濮城油田文51断块区是一个典型的多油层非均质油藏，油气分布受构造—岩性双重因素控制。
The fault-block W51 is a typical multizones hetergenous reservoir, the oil-gas distribution is controlled by structure and lithology .
二连油田成藏规模小，构造复杂，油藏类型多，受沉积环境和构造破碎影响，储层非均质性严重。
Erlian Oilfield is a small sandstone oil reservoir with complex structural reservoir and serious conflict between formations because of sediment environment and structure fragmentation.
矿物是均质的，有确定的原子构造。
Minerals are homogeneous, having a definite atomic structure.
笔者主张将储层微型构造纳入平面非均质研究范畴，并阐述了研究意义、内容、方法。
The author advocates that micro tectonics belong to category of plane heterogeneity, then the significance, contents and research method were given in detail.
构造的不确定性、储集层的非均质性及钻井过程中的各种工程因素，都使水平井的钻井成功率受到影响，新开发区块更是如此。
Structural uncertainty, reservoir's anisotropic and various engineering factors in drilling can influence the success rate of drilling horizontal Wells, especially in new development zone.
对于地质构造复杂的大型非均质油田，油层作用波及系数对采出过程和最终采收率起着决定性作用。
The sweep efficiency of an oil reservoir plays a decisive role in the course of oil production and the ultimate recovery in a large heterogeneous oil reservoir with complex geological structure.
油气藏具有构造幅度低、非均质性严重、低阻油层发育及水驱油效率低等特点。
The reservoirs are characterized by low height trap, serious heterogeneous reservoir, low resistivity and poor efficiency of water driving oil.
引起储层非均质性的主要原因是沉积环境和构造环境。
Primary reasons leading to reservoir heterogeneity are sedimentary environment and tectonism.
在矩形网格上的九点差分近似的正确公式。使用它，在均质情况下，对拉普拉斯方程、布阿松方程和热传导方程可以构造出高阶精度的差分近似。
Under homogeneous conditions, the application of this equation may give a differential approximation of high order accuracy for Lapace equation, Poisson equation and heat conduction equation.
某断块为一典型复杂断块油藏。区内断层多，构造破碎，非均质性强，开发难度较大。
The studying fault block is a typical complex faulted block reservoir, which is with many faults, fractured structure, strong heterogeneity and great difficulty in exploration.
该方法综合应用了地震、地质和测井等各种基础资料，克服了常规储层预测只注重地震资料的缺陷，它对于构造较复杂、储层非均质性较强的油田的储层预测比较有效。
It is an effective method for reservoir prediction in oil fields with complex structures and higher heterogeneity, owing to using various kinds of basic data i. e. seismic, geo...
该方法综合应用了地震、地质和测井等各种基础资料，克服了常规储层预测只注重地震资料的缺陷，它对于构造较复杂、储层非均质性较强的油田的储层预测比较有效。
It is an effective method for reservoir prediction in oil fields with complex structures and higher heterogeneity, owing to using various kinds of basic data i. e. seismic, geo...
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