By using simulation experiments, TGA method and Rock-Eval analysis, the potential of kerogen for oil generation was measured and compared with that determined by Tissot.
本文还用实验模拟、热重、热谱等方法测定了干酪根的生油潜量，并与蒂索确定的生油潜量进行了比较研究。
Natural gas is not only originated from kerogen cracking, but also from oil cracking.
天然气既可来源于干酪根的裂解气，也可来源于原油的裂解气。
Kerogen is the leftover material of sporopollen element and lignin in original bodies in different thermal metamorphic period and it is the original material of gas-oil formation.
干酪根主要是母源体中的孢粉素与木质素在埋藏环境中不同热变质阶段的残留物，是油气形成的母源物。
The part of kerogen is composed of its physical and chemical characteristics, separating and study methods, and the part of petroleum composition is about organic ingredients and types of oil and gas.
有关干酪根的内容包括干酪根的物理、化学性质、分离和研究方法；油气组成方面包括石油、天然气的有机组成和类型；
The other is normal mature crude oil from the thermal degradation of kerogen.
另一种是正常的干酪根热降解成熟原油。
Dongying North part deep sand Shasi low Subsegmental of gas condensate methane and ethane are lighter isotopes shows that Cracking gas oil characteristics, rather than kerogen pyrolysis gas.
东营北带深层沙四下凝析油气甲乙烷同位素均较轻，表现出明显的原油裂解气特征，而非干酪根裂解气。
While natural gas in the Carboniferous ism ixed gas originating from pyrolysis of both kerogen and crude oil.
石炭系天然气既有干酪根裂解气，也有原油裂解气。
Sapropelic gas could be derived from the cracking of both sapropelic kerogen and sapropelic crude oil.
腐泥型天然气既可来自腐泥型于酪根的裂解，也可以来自腐泥型原油的裂解。
With supercritical hydroextraction, in which an H-donor is added to the supercritical toluene, a complete recovery of kerogen with high oil yield is possible.
在溶剂甲苯中加入少量供氢组分后，油母转化完全，油类产物产率高。
The coal-formed oil is characterized by heavy end components, high wax content and high viscosity which is determined by Kerogen, maturity and expulsion mechanism in the coal-bearing Jurassic.
侏罗系煤中特定的生油母质、有机质成熟度及排驱机理决定了煤成油的重质、高蜡和高粘度特点。
The coal-formed oil is characterized by heavy end components, high wax content and high viscosity which is determined by Kerogen, maturity and expulsion mechanism in the coal-bearing Jurassic.
侏罗系煤中特定的生油母质、有机质成熟度及排驱机理决定了煤成油的重质、高蜡和高粘度特点。
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