1) shale bulk volume
泥质体积含量
2) shale content
泥质含量
1.
A shale content definition method for complex sand reservoirs
一种复杂砂岩储层泥质含量评价方法
2.
A comparative electric petrophysical experimental study by oil displacement method on artificial pure sandstone samples and natural samples with low resistivity concluded that no matter what kind of sample is,one of important factors causing low resistivity pay is the high irreducible water saturation which is determined by the shale content and the complication of pore structure in the rock.
低电阻率人造和天然样品的油驱岩电对比实验研究表明,无论是人造纯砂岩还是天然样品,高束缚水饱和度是产生低电阻率油层的一个重要因素;而高束缚水饱和度取决于泥质含量(岩性粗细)和岩石孔隙结构。
3.
Then necessity and feasibility of determining clay content and shale content are studied with different logging response curves.
本文从泥质的基本概念和泥质在测井解释中的具体响应出发,把泥质分为粘土和细粉砂两部分,从而利用不同的测井响应曲线分别研究确定粘土含量和泥质含量的必要性和可行性。
3) shaliness
泥质含量
1.
We have built the ralationships between NGS and shaliness, cationic exchange charge (CEC), and ratio of aluminum-silicon, etc.
根据大庆油田6口探井的290块岩心样自然伽马能谱数据,以及室内测量和分析的岩样岩性参数,建立了自然伽马能谱的数据库管理系统,在讨论了该地区的放射性核索钍(Th),铀(U)和钾(K)的分布规律的基础上,从地质和物理条件入手,通过数据库管理系统绘出的Th-U交会图划分了大庆地区地层的岩性,得到了大庆地区自然伽马能谱与泥质含量,阳离子交换量、Al-Si比等岩性参数的关系,从而为该地区的地层评价和自然伽马能谱测井资料的解释,提供了充分的理论依据。
2.
The research on approaches to calculate shaliness accurately and efficiently is of great significance for reservoir capacity estimation,as shaliness is an important parameter to evaluate the reservoir qualitatively and quantitatively.
泥质含量是定性、定量评价储层属性的一个重要参数。
4) clay content
泥质含量
1.
Relations of velocity and density with porosity, clay content and water saturation in reservoirs;
储层速度和密度与孔隙度、泥质含量以及含水饱和度的关系
2.
Empirical relationship among elastic modulus, porosity, clay content, effective pressure and temperature in dry core sample of sandstone.;
砂岩的弹性模量与孔隙率、泥质含量、有效压力和温度的经验关系
3.
Time-lapse seismic response mechanism with changes of clay content based on BISQ model
基于BISQ模型的泥质含量变化时移地震响应机制
5) mudstone content
泥质含量
1.
Starting from the origin of the low resistance oil bed,it is considered the existence of high mudstone content,irreducible water and conductive mineral is the main reason.
从低电阻油层的成因入手进行研究,认为该地区较高的泥质含量、束缚水及导电矿物的存在,是低电阻油层形成的原因。
2.
Based on an analysis of lateral fault sealing and its relevant factors,the spatial distribution of lateral sealing from Shurennouer fault is deeply researched by estimating mudstone content in the fault zone.
通过断裂侧向封闭机理及影响因素分析,利用断裂带中泥质含量的估算值对苏仁诺尔断裂侧向封闭的空间分布进行了研究。
3.
The time-space distribution of vertical seal in Shurennouer Fault was analyzed,according to the fault plane pressure and mudstone content of fault zone.
对断裂垂向封闭机理、影响因素以及乌尔逊凹陷北部苏仁诺尔断裂的发育、活动史进行了研究,利用断面压力和断裂带中的泥质含量对苏仁诺尔断裂垂向封闭性的时空分布进行了分析。
6) mud content
泥质含量
1.
This paper discusses a method for estimating original oil saturation of reservoirs using parameters of porosity and mud content.
为此,探讨了一种应用孔隙度与泥质含量等参数估算油层原始含油饱和度的方法,对准确求取驱油效率以及定量评价油层水淹状况具有重要意义。
2.
On the basis of deep research on fault sealing property and its main influence factors, the functional relation of mud content in fault infills with fault displacement and faulted mudstone thickness is described quantitatively through the analysis of lithology influence factors in fracture belt.
在深入研究断层封闭性及其主要影响因素的基础上 ,根据对断裂带中岩性影响因素的分析 ,定量描述了断裂带填充物中泥质所占百分含量的大小与其断层位移和被错断泥岩厚度之间的函数关系 ,并提出了根据断裂带填充物中泥质含量的大小来判断断层封闭性的标准。
3.
After that,regression analysis was used to find out the correlation between the geophysical characteristics of the capping bed and such factors as breakthrough pressure, permeability, mud contentand porosity under different conditions.
本文首先介绍盖层、盖层封堵品质的主要指标、盖层的分级评价及盖层封闭能力的影响因素，然后，用回归分析法找出盖层的地球物理特征与不同条件下的突破压力、渗透率、泥质含量及孔隙度等的相关关系；最后，根据测井资料对盖层进行分级评价。
补充资料：罱泥
1.捞取河底淤泥用作肥料。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条