There are many existing models to describe the relationship between acoustic velocities and gas hydrate saturation.
关于多孔介质中声波速度与水合物饱和度的关系,已经有一些理论模型。
参考来源 - 多孔介质中水合物饱和度与声波速度关系的实验研究Formations of gas hydrate influence the properties of hydrate bearing sediments, and thus affect the acoustic velocity, resistivity and permeability of sediments.
水合物在形成过程中会对储层岩石性质产生影响,进而引起储层声波速度、电阻率和渗透率等相关参数的改变。
参考来源 - 天然气水合物储层物性模拟实验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
讨论了20钢高温时效组织与超声波速度间的相关性。
The correlation between ultrasonic velocity and microstructure in 20g aged at high temperature is discussed.
探讨了岩石的微观裂隙、超声波速度与岩芯变形之间的关系。
Moreover, investigated the relation among the P wave velocity, the micro-crack in rock with the variation of core diameter.
此外还分析了高岭土结构特性对声波速度及动力学参数的影响。
In addition, the influence of structural property of kaolinite to wave velocities and dynamic mechanical parameters are analysed.
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