渦流管 的英文怎麼說

中文拼音 [guōliúguǎn]
渦流管 英文
vortex tube
  • 渦 : 渦名詞1. （漩渦） eddy; whirlpool; vortex 2. （酒窩） dimple
  • 流 : Ⅰ動1 （液體移動; 流動） flow 2 （移動不定） drift; move; wander 3 （流傳; 傳播） spread 4 （向壞...
  • 管 : Ⅰ名詞1 （管子） pipe; tube 2 （吹奏的樂器） wind musical instrument 3 （形狀似管的電器件） valve;...
  1. In cold gas fraction is one of the most important parameters at influencing the performance of vortex tube

    對渦流管性能受冷氣流分量的影響進行了實驗研究。冷氣流分量是影響渦流管性能的因素之一。
  2. Adjusting the cold gas fraction can control the performance target of vortex tube with fixed other parameters, which offers some referring data for practice applications of vortex tube

    在其它參數一定的情況下，可以通過調節冷氣流分量來改變渦流管的性能指標。為渦流管的實際應用提供了一定的參考數據。
  3. Vortex tube utilizes certain pressure gas as working medium producing the effect of separating, which makes the gas separating into cold and hot parts. the cold gas among them can be used refrigeration

    渦流管製冷是利用一定壓力氣體作為工質經過渦流管產生分離效應，使氣流分離成冷熱兩個部分，其中的冷氣流可用來製冷。
  4. In order to apply in reality, this thesis has also given out the basic procedure of the micro - vortex - tube refrigeration device, and has car ried on heating calculation

    為了在實際中進行應用，本文還給出了微型渦流管製冷器的基本流程，並且進行了熱力計算。
  5. Experimental study on the length of vortex hot tube effect on the performance of vortex tube

    熱端管長度對渦流管性能影響的實驗研究
  6. A experimental study on a cooling system of a small flow vortex tube with the humidifer at the hot end

    小流量渦流管熱端加濕製冷系統實驗研究
  7. In order to improve the refrigerating efficiency of the micro - vortex - tube, we have proposed a cooling system of a micro - vortex - tube with humidifying at the hot end. the hot gas temperature is lower than the gas of environmental temperature through humidifying the hot gas in the hot end

    為了提高微型渦流管的製冷效率，提出了渦流管熱端加濕製冷系統，通過對熱端氣體加濕降溫，獲得低於環境溫度的氣體，同冷端氣體一起製冷。
  8. In the swirl, air stream at the periphery tend to have higher temperature compared to that in the center. by means of a separating plate, the airflow is separated into streams of hot and cold air. each stream of air then emerges from a particular end of the tube, named the cold and hot end accordingly

    氣體在熱端管的流動過程中，外層氣流溫度升高，內層返流溫度降低，高溫氣流從熱端閥流出，低溫氣體通過冷孔板流出，從而將進渦流管的氣流分離為冷熱兩股溫度不同的氣流。
  9. Under a fixed bigger expansion ratio, the cooling performance of the vortex tube increases with the increase of the inlet pressure

    膨脹比為3時，進口壓力的增加基本不影響渦流管的製冷性能，而膨脹比為6時，隨著進口壓力的增加，渦流管的製冷性能顯著提高。
  10. The effect of the inlet pressure on the performance of the vortex tuba which was designed by author was investigated by experiment with air as medium

    摘要採用自行設計的渦流管，並以空氣作為工作介質，通過實驗研究了在保持膨脹比不變的情況下，不同進口壓力對渦流管性能的影響。
  11. The experiment results show that the cooling performance of the vortex tube keeps unchanged under a fixed lower expansion ratio, with the increase of the expansion ratio, the effect of the inlet pressure on the cooling performance of the vortex tube is becoming remarkable

    實驗結果表明：對于常溫渦流管，在較小的膨脹比下，進口壓力的改變對渦流管的製冷性能沒有顯著的影響；隨著膨脹比的增加，進口壓力的改變對渦流管製冷性能的影響也變得越來越顯著。
  12. Experimental study on the effect of the inlet pressure on the performance of vortex tube

    進口壓力對渦流管性能影響的實驗研究
  13. As a simple device without moving parts, vortex tube is composed of nozzle, vortex chamber, separating plate, control valve, hot - end and cold - end

    渦流管是一種結構極為簡單的製冷裝置，它由噴嘴、渦流室、分離孔板、熱閥以及冷熱兩端管組成。
  14. The configuration of the nozzle has great influence on the performance target of vortex tube

    噴嘴結構對渦流管性能指標具有重大影響。
  15. This is an effective method for adjusting the performance target of vortex tube

    這一結果為渦流管的性能調節提供了一種十分有效的方法。
  16. Effect of the rectify on the energy separation performance of the vortex tube

    整流器對渦流管能量分離性能影響的研究
  17. This thesis regards micro - vortex - tube as the research object, explaining the refrigeration characteristics of air and humid air, and introducing the mixing working medium refrigerating cycle

    本文以微型渦流管為研究對象，闡述了空氣以及濕空氣製冷特性，並且介紹了混合工質製冷循環。
  18. The performance of energy separation on the vortex tube designed by the author is studied at different cold mass flow ratios, and the characteristic curve has been drawn

    對于本文設計的渦流管，研究了不同冷氣流率時渦流管的能量分離特性，並且繪制了性能曲線。
  19. Experimental investigations into the influences of inlet pressure and cold air fraction on the refrigerating performance of a vortex tube

    入口壓力與冷氣流率對渦流管製冷性能影響研究
  20. Experiments have been taken under the conditions of inlet pressure from 0. 25mpa to o. tompa, inlet temperature from 12 ? to 32 ?, and the mass volume flow from om3 / h to 30m3 / h. some valuable results have been obtained through a large quantity of experiments as follows. the inlet temperature of the air has certain influence on the energy separation of vortex tube

    在大量實驗研究的基礎上，證實了在入口壓力0 . 25mpa 0 . 7mpa之間，入口溫度（從12 32之間）對渦流管的冷熱效應有一定的影響，並且隨著入口溫度的升高，渦流管的製冷性能增加，而制熱性能有所降低。
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