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精细构造图
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  fine structural map
     Method Through overlapping plotting by using fine structural map, the traps aboveand bellow the igneous rocks in block Gao 39 were rerecognized.
     方法应用精细构造图进行交汇作图的方法,对高39块火成岩上、下圈闭进行重新认识。
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  “精细构造图”译为未确定词的双语例句
     Both the isopach map and the exact structural map without igneous rock influence have been plotted successfully by correlating and quantitatively interpreting the turbidite sand bodies with the use of synthetic seismograms, VSP and trace integral section.
     利用合成记录、VSP、道积分剖面对浊流砂体进行标定和定量解释,求得砂体的厚度图和消除了火成岩影响的精细构造图
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  相似匹配句对
     Construction of Queens Graphs
     Queens-构造
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     The Dimensions of Graphs and the Constructions of Their Bases
     的维数和基的构造
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     The S. C.
     C.
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     N(Z).
     N(Z)的和.
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     “L-STRUCTURE”FOR FUZZY SET IN A LINEAR SPACE
     L—构造
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The trajctory parameters for horizontal drilling designed by use of seismic data include the horizontal target layer, segment the coordinates (x,y,z) of target points, the azimuthal angle (ot) and the dip angle (0) of the trajctory, and the horizontal trajctory curve. Two keys in designing the trajctory of horizontal drilling lie in the correct calibration for horizons, and the cautious study for velocity field. Based on the wavelet analysis on a set of 3-D seismic data in LHK area, the wavelet parameters for...

The trajctory parameters for horizontal drilling designed by use of seismic data include the horizontal target layer, segment the coordinates (x,y,z) of target points, the azimuthal angle (ot) and the dip angle (0) of the trajctory, and the horizontal trajctory curve. Two keys in designing the trajctory of horizontal drilling lie in the correct calibration for horizons, and the cautious study for velocity field. Based on the wavelet analysis on a set of 3-D seismic data in LHK area, the wavelet parameters for generating synthetic seismograms are extracted and the characteristic layers arc correctly calibrated with those high-quality syn-thetic scismograms. The features in velocity variation arc drawn from velocity analysis and a high precision velocity map and detailed structural map for the characteristic layer are plotted with the aid of an interactive workstation. The procedure for designing horizontal drilling is developed as a result of the work on the trajctory design of Well HD-1. Practice shows that this technique for horizontal drilling design is economic, effective and accurate.

应用地震资料设计的水平井轨迹参数包括水平目的层段,靶点坐标(x,y,z),轨迹方位角(α),轨迹井斜角(θ),及水平轨迹曲线。设计水平井轨迹的两个关键是层位的正确标定和速度场的精细研究。本文以LHK三维地震资料为基础,通过对地震道的子波分析,提取出制作合成记录的子波参数,用高质量的合成记录完成特征层的正确标定;通过速度分析,总结小本区速度的变化规律。借助人机联作工作站编绘出高精度速度图和特征层精细构造图。通过水平1井钻井轨迹的设计,形成一套设计流程。钻探结果说明,这种方法是设计水平井的经济、高效、高精度的方法。

The third member of the Shaheji formation in Fanjia area is the frontal sediments of the Gaoqing fan delta.It has many unconnected turbidite sand bodies, which appear as shingled weak short events in a seismic section.Both the isopach map and the exact structural map without igneous rock influence have been plotted successfully by correlating and quantitatively interpreting the turbidite sand bodies with the use of synthetic seismograms, VSP and trace integral section.Furthermore, Oil bearing area and geological...

The third member of the Shaheji formation in Fanjia area is the frontal sediments of the Gaoqing fan delta.It has many unconnected turbidite sand bodies, which appear as shingled weak short events in a seismic section.Both the isopach map and the exact structural map without igneous rock influence have been plotted successfully by correlating and quantitatively interpreting the turbidite sand bodies with the use of synthetic seismograms, VSP and trace integral section.Furthermore, Oil bearing area and geological reserve were predicted by comprehensively interpreting the shape, distribution and oil content of the turbidite sand bodies, and then making reservoir description, with referring to relevant drilling and logging data.Drilling has proved the reservoir description successful.

樊家地区沙三段地层为高青扇三角洲的前缘相沉积,发育了一系列互不连通的浊流砂体,浊流砂体在地震剖面上以弱能量、叠瓦状、短同相轴出现。利用合成记录、VSP、道积分剖面对浊流砂体进行标定和定量解释,求得砂体的厚度图和消除了火成岩影响的精细构造图。在此基础上,参考钻井、测井资料,对砂体的形态、分布及含油情况进行综合解释和油藏描述,预测了砂体的含油面积和地质储量。经钻井证实,该区的油藏描述是成功的。

Method Through overlapping plotting by using fine structural map, the traps aboveand bellow the igneous rocks in block Gao 39 were rerecognized. Purpose To fully understand the distribution of reservoirs and ifs controlling factors. Result The igneous rockreservoirs of block Gao 39 consist of three small blocks which scatter separately along southwest-northeast direction from an areal view; vertically, they only exist in the traps bellowigneous rocks. Conclusion The invasion time and space position of igneous...

Method Through overlapping plotting by using fine structural map, the traps aboveand bellow the igneous rocks in block Gao 39 were rerecognized. Purpose To fully understand the distribution of reservoirs and ifs controlling factors. Result The igneous rockreservoirs of block Gao 39 consist of three small blocks which scatter separately along southwest-northeast direction from an areal view; vertically, they only exist in the traps bellowigneous rocks. Conclusion The invasion time and space position of igneous rocks are themain controlling factors of hydrocarbon accumulation and distribution in this block.

方法应用精细构造图进行交汇作图的方法,对高39块火成岩上、下圈闭进行重新认识。目的解决该块油气藏的分布及其控制因素。结果高39块火成岩油藏在平面上沿南西—北东方向呈独立三小块零星分布:纵向上仅分布于火成岩下部的圈闭内。结论火成岩的侵入时间和空间位置是决定该块油气聚集和分布的主要控制因素。

 
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