換熱過程 的英文怎麼說

中文拼音 [huànrèguòchéng]
換熱過程 英文
heat transfer process
  • 換 : 動詞1. （給人東西同時從他那裡取得別的東西） exchange; barter; trade 2. （變換; 更換） change 3. （兌換） exchange; cash
  • 過 : 過Ⅰ動詞[口語] （超越） go beyond the limit; undue; excessiveⅡ名詞（姓氏） a surname
  • 程 : 名詞1 （規章; 法式） rule; regulation 2 （進度; 程序） order; procedure 3 （路途; 一段路） journe...
  • 過程 : process; procedure; transversion; plication; course
  1. For a soil or rock of water - lacked, a heat transfer theoretical model is developed, which is a steady or unsteady, the results show that reservoir temperature, thermal diffusion coefficient, inlet temperature, flow rate of and run time of ground source heat pumps have an effect directly on heat transfer process of dhe. it can deduce that intermit running is favorable for this type of soils and rocks

    對于貧含水地下巖土層建立了穩態與非穩態傳熱的理論模型，分析結果表明，巖土層的熱儲溫度、導溫系數、埋地換熱器進水溫度、流量以及地源熱泵系統的運行時間或開停機比，都對埋地換熱器的傳熱過程產生直接影響，可以推斷，對于該類型巖土層的地源熱泵系統，採用間歇運行將是有利的。
  2. Numerical simulation for turbulent transpiration cooling processes

    發汗冷卻湍流換熱過程的數值模擬
  3. In order to realize the on - line prediction the baking temperature of ladle lining, and to study its temperature uniformity, a 3 - d transient mathematical model with multi - inlet and multi - outlet of ladle heating facility facilities was built

    摘要為了對鋼包的烘烤溫度進行在線預測，筆者耦合了流體流動、燃燒和換熱過程，建立了多入口、多出口的三維非穩態鋼包烘烤數學模型。
  4. A quasi - counterflow plate heat exchanger with hexagonal dividing plates is proposed for indirect heat exchange and evaporative cooling. numerical simulation is used to analyze three - dimensional flow and heat transfer processes

    採用三維流動與換熱的數值計算方法對換熱器內傳熱過程的影響因素和機理進行了模擬研究。
  5. Slow cooling section is next the fast cooling section, cooling tiles slowly by exchange heat between hot gas in the tunnel and the environment air, which is sucked into pipes stick in the tunnel and been heated there, and been sent to dryer to dry biscuits

    緩冷段不直接打冷卻風，它通過抽熱風機將環境空氣吸入，進入窯內導熱良好的鋼管，並將換熱后的熱空氣送入乾燥窯內，冷空氣在換熱過程中，使製品得到間接的冷卻，讓製品安全度過573的晶型轉換階段。
  6. The result of the analysis has significant implications for the analysis of real heat exchange processes of heat exchangers in the refrigerator

    所得結果對研究混合工質製冷機中各換熱器的實際換熱過程有重要指導意義。
  7. The analysis on condensation heat transfer of flue gas

    煙氣冷凝換熱過程分析
  8. On the basis of the constitution and work principle of general drum brake and the heat transfer theory, the friction heat, the heat convection and the radiation recuperation of drum brake are analyzed detailed, and then the mathematics model of temperature rise calculation is built

    在對目前常用的鼓式制動器結構和工作原理進行分析的基礎上，結合傳熱學的理論知識，詳細研究了鼓式制動器的摩擦生熱過程、輻射換熱過程和對流換熱過程，建立了其溫升計算的數學模型。
  9. This paper analyzed the heat exchange between ceramic honeycomb regenerator and gas, and established a heat transfer process mathematical model for ceramic honeycomb regenerator

    摘要分析了高風溫燃燒系統中陶瓷蜂窩蓄熱體和氣體間的熱量交換，建立了陶瓷蜂窩蓄熱體傳熱過程數學模型。
  10. Through developing a 2 - dimensions heat transfer model of buried pipe - in - pipe heat exchanger and simulating the process by computer, the author figures out inter - relations of factors which influence characteristics of buried pipe - in - pipe heat exchanger, such as pipe diameter, pipe length, ratio of pipe diameters, flow rate, inlet water temperature, patterns of water inlet and outlet, and material features made of pipe, and proposes some optimizing indexes of buried pipe - in - pipe heat exchanger. the author studies the " heat - - short circuit " phenomenon as well and gives < wp = 5 > some important results

