理解全球河成油气开采的分布。
Understand the distribution of worldwide fluvial hydrocarbon production.
本文论述成油气系统数值模拟综合分析的内容和方法，以及应注意的问题。
This paper is focused on comprehensive analysis of petroleum system numerical modeling and some relative issues.
成油气系统作为控制油气形成与赋存的地质单元，其概念已为国内外油气地质家普遍接受。
Petroleum system as a geological unit to control oil and gas generation and occurrence has been universally accepted by oil and gas geologists both at home and abroad.
可见，乌尔逊凹陷、贝尔凹陷、呼和湖凹陷具有良好的煤成油气勘探前景，是海拉尔盆地寻找煤成气、煤成油资源不可忽视的有利地区。
Therefore, a good exploration prospect is existed in Wuerxun and Beier and Huhehu depressions where are the favorable areas to find oil and gas resources in Hailaer basin.
应力是油田勘探中不可缺少的部分，因为它影响着油气运移，决定油气的成藏位置。
Stress is an important part in oil exploration because it affects the oil migration and the location where oil exists.
在制定油气开发方案前，必须建立一个完整的构造演化、沉积作用、成岩作用的综合模式，进而预测有利构造沉积成岩相带。
So, before a development scheme of oil and gas is formulated, a synthetic model on structural evolution, sedimentation, and diagenesis should be set up to predict the favourable zones.
结论断陷盆地小凹陷层间构造控制了油气的聚集，如果有好的成藏条件具有勘探潜力。
Conclusion Interlayer geologic body controls the hydrocarbon accumulation. It will have exploration potential in the case of well conditions of reservoir formation.
断裂系统在油气地质及成藏规律研究中具有重要意义。
Fracture system plays an important role in researching petroleum geology and reservoir formation regularity.
由于距离烃源岩较远，油气运移聚集条件成为地层圈闭成藏的主要控制因素。
Due to far away from the hydrocarbon source rock, oil-gas migration and building-up conditions became the main controlling factor of the formation trap reservoir forming.
良好的油源条件、独特的输导体系和成藏动力是控制东营凹陷岩性油气藏成藏的主要因素。
For Dongying depression, the main factors to control hydrocarbon accumulation in lithologic reservoirs are good source rocks, special carriers and pathways and adequate accumulation dynamic.
成藏系统分析对高勘探区油气资源评价和成藏组合评价具有重要实用价值。
For the petroleum resource and reservoir-forming combination evaluation of high exploration area, the RFS analysis is of great practical value.
塔里木盆地形成演化的多旋回性决定了油气成藏的旋回性，成藏旋回反映了油气运聚演化史。
Geological evolution determined the cycle of hydrocarbon generation, and the reservoir formation cycles reflect the history of petroleum migration and accumulation in the Tarim Basin.
上述古隆起不仅改造了储层性能，其古圈闭为油气早期聚集提供了场所，而且延缓了生烃时间，有利于油气晚期成藏。
These uplifts did not only reformed reservoir property, their traps also provided the site for hydrocarbon accumulation in the early stage, and favourable for oil and gas pool forming.
以系统辩证原理为指导，以含油气盆地为背景，以成藏条件为依据，研究含油气系统的要素、结构、演化以及与环境的联系。
With system dialectics, as the guide, petroleum basin, as the setting, terms of reservoir-forming, as the bases, its key factors, fabric, evolution and relation to environment should be studied.
构造—热事件对油气、煤的形成、演化、成藏有多方面的控制作用。
Tectonic heat event have function in controlling formation, evolvement and the formation stages of oil-gas reservoirs and coal.
为加强对油气勘探工作的指导，运用成藏动力学系统的理论和方法对东濮凹陷的油气成藏规律进行了研究。
The oil gas distribution pattern in Dongpu Depression is generalized by means of the theory and the method of the reservoir forming dynamic system.
阐明了各类岩性油气藏成藏的主控因素及其分布规律。
Primary controlling factors and distribution features of every lithological hydrocarbon reservoir type is put forward.
根据地球化学和石油地质综合研究，对其油气来源和成藏过程进行了分析。
Oil and gas source correlation and oil accumulation process are studied through the integrated geochemistry and petroleum geology study.
储集岩相是以基本标志反映储集岩的沉积相、成岩变化以及油气显示面貌的。
The reservoir rock facies, with its principal indicators, has recorded aspects of sedimentary facies, diagenetic change and oil gas indication.
通过烃源岩生排烃史、圈闭发育史和成藏史分析，研究了油气藏的形成机理，探讨了成藏模式。
The pool forming mechanism and pattern are studied through analyzing hydrocarbon generation and expulsion history, trap development hi story and pool forming history.
通过火山作用与油气的关系、成藏物质基础和空间条件的剖析，建立了东部凹陷中段油气成藏模式。
Establishment of such a model is based on relationship between the volcanic process and hydrocarbons in it and the analysis of reservoir rocks and spatial distribution.
喇嘛甸油藏的成藏年代学研究对于深入认识陆相含油气盆地大型油气藏成藏机理具有重要意义。
Analysis of chronological accumulation of Lamadian oil reservoir is of great significance in recognizing the mechanism of bigness hydrocarbon accumulation of continental hydrocarbon-bearing basin.
深盆气藏是油气赋存规律的又一新认识，其在成藏机制和分布规律上与常规油气藏类型不同。
Deep basin gas reservoired mechanism and distribution law are different from normal reservoir, which is a new recognition of gas and oil assignment law.
无机成油说将引起油气勘探方法、思维方式的改进。
It will develop the prospecting method and the mode of thinking.
其中平台区和鼻状区对油气成藏有积极作用，而斜坡区则不利于油气的成藏。
The platform and nose areas were positive to hydrocarbon pool-formation, and the slope areas were unfavorable.
根据油气包裹体寄主成岩矿物的形成时间序列，识别出两期油气包裹体。
Two different phases of hydrocarbon inclusions have been identified according to the formation time series of the host diagenetic minerals.
在压实作用驱动下，油气藏围绕盆地生油中心成环状分布。
Under compaction, oil and gas reservoirs commonly distribute around the hydrocarbon source center of the basin.
CO2充注驱油是一种普遍的地质现象，对揭示油气藏中油气的动态成藏规律具有重要的指示意义。
Petroleum displacement by CO2 is a general phenomenon, which supplies important indicative significance for revealing the rule of oil and gas dynamic accumulation.
CO2充注驱油是一种普遍的地质现象，对揭示油气藏中油气的动态成藏规律具有重要的指示意义。
Petroleum displacement by CO2 is a general phenomenon, which supplies important indicative significance for revealing the rule of oil and gas dynamic accumulation.
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