Core analysis is the effective method in identifying the low resistance reservoir 摘要岩心分析是识别低阻油层的有效方法。
Combined with the application of new well logging technology such as fmi , cmr , interpretation model of the reservoir was set up by using various analyzing methods 应从岩心分析、地质录井、测井等基础资料入手,分析该类储集层的储层特征,并结合成像、核磁共振等测井新技术的应用,建立该类储层的解释模型。
The experiments of fluidsaturated rock show that the nmr imaging technology has many advantages in analyzing the pore structure , fluid distribution , fracture identification and flooding process 通过岩心核磁共振成像基础实验研究,认为核磁成像岩心分析技术在孔隙分布、流体分布、裂缝识别、驱替过程研究等方面具有突出的优势。
Based on the analyses of coring data and the full waves sonic log data in buohai bay areas , the author summed up all the petrophysical parameters and settle foundation for the realization of fluid substitution 以渤海湾地区岩心分析数据和全波测井数据为基础对岩石物理参数进行了全面总结,为流体替代过程的实现奠定了基础。
Study on sell logging and core analysis shows that fine lithology and complicate pore structure are main reason for micropores development of reservoirs , causing ultra - high irreducible water saturation 摘要对曲堤油田测井、录井、岩心分析等资料的研究分析表明,岩性细、孔隙结构复杂,造成储层的微孔隙发育,进而导致束缚水饱和度极高是该油田形成低阻油层的主要成因。