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reservoir exploration     
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  藏勘探
     A series of seismic prediction technology for igneous hydrocarbon reservoir exploration in the Eastern Sag of Liaohe Basin is summarized on the basis of characteristic analysis, production practice, and prediction method study.
     在对辽河断陷盆地岩浆岩油气藏主要特征分析的基础上,结合生产实际,对多种预测方法进行研究,总结出一套适合该盆地东部凹陷火成岩油气藏勘探的地震预测技术系列。
短句来源
     Subtle Hydrocarbon Reservoir Exploration Method in Continental Basin
     陆相盆地隐蔽油气藏勘探方法——以金湖凹陷戴南组为例
短句来源
     Marketization Operation and Management Model of Oil Reservoir Exploration and Development for Oilfield Company
     油田公司油藏勘探开发市场化经营管理模式设想
短句来源
     Design and Application of Information System for Subtle Reservoir Exploration
     隐蔽油气藏勘探信息系统的设计与应用
短句来源
     The Study of Information Integration for Subtle Reservoir Exploration
     隐蔽油气藏勘探的信息集成化研究
短句来源
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  油气藏勘探
     A series of seismic prediction technology for igneous hydrocarbon reservoir exploration in the Eastern Sag of Liaohe Basin is summarized on the basis of characteristic analysis, production practice, and prediction method study.
     在对辽河断陷盆地岩浆岩油气藏主要特征分析的基础上,结合生产实际,对多种预测方法进行研究,总结出一套适合该盆地东部凹陷火成岩油气藏勘探的地震预测技术系列。
短句来源
     Subtle Hydrocarbon Reservoir Exploration Method in Continental Basin
     陆相盆地隐蔽油气藏勘探方法——以金湖凹陷戴南组为例
短句来源
     Design and Application of Information System for Subtle Reservoir Exploration
     隐蔽油气藏勘探信息系统的设计与应用
短句来源
     The Study of Information Integration for Subtle Reservoir Exploration
     隐蔽油气藏勘探的信息集成化研究
短句来源
     From apply point of view , it relatively carry out systematical discussion aimed at chiefly geophysical methods and technique principles,applied steps, key problems, caution notes in lithologic oil reservoir exploration.
     从应用角度,对岩性油气藏勘探中的主要地球物理方法和技术原理、应用步骤及关键问题、注意事项等方面进行了较为系统的讨论,对目前岩性油气藏勘探中涉及到的主要软件的使用范围及优缺点进行了解剖性评价。
短句来源
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  油藏勘探
     Marketization Operation and Management Model of Oil Reservoir Exploration and Development for Oilfield Company
     油田公司油藏勘探开发市场化经营管理模式设想
短句来源
     Application of reservoir exploration technology of sedimentary restraining system to Shengtuo area
     沉积约束油藏勘探技术在胜坨地区的应用
短句来源
     The Application of Seismic Inversion Technology in Shallow Lithology Reservoir Exploration
     地震反演技术在浅层岩性油藏勘探中的应用
短句来源
     the glutenite of SQ1 low-stand system tract is the main target of lithologic reservoir exploration in recent years;
     西斜坡沉积层序SQ1的低位体系域砂砾岩体是近年来岩性油藏勘探的重点目标;
短句来源
     Donghe Sandstone Subtle Reservoir Exploration and Development Technology in Hade 4 Oilfield
     哈得4油田东河砂岩隐蔽油藏勘探开发技术(英文)
短句来源
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  油气勘探
     Applications of Wireline Formation Testing in Reservoir Exploration in Junggar Basin.
     电缆地层测试技术在准噶尔盆地油气勘探中的应用
短句来源
     In the reservoir prediction, the prediction of permeable sands is studied fairly little and has con-siderable difficulty, but is a problem badly in need of being solved in reservoir exploration.
     储层预测范围内渗透性砂层的预测是一个研究较少,难度较大但又不是油气勘探中急需解决的课题。
短句来源
     Well testing is the very important part in the reservoir exploration and exploitation.
     在油气勘探开发工作中,油、气井测试是获取勘探成果的一项必不可少的重要环节。
短句来源
     There is great potential in deep formation of east China, yet further study is needed for hydrocarbon generation theory of deep source rock, properties of deep reservoirs, reservoir forming conditions under high temperature and pressure, and deep reservoir exploration technique.
     中国东部深层具有巨大的勘探潜力 ,但仍需要深入研究深层烃源岩生烃理论、深层储层的储集性能、高温高压条件下的油气成藏和深层油气勘探技术等问题
短句来源
     New technologies on reservoir protection in complex reservoir exploration
     复杂岩性油气勘探保护储层新技术
短句来源
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      reservoir exploration
    In a time of increased reservoir exploration risk and increased geologic complexity, such models are no longer viable.
          


