熱力學循環 的英文怎麼說

中文拼音 [rèlìxuéxúnhuán]
熱力學循環 英文
thermodynamic cycle
  • 力 : Ⅰ名1 （力量; 能力） power; strength; ability; capacity 2 [物理學] （改變物體運動狀態的作用） forc...
  • 學 : Ⅰ動詞1 （學習） study; learn 2 （模仿） imitate; mimic Ⅱ名詞1 （學問） learning; knowledge 2 （學...
  • 循 : 循動詞（遵守; 依照; 沿襲） follow; abide by
  • 環 : Ⅰ名詞1 （環子） ring; hoop 2 （環節） link 3 （姓氏） a surname Ⅱ動詞（圍繞） surround; encircle;...
  • 循環 : circulate; circle; round; repeat; loop; period; recurrence; cycling; circulating; mixing; circula...
  1. Thermodynamic analyses of scroll refrigeration system with economizer

    帶經濟器的渦旋壓縮機製冷循環熱力學分析
  2. The born-haber cycle is a thermodynamic cycle that shows the interrelation of these quantities.

    波恩-哈伯循環是一個熱力學循環，表示了這些量之間的關系。
  3. The research and appraisement of the l cycle on thermodynamics

    循環的工程熱力學研究與評價
  4. The thermal efficiecy of traditional heat engine cycle with the low temperature is very low

    從熱力學原理看，傳統中低溫熱源模式熱力循環的熱功轉換率很低。
  5. These deviations are not acceptable for typical calculations in hat. similar problems occur for caes plants. in order to meet the demands of engineering design, the humid air must be regarded as a kind of real gas and more accurate thermodynamic properties of the humid air are acquired at high temperature and high pressure

    本文針對新型熱力循環中對高溫高壓濕空氣熱力學性質參數的需求，以濕空氣透平和壓縮空氣蓄能系統中的工質為研究對象，在維里狀態方程的框架下，運用對應態原理，提出一個適合計算高溫高壓濕空氣熱力學性質的對應態維里方程，並利用兩種方法對濕空氣的汽液相平衡進行計算。
  6. The new results obtained here can not only make progress in modern thermodynamics but also develop some new applications of finite - time thermodynamics in chemical cycle engineering, especially in chemical pump cycle engineering. they can also provide some new theoretical bases for the optimal design and the performance improvement of real thermodynamic cyclic equipments

    所得新理論不僅使現代熱力學理論獲得進展，而且還開拓了有限時間熱力學在化學循環工程，特別是化學泵循環工程中的新應用，為實際熱力循環設備的優化設計或性能改善提供理論指導。
  7. According to the thermodynamics theory of vapor compression refrigeration cycle, hfc - r134a is chosen as refrigerant fluid and the thermodynamics calculation of refrigeration system is accomplished, which is based on the table of r134a thermodynamics characteristics and estimate of portable refrigerator ' s calorific burthen

    本文根據蒸汽壓縮式製冷循環的熱力學原理，從小冷量、小體積的便攜式冷藏箱的熱負荷計算出發，以所選用製冷劑（ r134a ）的熱力性質表為依據，進行了製冷系統的基本熱力計算。
  8. Firstly, the mathematics model for dimensional synthesis of rhombic driving se was established based on the circulating theories of stirling thermodynamics

    首先，從stirling熱力學循環理論入手，根據熱氣機一個運動循環輸出熱功為最大。
  9. Finite time thermodynamic theory and applications of internal combustion engine : state of the arts

    內燃機理論循環有限時間熱力學理論的發展
  10. Some novel results are obtained, which will not only provide some theoretical bases for the optimal design and performance improvement of real thermodynamic cyclic equipments such as ferroelectric refrigerators, magnetic refrigerators and gas heat engines but also promote the development of new fields such as gas refrigerators for ultra - low temperature applications, molecule refrigerators and laser refrigeration technologies

    這些結論將對鐵電製冷機、磁製冷機、氣體熱機等實際的熱力學循環裝置的優化設計或性能改善提供理論指導，對極低溫下的氣體製冷機、分子製冷機和激光製冷技術等新領域也將所啟發和促進。
  11. A rig was designed on the basis of thermodynamic analysis. some factors, including mixture composition, cycle compression ratio and suction ratio of circumfluence fluid of the rectifying column, are analyzed of their impacts on coefficient of performance

    在對新循環進行了熱力學分析的基礎上，設計了自動復疊製冷循環實驗臺，分析了循環工質配比、循環壓比及精餾柱迴流液的抽取率對循環系統cop的影響。
  12. The regenerative thermodynamic cycles are a class of the typical thermodynamic cycles

    回熱式熱力學循環是典型的熱力學循環方式之一。
  13. The ericsson and stirling cycles are two of the important regenerative thermodynamic cycles

    埃里克森循環和斯特林循環是重要的回熱式熱力學循環。
  14. In the present thesis, the performance of two typical regenerative thermodynamic cycles will be investigated by the following chapters

    本論文將分六章對兩類回熱式熱力學循環的性能進行研究。
  15. Finite - time thermodynamics has deal : with many research fields. specially, in the investigation of optimizing the performance of thermodynamic cycles, a lot of important achievements have been obtained

    有限時間熱力學涉及到許許多多的研究領域，特別在優化熱力學循環性能的研究中已取得極其大量的重要成果。
  16. In the present thesis, the performance of two typical regenerative thermodynami ; cycles is investigated on the basis of previous achievements. it has not only important theoretical but also practical significance

    本論文將在這些研究成果的基礎上開展兩類回熱式熱力學循環性能的研究，它不僅有重要的理論意義，而且有極大的實用價值。
  17. Moreover, the regenerative characteristics of the ferroelectric stirling and ericsson refrigeration cycles are analyzed, based on the common criterion that a thermodynamic cycle may possess the condition of perfect regeneration

    進而利用熱力學循環具有理想回熱條件的普遍判據，分析了鐵電斯特林製冷循環和埃里克森製冷循環的回熱特徵。
  18. The influence of several factors such as non - perfect regeneration, finite - rate heat transfer, internal irreversibilit y of the working substance, heat leak loss between the heat reservoirs, heat transfer laws and the quantum degeneracy on the performance of thermodynamic cycles is studied

    重點分析非理想回熱、有限速率熱傳遞、工質的內不可逆性、熱源間的熱漏損失、熱傳遞定律和量子簡並性等各種不同因素對熱力學循環性能的影響，從而獲得一些新穎的結論。
  19. The authors offer an engineering textbook that " talks directly to tomorrow ' s engineers in a simple yet precise manner, that encourages creative thinking, and is read by the students with interest and enthusiasm

    在應用中，包括空氣、蒸汽動力循環和製冷循環以及氣體混合和化學熱力學、氣體高速流動等工程技術應用。
  20. The conclusion is that if an appropriate refrigerant mixture is used, the lhr cycle can have a relatively higher thermodynamic efficiency than that of basic cycle, in case their pressure ratios are the same. the thermodynamic efficiency can be further improved when the acr cycle is used

    研究結果表明，正確地選擇混合工質，在相同的壓比下，可使lhr循環比基本循環具有更高的熱力學效率，而採用acr循環可以較lhr循環更進一步提高循環的熱力學效率。
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