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   复杂油气田 的翻译结果: 查询用时:0.021秒
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复杂油气田
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  complicated oilfield
     Hydrocarbon Migration and Accumulation System Analysis for Chengdao Complicated Oilfield
     埕岛复杂油气田的油气运聚系统分析
短句来源
     The hydrocarbon migration and accumulation system analysis to a complicated oilfield is carried out for Chengdao oilfield based on analytical parameters of reservoir geochemistry and integrated geological data.
     利用油气藏地球化学参数和指标 ,对埕岛复杂油气田的油气聚集、运移系统进行了研究 .
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  “复杂油气田”译为未确定词的双语例句
     Among them, complex well technology and its development theory are significant to exploit complex reservoirs and should be focused on and studied.
     在目前国内外出现的油气田开发新技术和新理论中,复杂结构井技术及其开发理论对开发复杂油气田有重要意义,值得关注和研究。
短句来源
     EXPLORATION OF COMPLICATED OIL AND GAS FIELDS
     试论复杂油气田勘探
短句来源
     the valuable experiences from exploitation of complex oil and gas fields accumulated by the generations of oil men are also technically guarantees for them.
     几代石油人又积累了开发复杂油气田的宝贵经验,使稳产千万吨原油产量有了技术保证。
短句来源
     The log evaluation technology of PetroChina is encountering momentous challenges, and emerges much inapplicability because now it has to focus on the interpretation and evaluation of the complicated hydrocarbon bearing pools with low porosity,low permeability,high water flood,low resisitivity and complicated lithology and/or complicated reservoir space.
     随着构造 -岩性油藏与山前等复杂油气田的广泛勘探 ,未来若干年 ,中国石油天然气股份有限公司测井技术评价的主要对象为低孔低渗、高含水、低电阻率和复杂岩性 /储集空间等类型的复杂油气藏 ,测井技术面临着很大的挑战 ,表现出许多不适应性。
短句来源
     The paper mummeries complexities and challenges for fluid flowing in fractured media,and focuses on the contents and methods to study fluid flowing in complicated fractured media for development of complex reservoirs.
     总结了油气藏渗流力学存在的复杂性和面临的挑战 ,提出了复杂裂缝网络渗流力学的基本内容、研究方法 ,为复杂油气田开发提供了指导性的发展方向。
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  相似匹配句对
     EXPLORATION OF COMPLICATED OIL AND GAS FIELDS
     试论复杂油气田勘探
短句来源
     Integrated Approach of Faults'Sealing Properties in Complex Fault-Block Oil & Gas Field
     复杂断块油气田断层封闭性综合分析方法
短句来源
     Its pathogeny is complex.
     其病因复杂
短句来源
     On Complex Reality
     复杂的实在
短句来源
     Application of GPS in Oil and Gas Fields
     GPS在油气田的应用
短句来源
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  complex field
The idea of the proposed approach is based on the mode expansion of the complex field amplitude determined using the geometrical-optics approximation.
      
Identification of complex field emission spectra (total electron energy distributions) for cathodes with a nonuniform work funct
      
The realization and siructure of complete Lie algebras whose nilpotent radicals are Heisenberg algebras over the complex field C are given.
      
One of the most difficult problems historians of magic have to deal with is the very definition of magic, so fuzzy and blurred that one may be tempted to oversimplify this complex field of research.
      
Using these theories, a complex field amplitude equation for the single-mode dye laser is derived based on a set of semiclassical single-mode laser equations.
      
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China is very rich in oil and gas resources. With exploration in more detail, the complicated oil and gas fields play a more and more important part in oil and gas exploration, and their reserves increases rapidly. The exploration effectiveness of these fields has a great influence on the economic effectiveness of petroleum industry as a whole. Is it possible to improve the exploration effectiveness and how to do it? By examining the case histories of exploration of complicated oil and gas fields, the answer...

China is very rich in oil and gas resources. With exploration in more detail, the complicated oil and gas fields play a more and more important part in oil and gas exploration, and their reserves increases rapidly. The exploration effectiveness of these fields has a great influence on the economic effectiveness of petroleum industry as a whole. Is it possible to improve the exploration effectiveness and how to do it? By examining the case histories of exploration of complicated oil and gas fields, the answer is YES, but there is only one approach, that is exploring for them scientifically.In this paper four types of complicated oil and gas fields have been distinguished from exploration practice, i.e. (1) complicated fault-block oil and gas fields; (2) complicated lithology oil and gas fields; (3) complicated formation oil and gas fields and (4) complicated fracture oil and gas fields. Based on the new petroleum geological exploration theories of composite oil and gas accumulations in continental oil-bearing basins, a new exploration sequence suitable for the exploration of complicated oil and gas fields can be established, whicli comprises four stages of exploration: (I) primary exploration, (2)preliminary exploration, (3) early Step-by-step exploration and development, and (4) late step-by-step exploration and development. By using the method of subjective probability appraisal of risk exploration, the reasonable number of exploration wells can be determined at a certain level of understanding. The exploration of oil and gas is a systematic project, and the combination of multidsciplinary exploration, the application of contrallism to all the links of the systematic project of exploration of complicated oil and gas fields and the effective and integrative uses of new exploration techniques, e.g. three-D seismic (3-D), total Drilling control (TDC), Vertical seismic profile (VSP) and drilling stem testing (DST), can lead to the ultimate realization of optimal exploration and thence improve the exloration effectiveness of complicated oil and gas fields.

