盆地模拟是油气勘探领域中的新技术。
Basin Modeling is a new technique in the field of oil and gas exploration.
本文介绍在微机上研制的一维盆地模拟系统。
This paper presents the developing of One Dimension Basin Modeling System on microcomputer which has powerful ability, higher speed and good interface.
盆地模拟是含油气盆地勘探评价的重要技术方法之一。
Basin simulation is one of the important technology and method for the exploration evaluation of petroleum basins.
利用盆地模拟技术模拟烃源岩各地质时期的热演化阶段。
It USES basin simulation technique to simulate the heat evolution stages of various geologic period of hydrocarbon source rock.
盆地模拟常要考虑存在于一个盆地中同期的含油气系统。
Basin modeling often considers several petroleum systems simultaneously in a basin.
建立盆地三维构造-地层格架是进行三维盆地模拟的关键技术之一。
Establishing 3_d tectonic_stratigraphic basin framework is one of the key techniques in the 3_d basin modeling.
通过实习课，使学生基本掌握如何使用盆地模拟软件进行盆地模拟的技能。
This course will have students to master the basic skills of basin modeling with basin modeling software.
盆地模拟结果显示：渤东凹陷东营组下段和沙河街组烃源岩的生油总量为48。
The results of basin modelling show that total amount of oil generation and expulsion at lower of Dongying formation and Shahejie formation in Bodong depression are 48.
充分运用盆地模拟手段和道积分反演技术，针对六个重点构造进行地质风险评价。
In the end, the separate geological risk assessments of six structures are evaluated by the analysis and simulation for basins and reservoir inversion.
把阶梯式扩散模型加入盆地模拟系统中，可以动态地恢复天然气扩散的历史过程。
Basin modeling system with the ladder model may reconstruct the history of natural gas diffusion.
通过演化史分析、盆地模拟及地化分析技术对渤中坳陷活跃烃源岩的分布作了研究。
The active source rock distribution is studied in Bozhong Depression by analyzing the techniques of evolution history, basin simulation and geochemistry.
地质体边界数据是油藏数值动态模拟、盆地模拟、油气分布预测等应用的基础数据。
Geological objects boundary data is the base data for the animate simulating of oil pool numeric, basin simulate and oil gas distribution prediction etc.
运移聚集史的模拟是盆地模拟中最重要的部分，也是迄今为止技术上最薄弱的环节。
In basin modeling system, the hydrocarbon migration-accumulation is the most important part, but the technologically weakest part of the system.
盆地模拟的数学模型是一组关于地层超压和古温度的非线性偏微分方程初边值问题。
The models are characterised by an initial-boundary value problems of a system of nonlinear partial differential equations on the abnormal pressure and the paleotemperature of the formation.
PROBASES超级盆地模拟系统是适于盆地不同勘探阶段和不同评价对象的计算机辅助勘探系统。
PROBASES, a Super-System of Basin Simulation, is a computer-aided exploration system, which can be applied to the different objects in the different exploration stages.
流体历史分析与盆地模拟等现代勘探技术的配套使用在复合含油气系统描述与评价中发挥着重要作用。
The analyses of fluid migration history, basin simulation and the other modern exploration techniques played an important role in the description and evaluation of a multi-source petroleum system.
以地震主测线为格架，结合烃源岩、岩性、热流、测试分析资料为依据，采用正演法开展二维盆地模拟工作。
Based on seismic lines, hydrocarbon source rock, lithology, thermal stream and test data, a two dimensional forward model of the basin has been made.
盆地模拟中，根据现有图纸进行数据采集是重要的环节，但数字化采集面临着工作效率与精确度之间的权衡。
Data acquisition based on existing drawings is an important part of basin modeling. But the digital acquisition faces the trade-off between efficiency and accuracy.
平衡剖面技术作为现代构造地质学领域的一项重大成就，在构造地质、石油地质与勘探以及盆地模拟方面应用广泛。
As an important technique in the study of tectonic evolution of basins, balanced section technique has been widely used in structural geology, petroleum geology, exploration and basin simulation.
盆地模拟是目前石油地质勘探的一项必备技术，但该技术还不很成熟，特别是在油气的二次运移和聚集量模拟上仍很薄弱。
Basin modelling is a necessary technology for petroleum exploration at present. But it is still immature, especially in the modelling of secondary migration and accumulation amount of oil and gas.
利用地质、地球化学和盆地模拟等方法，分析了这两种类型气藏的天然气来源、输导体系与油气充注历史，及其对油气富集的影响。
Geological, geochemical and basin modeling methods are used to analyze their gas sources, carrier systems and hydrocarbon charging history as well as their influences on hydrocarbon accumulation.
油气运聚史模拟是盆地诸史模拟中难度最大、最复杂的内容之一。
Simulation of hydrocarbon migration and accumulation is one of the most difficult and complicated contents of basin modeling.
这些方法在一些盆地的地热场模拟中取得了成效。
These methods have been applied to simulation of thermal field of several basins.
研究结果对压实流盆地油气运移、聚集理论模型和模拟方法的研究具有重要的地质意义。
The results can be important in studies of theoretical models and simulation methods of petroleum migration and accumulation for Mesozoic and Cenozoic basins of East China.
根据模拟实验结果分析了塔里木盆地库车坳陷北部第三系膏盐质盖层岩石力学特征。
Rock mechanic characteristics of the Tertiary gypsum cover in the north of Kuche depression is analyzed based on simulation experiment.
对盆地深部未知区进行模拟计算，查明了未知区山西组主煤层煤层气地质演化史特征。
Simulation calculation of deep buried and unknown area was conducted and CBM geologic evolution process in the area was founded out.
利用这一组模型。可以对既有碳酸盐岩又有碎屑岩的复杂岩性沉积盆地中的油气演化进行模拟。
With the above models, the oil and gas evolution history in a sedimentary basin with complex lithology can be modeled.
利用流体包裹体热动力学模拟技术获取沉积盆地古压力已广泛用于石油勘探领域。
The acquisition of paleopressure using the thermodynamic simulation technology of fluid inclusion has been widely used in the field of petroleum exploration.
将压实曲线分析、盆地数值模拟以及流体包裹体测试等方法相结合，可以获得古水动力演化的概况。
The outline of paleo-hydrodynamics evolution could be obtained by means of integrating methods of compaction curves analysis, basin numerical modelling and fluid enclosure determining.
将压实曲线分析、盆地数值模拟以及流体包裹体测试等方法相结合，可以获得古水动力演化的概况。
The outline of paleo-hydrodynamics evolution could be obtained by means of integrating methods of compaction curves analysis, basin numerical modelling and fluid enclosure determining.
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