thermodynamic cycle 中文意思是什麼

thermodynamic cycle 解釋
熱動力循環
  • thermodynamic : adj. 熱力的。a thermodynamic cycle 熱力循環。n. -s 熱力學。
  • cycle : n 1 循環，周期，一轉。2 周時，周年，年紀。3 （詩、故事等的）始末。4 自行車，三輪車，摩托車。5 【...
  1. New analysis of irreversible thermodynamic cycle for heat engine

    熱機不可逆熱力循環新析
  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. An experimental setup has been designed and built up through a collaboration program between cryogenics laboratory in zhejiang university and limsi - cnrs ( france ). the system employs the inherently reversible stirling cycle, and then its thermodynamic efficiency can easily surpass that of standing - wave system and is even comparable to that of the traditional internal combustion engines

    在充分理解工作機理的基礎上，與法國國家科研中心limsi實驗室合作，設計並建成一臺行波型熱聲驅動器實驗裝置，進行了初步實驗，以氨氣和氮氣為工質，成功地獲得了頻率分別為66hz和23hz的熱聲振蕩。
  4. 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。
  5. Thermodynamic model and performance of an irreversible four - level - temperature absorption refrigeration cycle with finite heat capacities

    有限熱源四溫位不可逆吸收式製冷循環模型及性能分析
  6. Ceramic fuel cells are electrochemical devices that directly convert fuels such as gasified coal or natural gas into electricity without the limitation of the carnot cycle ( an ideal thermodynamic cycle in which heat is taken onto a working fluid at a constant upper temperature and rejected at a constant lower temperature )

    陶瓷燃料電池是一種電氣化學裝置，能直接將煤氣、天然氣等燃料直接轉化為電能而不會受到卡諾循環（一種理想的熱力循環，熱量在恆定高溫下轉化成工作流體，在恆定低溫下被釋放）的限制。
  7. Based on detailed analyze on turbine engine and ramjet, a new conceptive internal - rotor burnt rotating ramjet ( irbrr ) with an rotating cylinder in the center of rotor in which the revolved stream can be ram - compressed and burnt has been proposed and some primary research have been done as below : the scheme of structure, principles, thermodynamic cycle and performances of the new conceptive engine has been studied in the paper

    本文通過對燃氣渦輪發動機和航空沖壓發動機的原理結構進行詳細分析並進行融合創新，提出了一種利用內置旋轉汽缸進行旋轉氣流沖壓壓縮和旋流燃燒的新概念內置燃燒室旋轉沖壓發動機，並進行了一些前期的基礎性探索研究，具體研究內容有:對旋轉沖壓發動機進行了總體方案設計、工作原理分析、氣動熱力循環和性能分析等概念性研究。
  8. 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。
  9. Thermodynamic performance experimental study and cooling number calculation of counter - flow spray humidifier in hat cycle

    循環逆流式濕化器的熱力性能實驗研究及冷卻數計算
  10. The thermodynamic analysis of a stirling power cycle working with ideal bose gas

    以理想玻色氣體為工質的斯特林熱機的性能分析
  11. The thermodynamic cycle equipments considered in this dissertation include absorption refrigerators, solar refrigerators, two classes of three - source chemical pumps and so on

    本文所考慮的三源熱力循環設備包括：吸收式製冷機、太陽能製冷機和兩類三源化學泵等。
  12. Analysis of the thermodynamic featurs of gas - steam combined cycle generating unit and the thermodynamic economy of gas turbine

    蒸汽聯合循環發電裝置的熱力特性及燃氣輪機熱經濟性分析
  13. 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。
  14. According to the working theory of the joule - thomson throttle coolers, the characteristics of mixed refrigerant and thermodynamic performance of a mixed - refrigerant j - t refrigeration cycle are analyzed systematically. the essence of improving thermodynamic efficiency of j - t coolers with mixed - refrigerant is revealed in - depth. 4

    闡述了混合工質j - t節流製冷機的工作原理，研究單純工質和混合物工質的節流效應，比較混合工質節流製冷機與純工質節流製冷機分析方法上的一些不同，分析了採用混合工質提高節流製冷機熱效率的機理； 4
  15. 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。
  16. 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。
  17. 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。
  18. How to utilize this latent heat will lead to different system conception, therefore, becoming the key point for the innovation of thermodynamic cycle system

    這一部分熱量如何加以有效利用將會帶來不同的系統構思，因而也成為熱力循環系統革新的關鍵。
  19. In divergent duct, adding heat can substitute the usage of geometry structure whatever mach number is. from force and thermodynamic cycle aspects, the effect of every components on engine performance was discussed

    結果認為，對於後體為純擴張構型的引射火箭，不論發動機通道內的馬赫數是多少，都可以通過加熱（改變加熱位置）代替常規幾何構型所起的作用。
  20. Specially, the rotating ramjet with shaft power output was discussed. result showed that the thermodynamic cycle of the rotating ramjet is a breton cycle including two anti - cycle processes. because the advantage on thermodynamic performances and structure, the rotating ramjet will has wide prospective application in aircraft and powers system in heavy trucks, military facilities, tanks, warship as well as power plant

    著重討論了軸功輸出方案的旋轉沖壓發動機，初步分析表明，旋轉沖壓發動機的熱力循環是加進了兩個反循環的布雷頓循環，該發動機在熱力性能和結構方面與燃氣輪機相比有獨特優點，有望在現代和未來各類飛行器及各類重型車輛、戰略設施、坦克、艦船動力、電力等能源動力領域獲得廣泛應用。
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