electronarcosis

Using well logging data, drilling core, well testing and relevant geologic data, the four- character relationship among reservoir lithology, physical property, electrical property and oil-bearing of a low-permeability reservoir can be established through comprehensive analysis.

利用测井、钻井取心、试油及相关地质资料,经过综合分析,建立低渗储层岩性、物性、电性、含油性的四性关系,进而计算出其储层参数,建立起了一种判别低渗储层油、气、水层的有效方法,以及该方法在下寺湾油田成功的应用实例。

In Zizhou gas field,four reservoir characteristics(lithology,physical property,gas-bearing characteristics and electric property)and their correlations of Shan member 2 are identified based on the data from cast thin slice,scanning electron microscope,core analysis,well logging and mud logging,and reliable basis is provided for correct reservoir evaluation and exploiting gas field.

本文利用铸体薄片、扫描电镜、岩芯分析、测井、录井等资料,对子洲气田山2段砂岩气藏的岩性、物性、含气性、电性进行研究,揭示了山2段储层四性之间的关系,从而为正确评价储层,开发气田打下基础。

In view of the problem that the lack of understanding of Tahe Oilfield′s Ordovician system strata caused the result of incorrect coring,the paper dealed with the distribution of the Ordovician system strata in the region,and the features of lithology,electrical behavior and palaeontology in detail,mainly pointing out the bases of identification and division with mud logging.

该文针对塔河油田奥陶系地层认识不足,造成取心有误的问题,在分析、研究了多口探井资料的基础上,详细论述了该区奥陶系地层的分布,以及岩性、电性、古生物特征,着重指出了录井现场识别与划分的依据。

Thus the study on electrical behavior is the key for inhibition study.

所以粘土矿物电性质的研究是抑制性研究的要害。

The relation between oil-bearing property and resistivity is one of the important content of the "Four Character"(Iithology, Resistivity, Physical Character, and Oil-Bearing)and reservoir parameter.

含油性与电性的关系是储层"四性"关系(岩性、电性、物性和含油性)的重要研究内容之一,也是储量参数研究的重要内容之一。

Mo¨ssbauer spectra at RT,resistivity between 290K～1000K for amorphous Fe_78Cr_4Si_5B_13 and nanocrystalline Fe_73.

实验结果表明，两种合金的电性有大的差别，且结构驰豫对非晶、纳米晶Ｆｅ７３５Ｃｕ１Ｎｂ３Ｓｉ１３５Ｂ９的性质有大的影响。

The effect of the composition on the microstrueture and electrical properties of BaTiO_3-based NTC thermistors was studied.

研究了 BaBiO_3 掺杂对 BaTiO_3基陶瓷的相组成、显微组织和电性能的影响规律。