以环己烯、苯和苯乙烯为探针物，采用原位FT-IR技术对贵金属催化剂上（活性组分呈壳层分布）吸附烃类的原位加氢反应进行了研究。
Using cyclohexene, benzene and styrene as probe molecules, hydrogenate reaction in situ of hydrocarbons adsorbed on noble metal catalysts (egg-shell distribution) were researched by in situ FT-IR.
进而总体制约着沉积矿产形成和烃类成藏的条件、特点和分布规律。
It therefore controls the conditions, characteristics and the distribution of hydrocarbon accumulation and forming of sedimentary minerals.
并应用该方法对江汉盆地T油田的裂缝组系进行了评价，获得了裂缝可能的分布规律及裂缝组系对捕获烃类的有效性等基本认识。
The fracture systems of oil field t in Jianghan Basin are evaluated by the method to obtain some basic cognizances of fracture distribution and gaining hydrocarbon compounds in the fracture systems.
该项研究对冲断带烃源岩的演化过程分析和烃类相态分布的控制因素分析具有实际指导意义。
The study is of practical significance for analyzing the evolutionary process of source rocks in thrust belts and the control factors of phase distribution of hydrocarbons.
建立了盖层烃类垂向分布成因模式。
The genetic model of hydrocarbon vertical distribution in caprock is established.
采用经验法，以芳烃指数、裂解温度、停留时间为参数，建立烃类裂解烯烃产率分布模型。
Applying the method of mathematical statistics, the model for predicting olefin yield distribution of hydrocarbon cracking is obtained.
有机成因二氧化碳气主要分布于生油凹陷周围，是烃类气体的次要伴生产物，并远离大断裂分布。
The organic origin carbon dioxide mainly distributed around hydrocarbon generating sags, occurring as a secondary by product of hydrocarbon gas and relatively far away from the main faults.
有机成因二氧化碳气主要分布于生油凹陷周围，是烃类气体的次要伴生产物，并远离大断裂分布。
The organic origin carbon dioxide mainly distributed around hydrocarbon generating sags, occurring as a secondary by product of hydrocarbon gas and relatively far away from the main faults.
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