柴达木盆地；石炭系；热模拟实验； 生烃潜力；
Qaidam basin; Carboniferous; pyrolysis experiment; hydrocarbon generation potential;
利用泥灰岩加水热模拟实验探讨了泥灰岩的油气形成过程。
Hydrocarbon generating process of marl is discussed by hydrous pyrolysis simulation.
在实验室做了边缘布加小粒焦的三维动态热模拟实验研究。
The 3-D dynamic thermal simulation test of putting small-size coke around inside wall of BF has been carried out in the laboratory.
对塔里木盆地石炭系低成熟的泥岩和灰岩生油岩进行了热模拟实验研究。
In this paper, low mature mudstone and limestone from Carboniferous System in Tarim Basin have been studied by the thermal simulating experiment.
采用加水热模拟实验方法，考察了含铀物质对泥岩样品热解生烃产物的影响。
In this paper, effect of uranium substance on the mudstone pyrogenation was studied by hydrous pyrolysis.
本文通过原油和干酪根的热模拟实验，探讨了热演化过程及烃类裂解的最终反应。
Through the thermal simulation experiment of crude oil and kerogen, the thermal evolution process and the end reaction of hydrocarbon thermal cracking are discussed in this paper.
国内外很多学者都进行过热模拟实验的尝试，由于方法不同，热模拟结果差异很大。
Many domestic and overseas scholars did thermal simulating experiments, but the experimental results were vastly different for different methods.
热模拟实验中水的存在对热解烃中正构烷烃单体氢同位素组成并没有产生明显的影响。
Moreover, water has no obvious effect on the hydrogen isotopic compositions of individual n-alkanes in the simulation test.
本文在生烃热模拟实验基础上，利用化学动力学法对研究区深层烃源岩进行了定量评价。
Based on the hydrocarbon-generation thermal simulation experiment, using the chemical kinetics method, to evaluate quantitative evaluation on the deep source rocks of study area.
干酪根样品热模拟实验结果表明，随着干酪根热演化程度的增高，自由基浓度表现出先升后降的变化特征。
Thermal simulation experiments of kerogen samples show that free radical concentration would first increase and then decrease along with increasing thermal evolution degree of kerogen samples.
用热模拟实验方法，对有可溶有机质和无可溶有机质的Y、Z两个系列气态产物中氢气和气态烃丰度变化进行了研究。
Using thermo-simulative experiment method, the abundance of hydrogen and gaseous hydrocarbon in two series (Y and Z series) of dissolvable or non-dissolvable organic-matter is researched.
煤岩学标志、有机地球化学参数和热模拟实验产烃率数据为FMT 值定量评价煤生烃排烃潜力的适用性和有效性提供了佐证。
Marks of coal petrology, parameters of organic geochemistry and yield-oil of thermal simulated experiment are provided evidence for availability of"FMT"evaluation method.
针对高炉新型炉体冷却结构，设计了物理模型并建立了热态模拟实验系统。
In this paper, physical model is designed and thermal simulation experimental system built for new type cooling and lining structure of BF.
本论文进行模拟实验并有限元方法，获得蒸汽管道支管及接管座管壁温度场和热应力的分布规律，阐明热疲劳裂纹产生的原因；
To study the reason of appearance of the thermal diffuse crack, Temperature and thermal stress analysis of the steam pipe and correlative branch pipe was performed with finite element analysis method.
并以全身灌注热疗应用为例进行了系统模拟实验。
Simulation results illustrate that this system provides precise temperature control with good …
并以全身灌注热疗应用为例进行了系统模拟实验。
Simulation results illustrate that this system provides precise temperature control with good …
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