滲氣 的英文怎麼說

中文拼音 [shèn]
滲氣 英文
ventilation
  • : 動詞(液體慢慢地透過或漏出) ooze; seep
  • : 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...
  1. This adversely affects water movement, permeability, and aeration.

    這對水分移動,透度及通性有不利影響。
  2. In this case, blood filled the pleural cavity ( hemothorax ), but atelectasis could also result from filling the chest with air ( pneumothorax ), transudate ( hydrothorax ), lymph ( chylothorax ), or purulent exudate ( empyema )

    但是肺不張也可由胸腔內充滿體(胸) 、漏出液(胸水) 、淋巴(乳糜胸) ,或者膿性出物(膿胸)引起。
  3. Air should leak into an atomic reactor and then leak out again.

    進了原子反應堆,然後又出來。
  4. Preparation technology of fe - n single - phase austenite by gas nitriding

    奧氏體的氮制備工藝
  5. Some of them are of advanced ones, such as 5 - face grinding machine, electronic beam perforator, vacuum brazing equipment, curvic coupling grinding machine, controlled atmospheric quenching over, 4 - axis and 5 - axis nc milling machines, equipment for multi - component impregnation, heavy - duty grinder and high speed broacher, etc

    擁有先進的五面磨床電子束打孔真空釬焊圓弧端磨可控氛淬火爐和四軸五軸數控銑床以及多元共強力磨削快速拉削等一批先進加工設備。
  6. Rather, mucus tends to occur as ropy strands of secretion exuded from the mural bronchial mucus glands.

    說得更恰當一點,粘液是壁狀支管粘液腺出的分泌物,呈膠粘體存在。
  7. The bronchopneumonia is exudative in type and lobular in distribution.

    管肺炎在性質上是出性的,在分佈是小葉性的。
  8. The properties of polyurethane ionomer were studied, including calorifics, dynamic mechanism and shape memory. comparing to the liner shape memory polyurethane non - ionomer, ionomer has superior effect on shape memory behavior and water vapor permeability especially the water vapor permeability increased from 5 - 8 times of liner smp to 20 - 30 times of ionomers lastly the novel crosslinked shape memory polyurethane was synthesized, which shape recovering temperature were randomly controlled and can completely recover original shape. the properties of polyurethane were studied, including calorifics, dynamic mechanism and shape memory

    然後,在此基礎上合成了離子型形狀記憶聚氨酯材料,對其熱性能、動態力學性能、形狀記憶性能、透濕性能進行了研究,並與普通非離子型形狀記憶聚氨酯進行了比較,研究發現離子型形狀記憶聚氨酯具有更大的軟段結晶度、更好的形狀記憶性能、更優越的力學性能和透濕性能,尤其是其透濕性能有了非常顯著的提高,其高溫段濕透率是其低溫段濕透率的20 30倍,遠遠大於線型形狀記憶聚氨酯的5 8倍。
  9. Study on gas carburizing technique of instillation with kerosene - carbinol

    甲醇滴注式碳工藝的研究
  10. New process of drop feed gas carburizing with high rate

    滴注式快速碳新技術
  11. Gear pre - oxidation gas carburizing at low temperatrue

    齒輪預氧化低溫
  12. Study and application of pulse gas carburizing technology

    脈沖式碳技術研究和應用
  13. Improvement of workholders for gas carburizing pit - type furnace

    井式碳爐工裝改進
  14. The main factors affecting percolation in low permeability reservoirs include stress, threshold pressure gradient, slippage effect and water - blocking effect, which play various roles on percolation, but all will result in non - linear percolation in the end

    影響低滲氣流特徵的主要因素有應力作用、啟動壓力梯度、滑脫效應和水鎖效應等因素,並且這些因素對流影響各有不同,但最終均引起低滲氣流的非線性化。
  15. New calculation method of kelinberg constant and non - darcy coefficient for low permeable gas reservoirs

    滲氣藏克林肯貝爾常數和非達西系數確定新方法
  16. Low permeability reservoir development is a technical challenge in china

    摘要低滲氣藏的開發已成為我國藏開發所面臨的一個技術挑戰。
  17. Productivity prediction of a horizontal gas well in low - permeability gas reservoir under different well completion forms

    滲氣藏水平井不同完井方式產能預測研究
  18. The percolation mechanism of low permeability reservoirs differs a lot from that of conventional gas reservoirs

    由於低滲氣藏一般具有低孔低的特點,所以其流機理與普通藏相差很大。
  19. Understanding of these influence factors on percolation is of significant importance to development of such reservoirs

    認識到這些因素對低滲氣流的影響,對此類型藏開發具有十分重要的意義。
  20. Up to 60 % ~ 70 % oil and gas proved reserves is in low permeability formation in recent exploration with 5000 x 1012m3of gas, and most of gas reserves are located in tarim and erdos basin, which are the main resource of " west gas to east " project. in order to meet the national energy strategy, the key issue is to develop the tight gas fields with high efficiency and profit

    在近幾年探明的油地質儲量中,低透油儲量所佔探明石油和天然地質儲量中的比例高達60 70以上,低滲氣藏儲量達到5000 10 ~ ( 12 ) m ~ 3 ,占總儲量的20左右,且大部分低滲氣藏儲量都處在長慶和塔里木等西東輸的主戰場,因此,就面臨著如何高效開發低滲氣藏的問題。
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