复杂油气田在油气勘探中占据重要地位。本文将复杂油气田分为四类,即复杂断块油气田;复杂岩性油气田;复杂地层油气田和复杂裂缝油气田。以陆相盆地复式油气聚集区石油地质勘探新理论为基础,建立适合于复杂油气田勘探的新程序,划分预探、初探、早期滚动勘探开发和晚期滚动勘探开发四个阶段。运用控制论思想控制勘探系统工程诸环节,充分有效地综合利用勘探新技术。最终实现以提高复杂油气田勘探效益为目的的最优化勘探。

Stepped horizontal drilling technology, a method that realizes the hitting of 2 horizontal targets in a well, indicates a new stage in horizontal drilling. It involves the process of angle dropping, holding and building up before drilling into the second target interval. The application of this technology makes the horizontal drilling available for developing the conventional reservoir, continuous thin reservoir and such complicated reservoirs as fault-block reservoir. The paper mainly discusses the operation...

Stepped horizontal drilling technology, a method that realizes the hitting of 2 horizontal targets in a well, indicates a new stage in horizontal drilling. It involves the process of angle dropping, holding and building up before drilling into the second target interval. The application of this technology makes the horizontal drilling available for developing the conventional reservoir, continuous thin reservoir and such complicated reservoirs as fault-block reservoir. The paper mainly discusses the operation difficulties, drilling plan optimization and trajectory control, and gives the operation data of 3 wells for examples, e.g., well TZ406, YX2P1 and LN61-H1. In which, well TZ406 is detailed on its drilling plan, trajectory control technology, and drilling practice, etc. This technology greatly improves the production of horizontal well, and will be one of the important methods for oilfield developing in the future.

阶梯水平井是在水平井完成第 1水平靶区后 ,通过降斜、稳斜、增斜段的调整 ,进入并完成第 2水平靶区井段的水平井钻井技术。该技术将水平井技术又推上了一个新的高度。使水平井的应用扩展到常规油气层 ,连续薄油层、断块油层等复杂油气田。文中从施工难点、优化工程设计、井眼轨迹控制 3方面论述了阶梯水平井的钻井技术。列举了 TZ40 6井、YX2 P1井、LN6 1- H1井 3口阶梯水平井的施工数据。针对 TZ40 6井施工经过、施工要点、施工技术措施 ,对阶梯水平井的设计、轨道控制技术、施工难点经验、体会和认识 ,做了全面的论述。现场应用表明 :阶梯水平井显著地增加了产量 ,大幅度地提高勘探开发的综合经济效益 ,必将成为油气田开发的重要手段之一。

The hydrocarbon migration and accumulation system analysis to a complicated oilfield is carried out for Chengdao oilfield based on analytical parameters of reservoir geochemistry and integrated geological data.Three hydrocarbon accumulation systems and six sub-systems are identified according to the differences in characteristics of geochemistry.Three hydrocarbon migration systems are divided according to the results of oil-source rock correlation and the differences in migration pathways.Finally,three models...

The hydrocarbon migration and accumulation system analysis to a complicated oilfield is carried out for Chengdao oilfield based on analytical parameters of reservoir geochemistry and integrated geological data.Three hydrocarbon accumulation systems and six sub-systems are identified according to the differences in characteristics of geochemistry.Three hydrocarbon migration systems are divided according to the results of oil-source rock correlation and the differences in migration pathways.Finally,three models of the hydrocarbon migration and accumulation systems are proposed for the studied area.The results will shed new light onto the exploration and development of Chengdao oilfield in the future.

利用油气藏地球化学参数和指标 ,对埕岛复杂油气田的油气聚集、运移系统进行了研究 .按油气的地球化学特征和储集空间的差异性将其划分为埕北断裂及主体带、斜坡带和CB30潜山带三大类油气聚集系统 ;按油气源、运移途径等的不同将其划分为三种油气运移系统 ,即埕北凹陷 -埕北断裂及主体带、沙南 (渤中 )凹陷 -斜坡带和渤中、桩东凹陷 -GB30构造带 ;最终归纳出单凹陷 -它源 -断裂带式、单凹陷 -它源 (自源 ) -斜坡带式和双凹陷 -它源 -断裂带式三种油气运聚模式

 
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