basin compaction fluid 盆地压实流体
compaction fluid system 压实流体系统
basin s compaction fluid 盆地压实流体
basin ' s compaction fluid 盆地压实流体
compaction-fluid flow modelling 压实
Compaction and Fluid Migration 压实与流体运移
Structures of the formations and the character of geochemistry played a crucial role in the forming of thermal field of compaction fluid system, dynamic field and geochemical field and mineralization.
建造结构和地球化学特征对压实流体系统的温度场、动力场、地球化学场和矿化作用产生决定性的影响。
Results The mechanism of abnormal pressure is related with disequilibrium compaction, increasing of fluid volume and decreasing of pores.
结果超压异常的形成与不均衡压实、孔隙流体增加、孔隙体积减小有关；
The outline of paleo-hydrodynamics evolution could be obtained by means of integrating methods of compaction curves analysis, basin numerical modelling and fluid enclosure determining.
将压实曲线分析、盆地数值模拟以及流体包裹体测试等方法相结合，可以获得古水动力演化的概况。
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