    Having had the achievement made in seismic oil/gas exploration scanned, the authors put forward that the seismic method is indeed a very important component of the ''system engineering" in terms of oil/gas ex-ploration and has great potentialities in oil-prospecting. At present, it is faced with the tasks of searching for oil/gas in different types of reservoirs, such as the complex structures, stratigraphic and lithologic traps, etc. This is really a hard nut to crack. Hence, we should, in the first place,...

    Having had the achievement made in seismic oil/gas exploration scanned, the authors put forward that the seismic method is indeed a very important component of the ''system engineering" in terms of oil/gas ex-ploration and has great potentialities in oil-prospecting. At present, it is faced with the tasks of searching for oil/gas in different types of reservoirs, such as the complex structures, stratigraphic and lithologic traps, etc. This is really a hard nut to crack. Hence, we should, in the first place, have an overall conceptual knowledge about bringing the important role of seismic oil/gas exploration int6 full play and making an integrated geological/geophysical interpretation using sophisticated means. In this paper, we take the reef reservoir exploration as an example to make a further explanation to what is described above.

    本文在简略回顾油气地震勘探成绩的基础上,提出当前地震法是油气勘探“系统工程”中的一个重要组成部分。其面临着更复杂的构造、地层和岩性多种类型油气勘查任务。随着新方法新技术的发展,油气地震勘探存在很大潜力。因此,首先要在认识上解决充分发挥地震法寻找油气的作用问题和充分的进行综合地质地球物理解释问题。文中举出找礁块油藏实例来说明解决上述认识的必要性。

    This paper expounds the relationships of petrology characteristics,diagenesis,diagenetic stage and pore evolution with oil and gas bearing and migration in Tertiary in Bose Basin in Guangxi Province, especially expounds the diagenetic process combining the diagenetic action,pore evolution with organic acid and CO_2 produced by source rock thermal evolution,finally points out that more attention should be paid to the deep reservoir exploration and especially to the exploration of deep water turbid...

    This paper expounds the relationships of petrology characteristics,diagenesis,diagenetic stage and pore evolution with oil and gas bearing and migration in Tertiary in Bose Basin in Guangxi Province, especially expounds the diagenetic process combining the diagenetic action,pore evolution with organic acid and CO_2 produced by source rock thermal evolution,finally points out that more attention should be paid to the deep reservoir exploration and especially to the exploration of deep water turbid sand stone body.

    本文对广西百色盆地田东拗陷第三系砂岩储层岩石学特征,成岩作用,成岩阶段,孔隙演化及其与油气生成、运移关系进行了论述。特别是将成岩作用、孔隙演变与烃源岩热演化生成的有机酸和CO_2相联系,阐述了成岩过程。最后指出,应重视对该区深部储层尤其是深水浊积砂岩体的勘探。

    Geophysical exploration work in the Yangbajing geothermal field might be divided into two stages.Employing the direct current method as the main method with the help of ground gravity and magnetic survey; the first stage aimed at delineating spatial limits of the thermal reservoir. The second stage was designed to meet the demand of deep thermal reservoir exploration and adopted suh methods as magnetotelluric sounding; frequency electromagnetic sounding; microseismogram sounding and...

    Geophysical exploration work in the Yangbajing geothermal field might be divided into two stages.Employing the direct current method as the main method with the help of ground gravity and magnetic survey; the first stage aimed at delineating spatial limits of the thermal reservoir. The second stage was designed to meet the demand of deep thermal reservoir exploration and adopted suh methods as magnetotelluric sounding; frequency electromagnetic sounding; microseismogram sounding and ground noise survey in combination with gravity; magnetic and electric sounding data as well as geochemical and geological data. Such an integrated study yielded some' new achievements: the heat source of foe thermal field is further proved to be a localized magma chamber at the depth of more than 10km; the deep thermal reservoir is mainly located in the north of the thermal field and occurs in the shatter fissure zone at the depth of some 1000 - 3000m with the temperature evidenced by borehole data to be in excess of 300℃; the shallow thermal reservoir in the southern district of the thermal field is a secondary reservoir: the thermal fluid came mainly from the depth of the northern district; and when percolating southeastward; the thermal fluid was mixed with large quantities of cool groundwater; thus reducing the temperature but increasing the flow rate.

    羊八井地热田的物探工作可分为两个阶段。前期以直流电法为主,辅以地面重、磁测量,目的是圈定浅层热储的空间范围。后期则为了满足勘查深部热储的需要,采用大地电磁测深、频率电磁测深、微地震、地噪声测量等方法,与重、磁、电测深资料及化探、地质资料相结合,进行综合研究,取得了一些新成果,进一步肯定热源应为深达10km以下的局部岩浆房;深层热储主要位于热田北区,赋存于花岗岩破碎裂隙带中,深度约为1000—3000m,已有钻孔证实温度可超过300℃;热田南区的浅层热储属次生热储,热流体主要来自北区深部,在向南东渗流过程中,有大量冷潜水混入,使之降低了温度,但增加了流量。

     
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