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   evolution simulation 在 石油天然气工业 分类中 的翻译结果: 查询用时:0.665秒
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evolution simulation
相关语句
  演化模拟
    Presently, hot points in abnormal high pore fluid pressure mostly concentrate on main causes of its formation, its obturated mechanisms, pressure distribution, forecast by physical geographical and geological data, paleo-overpressure and pressure evolution simulation.
    目前国内外在超压研究方面主要从超压的成因、压力封闭机理、压力分布、利用地球物理和地质资料综合预测超压、古超压和压力演化模拟等几个方面展开工作。
短句来源
    Make advantage of internal hot-pressing experimental simulation device of generation and expulsion of hydrocarbon to perform pyrolytic evolution simulation of ash rocks of well 4 in Ba Chu, Tarim basinwhich has marine facies.
    利用内加热压实式生、排烃实验模拟装置 ,对塔里木盆地巴楚隆起海相的群 4井灰岩进行了热解演化模拟
短句来源
  演化模拟
    Presently, hot points in abnormal high pore fluid pressure mostly concentrate on main causes of its formation, its obturated mechanisms, pressure distribution, forecast by physical geographical and geological data, paleo-overpressure and pressure evolution simulation.
    目前国内外在超压研究方面主要从超压的成因、压力封闭机理、压力分布、利用地球物理和地质资料综合预测超压、古超压和压力演化模拟等几个方面展开工作。
短句来源
    Make advantage of internal hot-pressing experimental simulation device of generation and expulsion of hydrocarbon to perform pyrolytic evolution simulation of ash rocks of well 4 in Ba Chu, Tarim basinwhich has marine facies.
    利用内加热压实式生、排烃实验模拟装置 ,对塔里木盆地巴楚隆起海相的群 4井灰岩进行了热解演化模拟
短句来源
  演化模拟
    Presently, hot points in abnormal high pore fluid pressure mostly concentrate on main causes of its formation, its obturated mechanisms, pressure distribution, forecast by physical geographical and geological data, paleo-overpressure and pressure evolution simulation.
    目前国内外在超压研究方面主要从超压的成因、压力封闭机理、压力分布、利用地球物理和地质资料综合预测超压、古超压和压力演化模拟等几个方面展开工作。
短句来源
    Make advantage of internal hot-pressing experimental simulation device of generation and expulsion of hydrocarbon to perform pyrolytic evolution simulation of ash rocks of well 4 in Ba Chu, Tarim basinwhich has marine facies.
    利用内加热压实式生、排烃实验模拟装置 ,对塔里木盆地巴楚隆起海相的群 4井灰岩进行了热解演化模拟
短句来源
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  evolution simulation
Here, it is reported as an evolution simulation obtained by extensive point mutations along a biologically important DNA tract.
      
In this paper, we add learning behavior to artificial evolution simulation and evaluate the effect of learning behavior.
      
Crossover and mutation are operators of an evolution simulation of a GA.
      
The evolution simulation of zinc finger domain sequence
      
The genetic algorithm performs search by means of the biolog ical evolution simulation.
      
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The stress mechanism of the formation and evolution of Qintong half graben is Squeezed at first and extended later. According to stress evolution simulation, this article describes the processes from fault depression to depression, and the structure styles of the graben are divided into two types, basement involvement and cover detachment, which are reated to fault depression activity, describing the structure trap typee and reservoir formation features.

溱潼凹陷的形成演化具有先压后张的应力机制。本文在应力演化模拟基础上,阐述了其断坳转化过程,并根据J.D.Lowell的方案,把溱潼凹陷的构造样式分成与断陷活动有成因联系的基底卷入型和盖层滑脱型两类,阐述了它们各自的构造圈闭类型和油气成藏特征。

Make advantage of internal hot-pressing experimental simulation device of generation and expulsion of hydrocarbon to perform pyrolytic evolution simulation of ash rocks of well 4 in Ba Chu, Tarim basinwhich has marine facies.During the experimental evolution,greater capacity of generating oil can be observed(maximum:78.5mol/g-c), and its range is very large;it also shows greater capacity of gererating gases,most of which are non-hydrocarbon gases(85%-100%)and methane is the main part of the rest...

Make advantage of internal hot-pressing experimental simulation device of generation and expulsion of hydrocarbon to perform pyrolytic evolution simulation of ash rocks of well 4 in Ba Chu, Tarim basinwhich has marine facies.During the experimental evolution,greater capacity of generating oil can be observed(maximum:78.5mol/g-c), and its range is very large;it also shows greater capacity of gererating gases,most of which are non-hydrocarbon gases(85%-100%)and methane is the main part of the rest gases-hydrocarbon gases.In the course of evolution,there is greater capacity of oil discharge and its rate is from 45%-55%.

利用内加热压实式生、排烃实验模拟装置 ,对塔里木盆地巴楚隆起海相的群 4井灰岩进行了热解演化模拟。在实验演化过程中 ,该灰岩表现出较强的生气能力 ,所生成的气体以非烃气为主 (约占 85 %~ 10 0 % ) ,而烃类气体中以甲烷为主 ;该灰岩还具有较强的生油能力 (峰值为 78.5mg g -c) ,生油范围宽 ,并在整个演化过程中均具有较强的排油能力 ,其排油效率分布在 45 %~ 5 5 %之间。灰岩中有机质的赋存形式及其在高温下的演化作用使其具有特殊的生油族组分分异特征

Flow unit is the smallest macro-geological unit in oil and gas reservoir. By the use of laboratory displacement test of core samples with different porous volume factor, logging parameter evaluation data of completed wells in different development period and a number of production performance data, the evolution laws of reservoir's macro-physical property parameters for flow units with different geneses in the course of waterflooding development were studied and analyzed. The mathematical evolution models for...

Flow unit is the smallest macro-geological unit in oil and gas reservoir. By the use of laboratory displacement test of core samples with different porous volume factor, logging parameter evaluation data of completed wells in different development period and a number of production performance data, the evolution laws of reservoir's macro-physical property parameters for flow units with different geneses in the course of waterflooding development were studied and analyzed. The mathematical evolution models for each kind of parameters were established. The variation factors for corresponding physical property parameters were found out. The 3D geological model of working station for establishing software “Earthvision” was used to load variation factor of physical property parameters on the basis of the original 3D geological parameter models. The data processing and result extraction were made. The four-dimensional dynamic evolution simulation serial models for different flow units in the course of development were developed. So, oil and water flow characteristics and residual oil distribution inside the flow units in different development phases can be predicted with the models.

流动单元是油气储集最小宏观地质单元,应用室内岩心样品不同注入体积倍数驱替实验、不同开发阶段完钻井的测井参数评价及大量生产动态资料,研究分析了不同成因流动单元在水驱开发过程中储层宏观物性参数的演化规律,进而建立各类参数的数学演化模式,找出其相应物性参数的变化因子。并借助工作站三维地质建模软件Earthvision,在原始三维地质属性参数模型研究的基础上,加载物性参数变化因子,并经数据处理和结果提取,形成各类流动单元随开发过程的四维动态系列演化仿真模型,揭示和预测了不同开发阶段流动单元内部油水运动特点及剩余油分布状况。

 
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