As it has long been in relatively stable tectonic setting, it provides the favourable geologic conditions for oil-gas generation, accumulation and preservation.
由于盆地长期处于相对稳定的大地构造环境，这就为油气的生成、聚集、保存提供了有利的地质条件。
The process of generation and differentiation of granitoid magmas is con trolled not only by physical-chemical condition, but also is related to regional tectonic event.
花岗质岩浆的生成、分异过程不仅与物理-化学条件有关，而且受控于区域构造。
China has abundant petroleum resources. The hydrocarbon Generation and occurrence were controlled by very complicated geological conditions and unique tectonic Settings.
中国油气资源丰富，但石油地质构造背景特殊，油气田形成条件复杂。
The source is abundant in this area, tectonic movement and petroleum hydrocarbon generation have good match.
本区烃源条件充足，烃类生成与构造运动的匹配关系较好。
The generation of fracture system was usually influenced by tectonic movement and intensity, and closely related to tectonic stress field distribution.
裂缝系统的形成常常受到构造运动及其作用强度的影响。
It is the most important that source rocks tectonic heated history to maturity of organic matter and controls on the hydrocarbon generation of source rocks.
烃源岩的构造-受热史是有机质成熟演化、烃源岩生烃演化的最重要控制因素。
The numerical simulation of this paper is of significance in understanding the deep tectonic background of the generation of Yanshan movement.
文中数值模拟工作对进一步理解“燕山运动”发生的深部背景即来源于软流圈的贡献有一定的意义。
The Himalayan tectonic movement has caused great tectonic changes in the west China, with deep influence on sedimentary stratum generation and tectonic deformation of the Junggar basin.
喜马拉雅运动使中国西部构造面貌发生了深刻地改变，它给准噶尔盆地无论是沉积地层的发育，还是构造变形打下了深深的烙印。
The superpressures mainly result from sustained hydrocarbon-generation and compaction seal and the current geopressure circumstances are the result caused by late tectonic movements.
持续生烃和压实封闭是普遍超压的主因，现代地压状况是晚期构造改造的结果。
Tectonic activities and volcanism in the basin have an influence on hydrocarbon generation of kerogen and its change.
盆地构造活动和火山作用可以促进干酪根的成烃转化。
The basin evolution, hydrocarbon generation, resource abundant, oil and gas field scale are different between two basins since they are located on different tectonic setting.
由于两盆地所处的区域构造背景不同，致使其盆地演化、成烃演化、资源丰度、油气田规模差异很大。
The basin evolution, hydrocarbon generation, resource abundant, oil and gas field scale are different between two basins since they are located on different tectonic setting.
由于两盆地所处的区域构造背景不同，致使其盆地演化、成烃演化、资源丰度、油气田规模差异很大。
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