The organic matter evolution in this area is moderate, wholly lower matured or matured.
有机质演化程度适中，总体上达到低成熟→成熟阶段。
The advantage of organic petrology lies in making use of maceral level to analyze characteristics, origin and evolution of sedimentary organic matter with respect to hydrocarbon generation.
其最大特点在于从显微层次来认识和分析非均质性的沉积有机质特征、成因和演化与烃类形成的关系。
It indicate that the organic maturation is of positive correlation with temperature and heating time, but pressure raise restrains maturation and evolution of organic matter.
说明有机质的成熟度与温度和加热时间成正相关，而压力增加抑制了有机质的成熟演化。
Under given conditions, structual evolution and metamorphic process of organic matter control generation, enrichment and preservation of coalbed methane.
在一定条件下，构造演化和有机质热演化史，控制着煤层气的生成、富集和保存特征。
The activities of hot fluid flow exert a great influence on the tempo-pressure field in a basin and encourage the evolution of organic matter and generation of petroleum.
热流体活动可以改变盆地的温压场，对有机质演化和油气生成具有重要的强化作用。
The close space relation was kept between uranium and the organic matter of various evolution stages due to the good adsorption and reduction of organic matter.
有机质良好的吸附作用和还原作用使铀与各演化阶段有机质保持着紧密的空间联系。
In addition, methylation and methyl rearrangement of arenes were mainly controlled by the abundance, source and evolution degree of soluble organic matter.
研究还显示，芳烃的甲基化和甲基重排作用受原始可溶有机质丰度、来源和演化程度的控制。
Voluminous data have demonstrated that there exists close relationship between the degree of compaction of sedimentary rocks and the degree of thermal evolution of organic matter.
大量实际资料证实了沉积岩压实程度与有机质热演化程度之间存在密切关系。
Based on the results, the relations between evolution of rate, pyrolyzed hydrocarbon both the maturity and the types of organic matter are also studied, to give a method to calculate qu...
在此基础上研究了成熟度与热解烃率、有机质类型与热解烃率之间的关系，并根据此关系解决受成熟度、有机质类型及有机质丰度三个主要因素控制的成熟生油岩的生油量计算问题。
Based on the results, the relations between evolution of rate, pyrolyzed hydrocarbon both the maturity and the types of organic matter are also studied, to give a method to calculate qu...
在此基础上研究了成熟度与热解烃率、有机质类型与热解烃率之间的关系，并根据此关系解决受成熟度、有机质类型及有机质丰度三个主要因素控制的成熟生油岩的生油量计算问题。
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