在裂缝检测、压力预测、油藏动态检测、油气预测、储层非均质性描述方面得到广泛应用。
It is widely used in the fissure detection, pressure prediction, dynamic reservoir monitor, oil-gas prediction, stratum's non-uniform depiction.
该方法也可以应用于非裂缝性储集层确定孔隙结构指数。
The method above can also be used to calculate the pore structure index of non-fractured reservoir.
鄂尔多斯盆地安塞特低渗透油田由于存在天然裂缝或人工压裂裂缝，造成了储集层平面渗透率的方向非均质性。
Ansai oil field in Ordos basin is a ultra low permeability reservoir with natural and induced fractures, which caused serious lateral heterogeneity of permeability in the reservoir.
一方面裂缝性储层具有岩性复杂、储集类型多样、物性变化大和非均质性强等特点，因而其测井解释和流体类型识别要复杂和困难得多。
On the one hand, it is is very complex and difficult to identify fluid type of fracture reservoir because of its complex lithology, various reservoir types and heterogeneity.
在裂缝性储层中，由于储层类型的多样化、非均匀性及各向异性，给储层参数计算带来了很多困难。
In fractured reservoirs, it is very difficult to compute reservoir parameters because of the reservoir's varieties, heterogeneity and anisotropy.
由于裂缝、孔洞等的存在，复杂储集空间储层具有严重的非均质性。
Complex accumulated space reservoirs have severe heterogeneous due to fractures and cavities.
介壳灰岩层薄、致密、非均质性强，属低孔、低渗孔隙—裂缝性储层。
The shell limestone is thin bed, compact and anisotropism, so the reservoir is of low porosity, low permeability and pore fracture character.
塔河油田奥陶系碳酸盐岩储层的裂缝及缝洞非常发育，在纵横向都表现出很强的非均质性。
The reservoirs in Tahe oil field are full of fractures and cavities and behave strongly heterogeneity both in vertical and lateral directions.
这种储层主要是泥岩，含盐和白云石，裂缝发育，并且岩性变化大。决定盐间非砂岩储层敏感性相当复杂。
These reservoirs are mainly contained mudstone, with salts and dolomite, fracture growth, and variational reservoir lithology, which determine reservoir sensitivities are very complicated.
该地区储层层内、层间非均质性强烈，以及裂缝的发育程度都造成各井之间产量差异巨大。
Reservoir layers in the region, the layer of strong heterogeneity, and the development of fractures are caused by large differences in yield between the various wells.
油田注水开发整体受效明显，但受井网、储层非均质性、裂缝等因素影响，油井受效率和受效程度有待进一步提高。
The overall efficiency of water flooding is influenced by the well pattern, reservoir heterogeneity, fractures and other factors, and the efficiency and effectiveness have to be further improved.
油田注水开发整体受效明显，但受井网、储层非均质性、裂缝等因素影响，油井受效率和受效程度有待进一步提高。
The overall efficiency of water flooding is influenced by the well pattern, reservoir heterogeneity, fractures and other factors, and the efficiency and effectiveness have to be further improved.
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