渦輪冷卻 的英文怎麼說

中文拼音 [guōlúnlěngquè]
渦輪冷卻 英文
tcc turbine case cooling
  • 渦 : 渦名詞1. （漩渦） eddy; whirlpool; vortex 2. （酒窩） dimple
  • 輪 : Ⅰ名1 （輪子） wheel 2 （像輪子的東西） wheel like object; ring; disc 3 （輪船） steamer; steamboa...
  • 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...
  • 渦輪 : [機械工程] turbine; worm wheel渦輪泵 [航空] turbopump; roturbo; 渦輪發動機 turbine engine; 渦輪風...
  1. Numerical simulation of leading edge film - cooling of turbine stator blades

    氣膜冷卻渦輪導向葉片流場數值模擬
  2. In this paper. the conclusion of this paper has utility meaning in analysis on turbine blades cooling after some proper correcting of the geometry structure and boundary conditions

    由於所採用的結構及計算域近似渦輪葉片的冷卻形式（主流加熱，內流通道冷卻） ，因此這種方法經過進一步的改進，可用於渦輪葉片冷卻的計算研究。
  3. The ejected coolant interacts with the external flow near the endwall and generates aerodynamic and thermodynamic losses in the process. this reduces turbine stage efficiency and together with the consumption of cooling air is detrimental to the overall cycle efficiency

    但這種方法中噴射的冷空氣與端壁附近的外流場相互作用產生氣動力和熱動力損失，並且消耗冷卻空氣，從而損害渦輪的整體循環效率。
  4. Understanding the three - dimensional nature of these flows and understanding the interactions between the ejected coolant and the endwall flow are the key to a successful endwall film - cooling design. results from this investigation enhance this understanding

    揭示流場的三維特性以及噴射的冷空氣與端壁附近的外流場相互作用規律是渦輪葉柵端壁氣膜冷卻設計成功的關鍵，本文的研究成果增加了對此規律的更深入了解。
  5. One cooling method that has gained increasing importance is endwall film - cooling, where coolant air is discharged though discrete holes in the inner and outer endwalls of a turbine blade passage. after leaving the holes, the coolant forms a protective layer between the hot mainstream gas and the surface that is to be protected

    目前廣泛採用的一種重要冷卻方法是渦輪葉柵端壁氣膜冷卻，該方法中冷空氣穿過渦輪葉片上內外端壁離散冷卻孔進行交換，且冷空氣流經冷卻孔后在主流熱空氣與被保護表面之間形成保護層。
  6. A new model for film cooling effectiveness computation on blade surface in a turbine cascade

    渦輪葉片型面氣膜冷卻效率的計算模型
  7. Two good examples about conjugate heat transfer problem, one with cooling method, the other without cooling inside turbine blade were investigated

    最後進一步地討論了渦輪葉片中無冷卻和有簡單冷卻通道情況下的流/熱耦合計算。
  8. Haibo huang ( mechanical engineering ) directed by jianzhong xu cooling techniques in turbine have become more important since the extra high inlet temperature in turbine

    隨著渦輪前溫度的提高，渦輪葉片的冷卻技術變得十分重要。渦輪葉片中流/熱耦合計算成為必不可少的熱環境分析手段。
  9. Touch on developing large - flow and high - pressure ratio impressor and large - enthalpy drop turbine, reducing harmful emission, solving the major problems of high - temperature blade material, cooling, protective coating and single - grain blade casting, and comfirm some important manufacturing techniques

    涉及了開發大流量高壓比壓氣機、大焓降渦輪，降低有害排放量，解決高溫葉片的材料、冷卻、保護塗層及單晶葉片鑄造等主要問題，並確認了一些關鍵的製造技術。
  10. Normally the automatic feeding section is composed of powder storing silos, a managing system for liquid ingredients, a weighing device, a feeding system for additives in sacks and a turbo - mixer with related cooler

    自動喂料部分一般由粉料貯存倉、液體助劑管理系統、稱量裝置、袋裝添加劑喂料系統和一臺帶冷卻器的渦輪式混合機組成。
  11. There are five parameters need to be measured. there are five channels for input : the displacement of casting - roller, the rotate speed of casting - roller, the pressure of casting and rolling, the casting temperature and the water - speed of cooling water. they are measured by raster, photoelectric coder, strain pressure sensor, thermocouple and turboflowmeter

    系統需要進行監測的參數有五個，即有五路輸入信號：鑄輥位移、鑄輥轉速、鑄軋壓力、澆鑄溫度、冷卻水流速，分別採用光柵、光電編碼器、應變式壓力傳感器、熱電偶和渦輪流量計作為檢測元件。
  12. In the " conventional island ", the steam will pass through the multi - stage turbines and then discharge into the condensers where the steam is condensed to liquid water condensate

    在常規島內，蒸汽會經過多級渦輪機，然後進入冷凝器。冷凝器再將蒸汽冷卻成水，即凝結水冷凝器的冷卻水由泵房以海水泵從海中抽取。
  13. In the " conventional island ", the steam will pass through the multi - stage turbines and then discharge into the condensers where the steam is condensed to liquid water ( condensate )

    在常規島內，蒸汽會經過多級渦輪機，然後進入冷凝器。冷凝器再將蒸汽冷卻成水，即凝結水（冷凝器的冷卻水由泵房以海水泵從海中抽取） 。
  14. Simulation results show that wet compression can be used to cool compressors and gas turbines, when this technology is used, compression work consumed is lowered and engine power output increases and even more, compression work can be less than isentropic dry compression work

    計算結果表明：濕壓縮可以被用來進行有效的冷卻，減少壓縮功，增加渦輪輸出功；而且濕壓縮的壓縮功有可能比等熵干壓縮的壓縮功還要少。
  15. Bwr is a light water reactor using ordinary water as coolant and moderator similar to the pwr except it only has a single circuit connecting the reactor and the turbine without a steam generator

    沸水式反應堆是輕水反應堆的一種，這種反應堆和壓水式反應堆相似，均利用普通水作為冷卻劑及慢化劑，但沸水式反應堆只有一個連接反應堆和渦輪機的迴路，且沒有裝設蒸汽發生器。
  16. Clogging up of the cooling air slits in the turbine blades is primarily caused by ultrafine particles with a high specific surface area

    渦輪葉片之間冷卻空氣縫隙的堵塞主要是因為存在高比表面積的超細粒子。
  17. Numerical simulation of flow field in a turbine stator with film cooling

    渦輪靜葉前緣氣膜冷卻數值模擬
  18. Numerical simulation of the impact of leading - edge gas - film pores on cooling effectiveness in turbine stator blades

    前緣氣膜孔對渦輪靜葉冷卻效果影響的數值模擬
  19. Numerical simulation of film - cooling in turbine cascade with two rows of staggered coolant holes

    渦輪葉柵雙排孔氣膜冷卻數值模擬
  20. Research on application of three wheel turbine cooling machine

    三輪渦輪冷卻器應用研究
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