放噴管 的英文怎麼說

中文拼音 [fàngpēnguǎn]
放噴管 英文
bleeder
  • 放 : releaseset freelet go
  • 噴 : 噴動詞1. （液體等受壓力而射出） spurt; spout; gush; jet 2. （噴灑） spray; sprinkle
  • 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. A convergent - divergent nozzle based burner and its numerical simulation

    縮放式噴管燃燒器及其數值模擬
  2. Put the risers in proper position with the crane

    用防噴器吊車吊放好隔水管。
  3. Connect the choke and kill lines to slip joint

    將放噴和壓井膠管與伸縮節連通。
  4. Attach the riser tensioners, choke and kill lines to the slip

    將隔水管張力器，壓井及放噴管線連到伸縮節上。
  5. These additives are released from water by daily actions like water running out of faucets, spraying from garden hoses, or splashing in dishwashers and washing machines

    經由水龍頭流出、從花園水管噴出或是在洗碗機和洗衣機內濺起水花等日常動作，這些添加物從水中被釋放出來。
  6. I placed saline into the machine, attached some tubing, turned on the power and saw a steam - like vapor emitted

    我把生理鹽水放到霧化儀里，連接好管道，打開電源，看到蒸汽樣的氣霧噴出。
  7. Measurement of water flow rate in closed conduits. tracer methods. part iii : constant rate injection method using radioactive tracers

    密封管道中水流速的測定.示蹤法.第3部分：放射性示蹤器恆流速噴射法
  8. Measurement of water flow in closed conduits. tracer methods part ii : constant rate injection method using non - radioactive tracers

    密封管道中水流量的測定.示蹤法.第2部分：使用非放射性示蹤物的恆速率噴射法
  9. Connect kill and choke line

    接上壓井和放噴管線
  10. Remove the high pressure choke and kill hoses from the slip joint

    從伸縮節上卸開高壓放噴和壓軟管。
  11. Then, the one dimensional model is used to study on some factors ( viscosity, the heat given out by the chemical reaction in the chemical laser ) which bring the loss of the total pressure. the answer shows that increasing the mach number at out of the nozzles in the laser can reduce the loss of the total pressure

    在此基礎上，用簡化的一維模型研究了引起激光器總壓損失的幾個要素，它們是:噴管的粘性損失，光腔內的放熱化學反應。研究的結果表明，提高噴管出口馬赫數有利於減少這些因素導致的總壓損失。
  12. Abstract : the limitations to the discharge of ship ballast water set by imo raise new problems in the design of ship ballast piping & ballast tank construction. a system through which ballast water can be flow - through exchanged is designed and some other suggestions to solve the problems are provided

    文摘: imo對船舶壓載水的排放限制給船舶壓載管系和壓載艙室的設計提出了新的課題，文中設計了以噴射泵的抽吸作用進行循環更換壓載水的壓載系統，為解決相關問題提供了若干建議和思路。
  13. Dilution and dispersion in constant horizontal flow and bottom multi - port discharging was studied in accordance with the hydraulic model test. the influence of diffusion parameters ( jet angle, jet velocity, number of nozzle, riser space ) and environmental parameters ( water depth, water velocity ) on dilution were analyzed. the experimental results show that environmental parameters have prominent effects on wastewater dilution and dispersion, in addition to that, diffuser design parameters have significant influence on wastewater dilution and dispersion. for bailonggang outfall zone, jet angel is 10 or so, nozzle number is 16 or so

    藉助於人工模型試驗，分析了恆定橫流底部多孔排放時擴散器設計參數（射流角度、射流速度、噴口個數） 、上升管間距）及環境參數（環境水深、環境流速）對污水近區稀釋擴散效果的影響，實驗結果表明，除了環境條件對污水稀釋擴散效果影響明顯之外，擴散器設計參數對污水的近區稀釋擴散也有顯著的影響，針對白龍港排放口水域，噴口射流角度宜控制在10左右，噴口個數取16個
  14. Characteristics of flow - field, total pressure loss / reduction, species distribution ; parameters of reactive domain and mixing mechanism of reactant streams have been investigated. ssg ( small signal gain ) coefficient, utilization of f atom and heat release in reaction have been computed

    討論了該類噴管的流場特徵、組分分佈特點、總壓損失特徵、反應區流場參數和反應流混合機理，並對小信號增益系數、 f原子利用效率和反應放熱進行了計算。
  15. Study on gas - solid two - phase flow in laval nozzle and laval nozzle length

    縮放噴管內的氣固兩相流動和縮放噴管長度的研究
  16. In order to separate gas and solid two phases completely, the velocity of particles at the exit of laval nozzle should be high enough, therefore the laval nozzle should be long enough

    ?了更好地實現氣、固兩相分離，顆粒在縮放噴管出口處的速度應該足夠大，因而縮放噴管就應該足夠長。
  17. By increasing the length of laval nozzle, an approach was presented to obtain higher particle velocity necessary for gas - solid separation in dusty gas of high temperature and high pressure

    提出了用增加縮放噴管長度的方法，使含塵高溫高壓氣體中的灰塵顆粒獲得實現氣固兩相分離所必需的更高動量的途逕。
  18. Based on one dimension flow theory and lagrange method, the correlation of speeding rate of particles under gas flow drag with the size of particles and the length of laval nozzle used for the gas and solid two - phase separation test apparatus was studied

    摘要採用一元流動理論和拉格朗日方法，研究了用於氣、固兩相分離試驗裝置的縮放噴管內，被氣流拖曳的顆粒加速率與顆粒大小和縮放噴管長度的關系。
  19. It is shown that with the decrease in size of particles, their velocity at the exit of laval nozzle increases under the conditions of both the invariable gas parameters and the same laval nozzle length ; the laval nozzle length increases with the size of particles under the same speeding rate of particles

    研究表明，在氣流參數和縮放噴管長度不變的情況下，被氣流拖曳的顆粒越大，顆粒在縮放噴管出口處的速度就越低；在顆粒加速率相同的情況下，顆粒越大，所需的噴管長度就越長。
  20. Shut off the lower pipe ram, open the choke line and test the next ram and choke line

    關下部鉆桿閘板，開放噴閥，試壓第二個閘板和放噴泉管線。
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