水饱和度的英文

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英文翻译
造句

degree of water saturation

水 water
饱和度 saturation level; saturation ...
含水饱和度 sw; water saturation; ws
残余水饱和度 irreducible water saturation; residual water saturation
可动水饱和度 mobile water saturation
视含水饱和度 apparent water saturation
束缚水饱和度 bound water saturation; immobile water saturation; irreducible brine saturation; swb
隙间水饱和度 interstitial water saturatio
油层水饱和度 in-situ water saturation
原生水饱和度 connate water saturation; saturation
真含水饱和度 true water saturation
总含水饱和度 total water saturation
最终水饱和度 final water saturation
冲洗带含水饱和度 flushed zone water saturation
出口端含水饱和度 exit-end water saturation
等含水饱和度图 isowater saturation map
含水饱和度的零线 zero water saturation line
含水饱和度截止值 water saturation cutoff
侵入带含水饱和度 water saturation of invaded zone
有效含水饱和度 effective water saturation; swe
原始束缚水饱和度 initial irreducible water saturation
原始原生水饱和度 initial connate water saturation
最低含水饱和度 minimum water saturation
最终含水饱和度 final water saturation; terminal water saturation
含水饱和度, 含水饱合率 water saturation

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例句与用法

The relationship between conductivity of core samples saturated with different saline solutions and conductivity of solution and the relationship between conductivity of core samples with different water saturations are studied
研究了饱和不同矿化度盐溶液的人造岩样电导率与溶液电导率之间的关系，以及不同含水饱和度的岩样电导率与含水饱和度之间的关系。
Study on sell logging and core analysis shows that fine lithology and complicate pore structure are main reason for micropores development of reservoirs , causing ultra - high irreducible water saturation
摘要对曲堤油田测井、录井、岩心分析等资料的研究分析表明，岩性细、孔隙结构复杂，造成储层的微孔隙发育，进而导致束缚水饱和度极高是该油田形成低阻油层的主要成因。
The relationship between capillary pressure and water saturation is established based on the assumption that the height of water rise in a single capillary is equivalent to the height of log samples above the bottom of oil - water transition zone
该方法认为、水沿水湿毛细管压力上升高度相当于油水过渡区中测井解释样本点距离过渡区底界面高度，从而把毛细管压力和测井解释样本点含水饱和度联系起来。
When analyzing network ' s capability , the new method and the method based on conventional bp algorithm are respectively applied to predicting reservoir water saturation in lin pan - shui oil field . the result shows that the former is more improved than the latter in the convergent speed and the error precision
在进行性能分析时分别用新方法和基于传统神经网络的方法建立临盘水油田储集层含水饱和度预测模型，前者比后者在收敛速度和误差精度上有较大的提高。
Based on comprehensive study of gas reservoir structure and geology in su10 block , this paper studies the shale content , porosity , permeability , water saturation and gas - bearing index of the reservoir , determines the evaluation standard of gas reservoirs for this block , analyzes the exploration and development potential according to the geology and gas reservoir evaluation of su10 block , and is of important significance to economical and effective development in this block
摘要在苏10区块气藏构造、储层等地质特征综合研究基础上，针对区块气藏特征采用多元分析方法，对泥质含量、孔隙度、渗透率、含水饱和度和含气指数等进行了研究，通过研究确定了该块气藏评价标准，并在苏10块地质特征和气藏评价基础上进行了勘探开发潜力分析，对区块经济有效开发具有重要意义。
With reference to research of the logging interpretation model , it should exploit fully logging datum and the results of well core experimental analysis which was existed and analyze the relationship between the quality parameter of well core materiality and brothel log , which should further be understood in porosity , coefficient of permeability and water degree of saturation in well - core graduation
对于测井解释模型的研究，充分利用已有的测井数据和岩芯实验分析结果，分析岩芯物性参数与测井曲线间关系，对测井曲线作孔隙度、渗透率、含水饱和度参数的岩芯刻度。
The experiments show that the main origins of causing the oil and water zones complicated in the study area on the one hand is pore structure , fine particle size and shale content high , resulting in saturation of irreducible water of the reservoirs varying greatly , on the other hand is mud invasion influence , resulting in the reservoir receptivity decreasing , and the third is the thin bed is restricted by logging resolution , resulting in measure value influenced by the bed thickness
研究得出，研究区复杂油水层主要成因一是储层孔隙结构复杂，岩性细，泥质含量高，导致储层束缚水饱和度变化大；二是泥浆侵入影响，导致油层电阻率降低；三是薄层受测井分辨能力的限制，其测量值受层厚影响。
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
通过一组层状泥质砂岩测井资料解释，表明该模型适用于层状泥质砂岩地层解释；通过考察rdc 、 vdc代表粘土或干粘土电阻率及含量对该模型计算含水饱和度的影响，说明rdc代表粘土电阻率，而vdc代表干粘土含量是合适的，因此，使用文中给出的电阻率模型能更好地解决泥质砂岩问题。
By analyzing parameters of the model , we find out that shale distribution largely affects water saturation calculated by the model , the less the resistivities of sand grains or clay grains , the more largely the resistivities of grains affect the relation between ct and swt , the effect of m on the relation between ct and swt is increased with swt
通过对该模型的影响因素分析，发现泥质分布形式对模型计算的含水饱和度有很大影响；砂岩颗粒或粘土颗粒的电阻率越小，颗粒电阻率对c _ t与sw关系影响越大； m ( m = n )对c _ t与s _ ( wt )关系曲线的影响随s _ ( wt )的增大而增大。
The curvatures of the curves between total formation conductivity c , and total water saturation swt , are greatly affected by formation matrix conductivity cma , while it is less affected by clay conductivity ccl . the curvatures of the curves between c , and swt are only affected by w , a factor number that is related to relative volume of water content in the formation , while is not much affected by the matrix factor number ma . when ct is kept to be constant , swt increases ash ma increases , and decreases as w increases
通过对该模型的影响因素分析，发现泥质分布形式对模型计算的含水饱和度有很大影响；随cma变化， ct与swt关系曲线的曲率发生变化；随ccl变化， ct与swt关系曲线的曲率基本不变；只有或_ w变化， ct与swt关系曲线的曲率发生变化；只有_ ( ma )变化， ct与swt关系曲线的曲率相近； ct一定， swt随或_ ( ma )增大而增大，随_ w增大而减小。