管壁冷卻 的英文怎麼說

中文拼音 [guǎnbìlěngquè]
管壁冷卻 英文
wall cooling
  • 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;...
  • 壁 : 名詞1 （墻） wall （of a house etc ） : 銅墻鐵壁 bastion of iron2 （作用像圍墻的部分） wall of st...
  • 冷 : Ⅰ形容詞1 （溫度低; 感覺溫度低） cold:冷水 coldwater; 你冷不冷? do you feel cold?; are you feeling...
  • 卻 : Ⅰ動詞1 （後退） step back 2 （使退卻） drive back; repulse 3 （推辭; 拒絕） decline; refuse; reje...
  • 管壁 : tube wall; shell of pipe
  1. A new cooling concept was developed in which the cast copper cooling elements, such as copper staves, are combined with cast - in monel pipes

    摘要達涅利康力斯推出一種新的冷卻概念，它將銅冷卻壁與澆鑄在其中的蒙乃爾銅鎳合金管結合為一個整體。
  2. As ammonia built up in the water gas purification system reacts with a part of condensate on the inner wall of the heat exchanger tube passes, and the salt solution formed cools down and crystallizes in the tube passes, the resistance in the shift conversion section increases exceedingly

    摘要由於水煤氣凈化系統積累的氨與部分冷凝水在換熱器管程內壁反應形成的鹽溶液在管程內冷卻結晶，造成變換工序阻力異常增大。
  3. 2. using cfd software - fluent, many flow states were been simulated. these states are the influence of nozzle structure with the flow, the distributing characteristic of inside flow, the influence of cold gas flow and outside flow with the work of the nozzle, the change of inside pressure load when the nozzle regulates

    2 、藉助cfd軟體fluent ，計算出可調噴管本身結構對流動的影響、可調噴管流場的參數分佈、冷卻氣流對噴管流動的影響、外流對可調噴管內流的影響、噴管的冷流流場和噴管調節過程中內壁面的壓強載荷變化。
  4. Form the point view of condenser and cooling tower as a whole, the paper studies the model of condenser performance monitoring, which includes the monitoring model of tube wall cleanness factor, the calculation model of condenser pressure target value and the optimum model of circulating water system

    本文從凝汽器和冷卻塔的整體角度研究了凝汽器的性能監測模型，主要包括：凝汽器水側管壁清潔系數的監測模型、凝汽器壓力應達值的計算模型和循環水系統的優化模型。
  5. The infrared radiation and wall temperature were obviously decreased by cooling

    通過冷卻，各噴管的壁溫和紅外輻射強度明顯降低。
  6. At high speed and hot exhaust flow conditions, a preliminary experimental investigation on the divergent wall cooling of two dimensional c - d nozzle had been conducted

    摘要在高速熱噴流條件下，對二元收擴噴管超音段壁面的冷卻進行了初步試驗研究。
  7. The circuit metal temperature is an elemental result averaged over the cycle, and shows the temperature of the metal cooling circuits

    冷卻管壁溫度?基於元素的結果，冷卻管金屬壁在整個循環中的平均溫度。
  8. In this paper, a study on two - phase flow and heat exchange inside pipe was made in theory, and the source program used in calculation of temperature distribution of coolant and wall along hollow wire was modified

    本文對管內兩相流動及傳熱進行了理論分析，修改和完善了空心導線冷卻介質及壁面溫度分佈的源程序。
  9. The effects of the flow rate, the inlet temperature, the inlet concentration and the system pressure, the temperature of cooling wall and the radius on the features of condensation process with binary ( tfe / nmp ) vapor were gained

    同時，也得出了進口流量、進口溫度、進口濃度、體系壓力、冷卻壁溫和管徑等參數對垂直管內部分膜狀冷凝過程參數分佈的影響規律。
  10. The influence of different structural parameters ( diameter and shape of cooling water pipes, distance between cooling water pipes, thickness of stave and cast in bricks ) on the steady state highest temperature and thermal stress of cooling stave was numerically simulated and analyzed by engineering software ansys

    摘要採用有限元分析軟體ansys計算並分析了不同結構參數（冷卻水管形狀和直徑、冷卻水管間距、冷卻壁鑲磚厚度及冷卻壁壁體厚度）對冷卻壁最高溫度及熱應力分佈的影響。
  11. Normally, coefficient of convective heat transfer is gotten through experiments which is heating testing tube by electricity and computed through newton cooling law

    通常，對流換熱系數是在實驗中以電加熱試驗管壁面后根據牛頓冷卻定律計算得來的。
  12. Lab research on the optimization of cooling pipes in the masteel blast furnace ' s radiator

    馬鋼高爐冷卻壁水管結構優化試驗研究
  13. The results show that the exhaust duct, the exhaust plume and the ship hull are the three main ir radiation sources on naval ship which are the main objects to be controlled, and that the control techniques for the ship hull, the active cooling technology is one of the ideal control strategies

    結果表明：煙囪管壁、排氣煙羽和艦船表面是艦船的三大紅外輻射源，是艦船紅外輻射的主要控制對象；針對艦船表面的紅外輻射，主動冷卻技術則是較為理想的控制策略之一。
  14. In the experiment, the infrared radiation and axial distribution of wall temperature and near wall flow pressure were measured with and without film cooling

    得到了各冷卻方案噴管的壁面壓力分佈、壁溫分佈和紅外輻射特性。
  15. The results showed : the cooling had significant influence on the near wall flow pressure, and the influence was different with cooling schemes

    結果表明：冷卻氣流對噴管壁面壓力分佈影響較大，不同冷卻結構的壁面壓力分佈特點不同。
  16. With the operation conditions, the adsorber, the evaporator, the condenser, the receiver and the throttle are disigned. the adsorber is of the most importance in the adsorption system, so we provide the non - dynamic equilibrium model of active carbon fibre ( acf ) - methanol adsorption refrigeration pair. the numerical simulation is carried out based on the recorded solar radiation data measured in nanjing and daily ambient temperature for the typical clear days. the temperature field, the pressure field, the methanol concentration and the temperature of evacuted tube, and water tube are caculated

    吸附床是吸附製冷系統的核心，本文以活性炭纖維?甲醇為工質對，建立了吸附床非動態平衡吸附傳熱傳質數學模型，以南京夏季典型一天中的輻射強度和環境溫度為條件，模擬計算了吸附床在通水冷卻和自然冷卻兩種狀態下，吸附床內各點壓力、溫度、吸附率、吸附總量及真空管和冷卻水管壁溫隨時間變化關系。
分享友人
分享到 Line

分享到臉書