氣化潛熱 的英文怎麼說

中文拼音 [qìhuàqiánrè]
氣化潛熱 英文
gasification latent heat
  • 氣 : Ⅰ名詞1 （氣體） gas 2 （空氣） air 3 （氣息） breath 4 （自然界冷熱陰晴等現象） weather 5 （氣味...
  • 潛 : Ⅰ動詞1 （隱在水下） go underwater; hide under water; dive 2 （隱藏） hide3 [書面語]（涉水） wade ...
  • 氣化 : pneumatolysis; gasifying; aerification; gasification; gasify; vaporization氣化爐 gasification fur...
  1. A similar definition holds good for latent heat of vaporization.

    氣化潛熱的定義與此雷同。
  2. It is found that the climatological mean of wind speed and air - sea humidity difference are both large, the variation of wind speed are almost in phase with air - sea humidity difference, yielding much larger or smaller latent heat flux. so the ocean release the most latent heat in its own winter of the two hemispheres when both wind speed and air - sea humidity difference are large

    發現在南北兩信風區，風速和海氣濕度差的變化幾乎是同位相的，平均背景風速和海氣濕度差都較大，他們互相加強彼此對潛熱通量變化的貢獻，所以海洋潛熱損失最大是發生信風南北兩區的各自風速和海氣濕度差都較大的冬季。
  3. In the region north of brazil, although both wind speed and air - sea humidity difference have dramatic variations, the variation of latent heat flux is just ordinary in magnitude. the reason is that the variations of wind speed and air - sea humidity difference are out of phase with each other so that they decrease each other greatly

    在巴西以北的暖水區，盡管海氣濕度差的變化和風速的變化都較大，但二者在區域內總是反相，彼此削弱了對潛熱通量變化的貢獻，所以該區潛熱通量的變化振幅較小，最終由風速的變化主導潛熱通量的變化。
  4. Because of the above mentioned reasons, the first one should be considered the main source rock in yili basin. by means of the modeling of the buried history and the history of thermal evolution, it can be concluded that this set of source rock had entered the ceiling of the oil - generating window in the early triassic period and reached its peek in the middle and end of triassic period, befor entering the highest maturity in the early and middle jurassic period, and had generating gas in the end of jurassic period

    其中鐵木里克組烴源巖厚度大、有機質豐度高、成熟度高，具有較高的生烴潛力，是伊犁盆地主要的烴源巖系，通過埋藏史及熱演化史模擬，該套烴源巖於三疊紀早期已進入生烴門限，中晚三疊世達到生、排烴高峰，早中侏羅世進入高成熟階段，侏羅紀末進入生氣階段。
  5. The results show that the local average temperature and average surface temperature will rise, and both daily difference will rise, too. average sensible heat flux and its daily difference will also increase while average latent heat flux and its daily difference will reduce after the vegetation degration of some area in the west of liaoning province ; the average temperature will raise 0 - 0. 5, average surface temperature will raise 0 - 1. 0, average sensible heat flux will increase 5 - 40w / m2, about 8 - 55 % and average latent heat flux will reduce 5 - 60w / m2, about 4 - 48 %

    模擬結果表明：在遼西部分地區植被退化后，當地6 、 7 、 8三個月的夏季平均氣溫和平均地面溫度升高，兩者的日較差增大，平均感熱通量及其日較差也增大，平均潛熱通量及其日較差減小；平均氣溫升高0 0 . 5 ，平均地面溫度升高0 1 . 0 ，平均感熱通量增大5 40w / m ~ 2 ，約8 55 ，平均潛熱通量減小5 60w / m ~ 2 ，約4 48 。
  6. In equatorial region, the mean air - sea humidity difference is much smaller, so the variations of air - sea humidity difference under large mean wind speed dominate the variations of latent heat flux. the ocean release the most heat during the period from march to may, when sst is highest in the whole year because sst dominates the variation of air - sea humidity difference

