1) formation dip
地层倾角
1.
DDQC formation dipmeter tool and its application.;
DDQC地层倾角测井仪及其应用
2.
Drilling through the thrust block in the well Longshen-1 had encountered the problem of strong natural formation deflection tendency due to high formation dip variation.
龙深1在钻遇推覆体地层时,地层倾角变化大,自然造斜能力强,采用塔式钻具、钟摆钻具、大尺寸PDC钻头等多种防斜技术,其结果是井斜控制十分困难、钻井速度极慢;利用弯螺杆+转盘钻井复合技术,虽然钻井速度有一定的提高,但仍不能达到提速的目的。
3.
The relationship of drilling fluid density and formation dip with borehole undergauge creep deformation encountered in salt beds in Xinjiang Oilfield drilling was studied.
研究了新疆某油气田钻遇的盐岩层段钻井液密度、地层倾角与井眼蠕变缩径的关系。
2) stratigraphic dip
地层倾角
1.
Influence of stratigraphic dip on production in gas-breakout period in deep, thin interbed reservoir;
地层倾角对深层薄互层油藏脱气生产阶段产量的影响
3) dip
[英][dɪp] [美][dɪp]
地层倾角
1.
Since there are many kinds of dip log data processing softwares,so their processing methods and parameter choices are quite different.
地层倾角资料处理软件较多,其处理方法和参数的选择有所差异。
2.
Da-5 well is situated in Dalaisumu Block of Erlian Basin in Inner Mongolia,with the major coring layer in part of Tenger and the upper part of Arxan section,which makes it difficult to core for the serious interbedding of high abrasive and friable strata,steep dip and lithilogical change.
达5井位于内蒙古二连盆地达来苏木区块,主要取心层位在腾格尔一段及阿尔善组的上部,地层倾角大,岩性变化大,高研磨性地层与易碎地层互层严重,取心困难。
4) formation dip angle
地层倾角
1.
The fault block oil fields with multiple rock salts in Jianghan Oil Region are influenced both by rock salts and faults,formation dip angles are generally large.
江汉油区多盐断块油田兼受岩盐和断层影响,地层倾角一般较大。
5) dip angle
地层倾角
1.
According to various structure characteristics,using GeoFram analyzes processing parameters of dip angle data.
依据不同的构造特征,利用GeoFrame程序包对地层倾角资料的处理参数进行分析,提出了地层倾角资料处理解释过程中对比窗长、探索角和步长三个参数的选择方法,为今后地层倾角资料的处理分析奠定了基础。
2.
Both dip angle and coherence cube methods are sele.
优选地层倾角和相干体两种方法识别松辽盆地营城组隐伏火山机构。
6) high strata dip angle
地层大倾角
补充资料：磁倾角
| 磁倾角 geomagnetic inclination 地球表面任一点的地磁场总强度的矢量方向与水平面的夹角。将一个具有水平轴的可旋转磁针制做得内部质量完全均匀对称，使其在磁屏蔽空间中自然地保持水平。观测时使其水平轴与当地磁子午面垂直，这时磁针指北极N所指的方向即为地磁场总强度的矢量方向，它与水平面的夹角即为当地的磁倾角。这种磁针称为磁倾针。规定磁倾针的指北极N向下倾为正。一般结果是，北半球的磁倾角为正，南半球的磁倾角为负。将磁倾角为零的地点连结起来，此线称为磁倾赤道，与地球赤道比较接近。
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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