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;
随有机质类型变好和成熟度升高，生烃潜力损失率增高；
The loss ratio of hydrocarbon potential increases with meliorating organic type and increasing maturity.
据此推断，角质体具有高的生烃潜力，是一种倾油组分；
The study indicates that cutinite is one of the best oil source-rocks, with the higher hydrocarbon-generation potential;
这些烃源岩均具有有机质丰度高、生烃潜力大和非均质性强的特点。
The hydrocarbon source rocks all have high abundance of organic matter, high hydrocarbon potential and show great heterogeneity.
不同类型盆地的烃源岩的分布、地质地化特征和生烃潜力差别较大。
There are quite large differences in distribution, geological and geochemical characteristics and hydrocarbon generation potential of source rocks between different types of basins.
下三叠统海相烃源岩是下扬子区最有利的烃源岩，陆相沉积也具有一定的生烃潜力。
The Lower Triassic Marine source rock is the most favorable one in the Lower Yangtze area, and the continental deposit has certain hydrocarbon generating potential.
碳酸盐岩有机质丰度较低，具有一定的生烃能力，但厚度较小，分布局限，生烃潜力不大。
Carbonate with lower organic abundance can generate certain hydrocarbon, yet has poor generation potential with less thickness and limited distribution.
同时，成烃动力学的研究在确定有机质类型、热史恢复、原始生烃潜力恢复等方面均有较高的实际应用价值。
Moreover, the kinetics of organic matter generating hydrocarbon is worthy of ascertaining type of organic matter, resuming hot history and evaluating.
中国近海前第三纪残余盆地普遍经历了多期生排烃过程，保存条件是制约其油气发现和勘探潜力的关键。
These basins have experienced several periods of hydrocarbon generation and expulsion, and the key factor to control hydrocarbon discovery and exploration potential is preservation.
壳质组和腐泥组含量与组成决定了烃源岩生烃特点和潜力。
The content and composition of exinite and sapropelinite determine the hydrocarbon-generating feature and potential of source rocks.
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.
该方法在华北地区上古生界烃源岩潜力的评价应用中，取得了较好的效果。
This method has been successfully applied to the appraisal of the Upper Paleozoic source rock potential in North China.
鉴于晚古生界潜在的烃源岩发育和叠合盆地特点，东北地区晚古生界具有巨大的油气资源潜力，应成为深部油气资源勘探的重要新层系。
So the Late Palaeozoic group in ne China has tremendous potential for oil and gas resources, and should be an important new area for deep hydrocarbon exploration.
鉴于晚古生界潜在的烃源岩发育和叠合盆地特点，东北地区晚古生界具有巨大的油气资源潜力，应成为深部油气资源勘探的重要新层系。
So the Late Palaeozoic group in ne China has tremendous potential for oil and gas resources, and should be an important new area for deep hydrocarbon exploration.
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