    在赤道冷舌區，平均的背景海氣濕度差比較小，所以平均風速背景下的海氣濕度差的熱帶大西洋海表潛熱和感熱通量的季節和年際變化研究變化主導該區的潛熱通量的變化。
  7. Catalytic cracking of tar is viewed as one prominent tar reduction technology that has become the hot spot of investigation

    催化裂化作為一種極具潛力的煤氣凈化技術，目前已成為該領域研究的熱點。
  8. By looking back the virescence potential, the methods of land use, the choice of compatible plant on municipal refuse landfills in china and other nations, and studying on the harm in municipal refuse landfills, the limits to virescence that are lfg, the leakage the faultiness maintainability, the lean soil and so on, at last, the focus is put forward in the series technology, the programming ways, the feasible plants for the future

    通過回顧國內外城市垃圾填埋場土地利用方式、綠化潛力、樹種選擇研究進展，對垃圾填埋場存在的諸如填埋氣體、滲漏問題、植物的養護、土壤貧瘠等對垃圾填埋場綠化產生限制的因子進行探討，提出找到垃圾填埋場綠化的綜合配套技術如綠化美化規劃方法、適宜的草種和樹種、配套的綠化方法等將成為今後研究的重點與熱點。
  9. In climatological itcz, the mean air - sea humidity difference is greater relatively so that the variation of wind speed under large mean air - sea humidity difference is the main factor influencing the variation of latent heat flux. the latent heat loss is greatest from june to august when the wind speed is largest in the region

    在氣候平均的工tcz區，平均的背景海氣濕度差比較大，所以平均海氣濕度差背景下風速的變化主導潛熱通量的變化，因此該區潛熱損失最大值發生在風速最大的6一8月份。
  10. Using 925hpa ncep / ncar reanalysis wind data to replace fsu wind data improves initialization impact wind field of zebiak - cane ocean - atmosphere coupled model ( hereafter referred to as zc coupled model ). subsequently, 1997 / 1998 el nino is analyzed on the base of simulated and observed data, and a new possible mechanism for the evolution of the 1997 / 1998 el nino is advanced. then genesis mechanism for enso is perfected further

    本文利用925hpancep ncar再分析風場資料替代fsu風場資料對zebiak ? cane海氣耦合模式（簡稱zc耦合模式）的初始強迫風場進行了改進，結合模擬資料與觀測資料對1997 1998elnino事件進行了診斷分析，提出了1997 1998elnino發生、發展的一種新的可能機制，進而對elnino成因機制進行了進一步完善，最後嘗試對改進初始強迫風場后的zc耦合模式的大氣模式中的潛熱加熱計算的參數化方案進行了改進。
  11. This dissertation creatively proposed that the latent heat can be utilized to preheat the water entering the saturator to improve its humidification ability. and on this basis, this dissertation has investigated and disclosed the elementary characteristics and orderliness of the new system

    本文首次提出把這一部分釋放的潛熱用來加熱濕化器用水，以進一步提高濕化能力的新構思，在此基礎上開拓出新穎外燃式濕空氣透平循環，並探索研究了利用潛熱來提高加濕能力的efhat新穎系統的特性規律。
  12. The knowledge of the surface air - sea heat fluxes variability on different space - time scales is vital to understanding the earth ' s climate change and the balance of global energy and fresh water budget

    海表潛熱和感熱通量的時空變化研究是全球氣候變化研究和氣候系統能量平衡和淡水收支的重要方面。
  13. The marine refrigerated containers are of great mobility, and the changes of the outside air temperature, seawater temperature, the sun radiation intensity and the transported goods bring the changes in the latent and display heat load of refrigeration system

    海運冷藏集裝箱流動性大，隨著外界氣溫、海水溫度、太陽輻射強度和運送貨物的變化，冷藏集裝箱製冷系統的顯熱和潛熱負荷隨之不斷變化。
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