculation formulae for fricton loss of downward inclined and vertical pipe are deprived

    本文在現有專家學者的研究成果特別是許振良教授（導師）提出的預測非均質流在水平管道及向上傾斜管道流動時的速度分佈及摩阻損失的理論的基礎上，從動量守恆的角度建立了清水速度、固體顆粒速度和漿體速度之間的關系，進而推導出了向下傾斜及垂直管道沉降性漿體輸送的摩阻損失的計算公式。
  18. At present, much research on the settling slurry horizontal pipeline transportation has been done, but theory research on the inclined pipeline transportation is much less

    目前對沉降性漿體水平管道的研究比較多，而對于傾斜管道的理論研究卻很少。
  19. Friction loss of solids under fully sliding in inclined pipeline

    傾斜管道顆粒完全滑移的摩阻損失
  20. In long distance slurry pipeline transport project, it often need to calculate friction loss of settling slurry in inclined pipeline, but up to now, the research about this aspect is not much

    長距離漿體管道輸送工程中，常常要涉及到傾斜管道漿體輸送的摩阻損失問題，而對于這方面的研究到目前為止，並不是很多。
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