飽含水的地層 的英文怎麼說

中文拼音 [bǎohánshuǐdedecéng]
飽含水的地層 英文
water-saturated bed
  • : Ⅰ形容詞1 (吃足) have eaten one s fill; be full 2 (充實; 飽滿) full; plump Ⅱ副詞(充足; 充分)...
  • : 動詞1 (東西放在嘴裏 不咽下也不吐出) keep in the mouth 2 (藏在裏面; 包含) contain 3 (帶有某種...
  • : 名詞1 (由兩個氫原子和一個氧原子結合而成的液體) water 2 (河流) river 3 (指江、河、湖、海、洋...
  • : 4次方是 The fourth power of 2 is direction
  • : i 量詞1 (用於重疊、積累的東西 如樓層、階層、地層) storey; tier; stratum 2 (用於可以分項分步的...
  1. The quaternary system is characterized by high geothermal gradient, with low scope of overpressure in its deep and shale caprock saturated with formation water of high salinity

    第四系具有較高溫梯度,深部發育了低幅超壓;甘森泉小柴旦基底斷裂影響氣藏構造完整性;第四系高礦化度泥巖構成可以起到一定封蓋作用。
  2. The low resistivity oil layers include those layers with high salinity formation water, high water saturation and low oil saturation, or riched in argilliferous sandstone low resistivity oil layers

    摘要低電阻率油包括有高礦化度、高和度和低和度或富泥質砂巖低電阻油等。
  3. Testing on logs in laminated shaly sands it demonstrates that the model can be applied in laminated shaly sands. testing on effects of rdc. and vdc representing clay resistivity and fraction or dry clay resistivity and fraction on water saturation calculated by the model it proves that it is very reasonable for rdc to be clay resistivity and vdc to be dry clay fraction, so the mode l derived from the paper can be used to evaluate shaly sands

    通過一組狀泥質砂巖測井資料解釋,表明該模型適用於狀泥質砂巖解釋;通過考察rdc 、 vdc代表粘土或干粘土電阻率及量對該模型計算和度影響,說明rdc代表粘土電阻率,而vdc代表干粘土量是合適,因此,使用文中給出電阻率模型能更好解決泥質砂巖問題。
  4. Subsurface runoff is obviously closely related with soil water movement in the unsaturated soil zone and dynamic change of the groundwater table. there - fore, it is necessary to develop the subsurface runoff model with a physical base associated with recharge on the aquifer and total storage in the reservoir. also a soil model with a dynamic representation of the groundwater table makes it possible and reasonable to represent a more logical subsurface runoff parame - terization

    下徑流顯然與非和土壤分運動以及動態變化密切相關,因而有必要發展考慮土壤量與潛面science in china ser . d earth sciences 376中國科學d輯球科學第36卷分通量以及位動態變化土壤模型相適應且具有物理意義下徑流模型;同時位動態表示土壤模型也為發展更為合理下徑流模型創造了很好條件
  5. The technique of water conservation in gneiss area of tai - hang mountain : on the facet of water conservation measure, four sorts of water conservation measures can all improve the soil water content. the result of straw mulch is best, using water holding agent in soil and plastic mulch are better, stone mulch is worse. four sorts of water conservation measures all improve the physical character of surface layer soil

    太行山片麻巖區保技術:在保措施方面:四種保措施均能提高土壤量,秸稈覆蓋效果最好,土施保劑和膜覆蓋效果其次,石塊覆蓋效果較差;四種保措施使表土壤物理性狀均有一定改善,使土壤容重降低、孔隙度和土壤量增加。
  6. Based on experimental research on electrical property of waterflooded rock we have found that variation of salinity has much effect on rock resistivity, and it makes that relation curves of complex resistivity and in - phase resistivity of rock under single frequency with water saturation are characteristic of u - style curve, just like relation curves of waterflooded rock resisitivity with water saturation, but salinity variation has little effect on rock dispersion property

    摘要通過淹巖石巖電特性實驗研究發現,礦化度變化,對巖石電阻率幅值影響較大,致使單一頻率下巖石復電阻率幅值和同相電阻率也會象常規電阻率一樣,隨著和度變化,出現" u "形曲線,而相對而言,礦化度對巖石頻散特性影響較小。
  7. In addition, at ncku - re study site, collections of soil water contents and data of rainfall estimate infiltration and runoff in homogeneous unsaturated soil profiles, after net fuzzy - neuro training, to analyze soil infiltration behavior and determine the infiltration and runoff of the region of the subsurface

    中文摘要本研究主要目將現資料量,運用模糊類神經網路去做訓練,在考慮降雨與土壤量,進行未剖面之表入滲、逕流分析與推估。
  8. ( 2 ) some studies are made for the subject of various effects on wave propagation and ground motion of multi - dry, multi - saturated, and alternate dry and saturated soil layers. a comprehensive computer program is compiled, accounting for soil dilatancy, linear and non - linear constitutive relation, rigidity degradation and suiting to any combinations of soil layers, dry and / or saturated with different thicknesses, properties, continuity conditions at interfaces, and inputs at base and top boundaries. from the numerical results obtained for a quite large number of typical cases, some knowledge of general trends of response for, especially, the cases of alternate dry and saturated soil layers are gained both quantitatively and qualitatively

    ( 2 )對不排列、排列、不交錯排列情況下對波傳播和面運動影響做了一些研究,考慮到土壤剪脹性、線性和非線性本構關系,剛度退化等因素,編制了可適用上述各種情況和任意多土(包括或不、力學性質不同、厚度不同、邊界連續條件不同等) ,在不同基底輸入或上邊界輸入作用下通用分析程序,通過對相當數量典型情況進行分析計算,得到了一些趨勢性認識,特別是對與不交錯情況,取得了一些新認識。
  9. The data needed by the research are collected from relevant materials and field sampling, including the soil saturation hydraulic conductivity, soil bulk density, various kinds of chemical parameters of soil layer ( such as organic nitrogen, organic phosphorus and soluble phosphorus ), the transformation of organic carbon content of soil layer and the land use in 1993 etc.

    筆者兩次參加對研究區考察,並進行相關數據收集和實測,包括1993年土利用、土壤和導率、土壤容重和土壤各種化學參數(如有機氮、有機磷和可溶性磷等) ,以及后來所進行土壤有機碳轉化等。
  10. In natural light intensity condition, the content of aba is the highest, but the contents of ga, iaa, zrs reduce, which is adaptive to the state of its higher transpiration rate, lower content of relative water and bigger water saturation deficit. one - layer shading enhances the contents of iaa, ga and zrs, which is consistent to its growth condition

    自然光照條件下生長亞紅旱杉aba量最高, iaa 、 zrs 、 ga量較低,這與其蒸騰速率較大,植株量較低,和虧缺較大相適應;一遮蔭提高了iaa 、 ga 、 zrs量,這與其生長狀況相一致。
  11. Through the comparison between test and commission of low water - cut oil layers and the analysis of electric property and logging display characteristics, this paper brings forward the methods for identifying oil layer, low water - cut oil layers and oil and water layers, namely, through the comparison between natural potential and natural gamma as well as the varieties of oil saturation, electric resistivity, curve shape of hydrocarbon, volumetric coefficient and geochemical bright spot index to identify the layers

    通過對低試油與投產對比,對電性、錄井顯示特點分析,提出了用測井自然電位與自然伽馬對比、和度、電阻度、氣測全烴曲線形態、灌滿系數、化亮點指數變化等識別油、低、油方法。
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