逆卡諾循環 的英文怎麼說

中文拼音 [nìkǎnuòxúnhuán]
逆卡諾循環 英文
reverse carnot cycle
  • 逆 : Ⅰ形容詞1 （方向相反） contrary; counter 2 [數學] inverse; converse Ⅱ動詞1 （抵觸; 不順從） go aga...
  • 諾 : Ⅰ動詞（答應; 允許） promise Ⅱ感嘆詞（答應的聲音） yesⅢ名詞（姓氏） a surname
  • 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. The heat - work conversion analysis of irreversible carnot cycle

    不可逆卡諾循環的熱功轉換特點分析
  2. For any irreversible process, the efficiency is less than that of the carnot cycle

    任何不可逆過程中，效率是小於的卡諾循環。
  3. Optimization criterion for unit quantity of heat economy benefit in irreversible carnot cycle

    不可逆卡諾循環火用經濟優化準則
  4. Interaction between a reversible engine ( a ) and a reversible ideal gas carnot cycle ( b ). ( illustration courtesy of ocw

    可逆熱機（ a ）和理想氣體可逆卡諾循環（ b ）的相互作用。 （圖片由開放式課程提供。 ）
  5. The relation between the minimum cycle time and entropy generation of a finite - time endo - irreversible carnot engine

    有限時間內不可逆卡諾熱機的最少循環時間和熵產的關系
  6. The system follows carnot cycle principle. driven by electricity, its working substance absorbs the latent heat in the air or other low - temperature heat source, and waste heat let out of living or industry, compresses it to heat by compressor, exchange, exchange heat with water to higher the water temperature ( 55 warm ). it a new water heating apparatus, used in home heating, and influenced by environment runoff and the heat exchang of working substance. this system is more used in southem china

    根據逆卡諾循環原理，採用電能驅動，通過工質吸收空氣中或其他低溫熱源中無法被利用的太陽能潛熱、生活及工業排放的廢熱，通過壓縮機壓縮升溫，再與水換熱，使水溫升高，獲得（ 55 ）熱水，是一種新型的熱水製造設備，應用於家庭和熱水系統，受到環境溫差和工質換熱的影響，熱泵熱水器/熱水系統更多適合南方地區應用。
  7. In order to approach the carnot efficiency, the processes involved in the heat engine cycle must be reversible and involve no change in entropy

    為了接近卡諾效率，所涉及的過程，在熱機循環必須可逆且涉及沒有改變熵。
  8. The air thermal cnergy water heater creates the new generation hot water cquipments. it makes use of the negative card promise successfully, drieing a hot pump with the elcctrie power. equiping through a hot pump medium of compesing parts evaporate a machine. hot pump, congealed machine and inflate valve, urge the work quality completes evaporationt absorb calories within air continuously compress compress congealed reduce expenses evaporate of the thermody name energy cirenlation proess, transfer the calories in the environment to the water thus in, transfer the in great quantities free calories in the air to the life to use a water in

    空氣節能熱水器是創新一代熱水設備，它成功地運用逆卡諾原理，用電能驅動熱泵，通過熱泵裝置中的構成部件-蒸發器，熱泵，冷凝器和膨脹閥，促使工質不斷完成蒸發（吸收空氣中的熱量）壓縮冷凝節流蒸發的熱力循環過程，從而環境的熱量轉移到水中，將空氣中大量免費的熱量轉移到生活中水中
  9. Firstly, based on the utilization of the first and second law of thermodynamics, the ideal combined camot cycle model is set up. secondly, aimed at the insufficient of the classical thermodynamics analysis method, the popular method - - finite time thermodynamics analysis is applied to set up the model of endo - reversible combined carnot cycle. finally, the optimization relationships between the specific heating load ( shl ) and operating parameters and between shl and cop are conducted according to the characteristics of the function and investment of aht

    在首先利用熱力學第一、二定律分析方法的基礎上，建立了吸收式熱變換器的理想聯合卡諾循環模型，然後針對經典熱力學分析方法的不足，利用了當前很流行的有限時間熱力學分析手段，建立了aht系統內可逆聯合卡諾模型，根據熱變換器的功能、投資等方面的特點，導出了吸收式熱變換器比供熱率與操作參數、比供熱率與熱力學性能系數的優化體系。
  10. This means that the carnot cycle is an idealization, since no real engine processes are reversible and all real physical processes involve some increase in entropy

    這就是說，卡諾循環是一個理想化的，因為沒有真正的發動機過程是可逆的，所有真正的物理過程牽涉到一些熵的增加。
  11. In all of alternative technology, reverse stirling - cycle has a good foreground : because of the refrigerant being used in stirling - cycle were acquired from nature, it has less impaction to surroundings, in the other hand, the reverse stirling - cycle has the same cop with anti - cannot cycle in the same temperature bound. at last, the author analyzing the reverse stirling cycle, and put forward the thought of applying this technology in air - conditioning

    對現有替代技術進行了總體評估，現有替代技術中，用逆斯特林循環來替代蒸汽壓縮式製冷循環很有前景：其所用製冷工質全來自自然界，對環境的破壞作用很小；另外，從逆斯特林循環本身來講，它和同溫限下的逆向卡諾循環有相同的效率。
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