    本文通過建立地下套管式埋管換熱器傳熱過程的二維傳熱模型，並藉助計算機對分析結果進行解析，弄清了影響埋管換熱器性能的管徑、管長、管徑比、通過流量、進水溫度、進出水方式以及管材等參數的作用，並提出了相應的優化指標，對研究界懸而未決的「熱短路」問題也進行了細致分析，得出了有關結論。
  11. Entropy generation analysis of heat transfer process through a duct

    換熱管傳熱過程的熵產分析
  12. Experimental study on flow characteristics of latent functionally thermal fluid in circular tube

    圓管內對流換熱過程中潛熱型功能流體流動阻力特性的實驗研究
  13. This paper applies the theory to do some work, as followed : 1. according to the field synergy principle, the heat boundary layer is analyzed deeply

    本文把該理論應用於強化換熱過程，做了如下幾個方面的工作： 1 .結合場協同理論對換熱熱阻進行了更為深入的分析，提出了三層熱阻的概念。
  14. Professor guo published the paper " a novel concept for convective heat transfer enhancement " in 1998. in the paper, he brings out a novel concept of heat transfer enhancement, the field synergy principle

    過增元院士於1998年發表了「 anovelconceptforconvectiveheattransferenhancement 」一文，提出了對流換熱過程中速度場和熱流場之間的場協同問題。
  15. To test the performance of miniature evaporator, an experimental system was built. in this thesis, experimental study on single - phase balance heat transfer, two - phase balance heat transfer, and pressure drop was finished

    搭建了完整的微型蒸發器性能測試實驗系統，很好的實現了微型蒸發器在液-液換熱過程中的性能測試，為各種微型蒸發器的實驗研究提供有利的支持。
  16. With the progress of the computer technology, people are beginning to apply the approach that includes the test in laboratory and the numerical simulation to study the process of the flow, the heat transfer and combustion in the chamber

    由於爐內換熱過程的復雜性，單純依靠實驗室試驗臺進行研究是很困難的。隨著計算機技術的不斷發展，人們開始尋求用實驗室試驗結合數值模擬的方法來研究爐膛內的流動、傳熱及燃燒過程。
  17. To design novel high - efficiency heat exchanger by researching many kinds heat exchanger process how to strengthen is not only a problem which has to be solved in the course of modern industry development, but also urgent task about exploiting new energy resources and developing power conservation

    研究各種換熱過程的強化問題來設計新穎的高效換熱器，不僅是現代工業發展過程中必須解決的課題，同時也是開發新能源和開展節能工作的緊迫任務。
  18. In this thesis, a closed brayton cycle is proposed, in which the supercritical lng is taken as its cold sink and an industrial waste heat as its heat source. in this thermodynamic system, the heat releasing process in the brayton cycle is a inconstant temperature process and it matches the process of lng boiloff well, therefore, the exergy loss in the heat transfer process is reduced. at the same time, waste - heat can be utilized effectively in the system

    一、利用lng冷（火用）與工業余熱的閉式brayton循環熱力分析本論文討論了lng在超臨界壓力下汽化時，選擇無相變的brayton循環與之匹配，因為brayton循環的放熱過程為變溫過程，與lng的汽化過程有可能做到較好的溫度匹配，減少換熱過程的不可逆損失。
  19. Chapter 5 and chapter 6 deal with the physical and mathematical model for the proposed heat exchanger. numerical schemes are discussed in detail

    第五、六章對六邊形準逆流換熱器中對流、導熱甚至傳質相互耦合的傳熱過程建立了相應的數學物理模型及數值格式。
  20. Secondly, the temperature distribution in rib - tube heat exchanger in the course of heat transfer is programed and simulated using apdl language of fem software ansys, and the average convection coefficient of both sides is obtained. the rib - tubes with different structure are also simulated and optimized on the base of the calculated results, the relationship between structure and the average convection coefficient of both sides is summrized. the rib - tube structure is optimized using apdl. finally, combines numerical simulation with experimental research, and results of numerical simulation are found to be close to the experimental data

    利用ansys有限元程序對翅片管換熱器的換熱過程進行數值模擬，確定了換熱過程中翅片管的溫度場和熱流量梯度分佈狀況，對翅片管換熱器的多組分流場進行計算，給出了逆流和順流兩種情形下翅片管結構參數對換熱效果的影響規律，並利用ansys提供的優化技術編寫程序對翅片管進行結構優化設計，為其今後在工業中的設計及使用提供了重要依據。
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