Log interpretation with geochemistry technique is not affected by reservoir rock composition and formation fluid properties.
用地球化学方法进行测井解释不受储层岩石组成及储层流体物理性质的影响。
Mainlydiscussed in the paper is the identification of the formation lithology and fluid properties. Several specialized measures to improve application effects are also given.
主要讨论了地层岩性和含流体性质的识别问题，并指出了提高该方法实用效果的专业性措施。
The effects were analyzed of the minerals properties and the fluid in host rocks on the formation of pseudotachylyte.
同时对母岩矿物性质和流体对假玄武玻璃形成的影响进行了分析；
Most quoted depths of investigation assume a homogeneous formation with certain properties, such as a given resistivity or fluid content.
许多标称的探测深度都假定地层是具有特殊属性的均质地层(如假定地层的电导率或地层流体类型)。
Cable formation testing technology is one of the most direct methods to verify fluid properties and calculate formation productivity.
电缆地层测试技术是油气勘探验证储层流体性质、求出地层产能最为直接的方法之一。
Analysis of mineral composition, physical and chemical properties on instable formation rock in an important work in the study of drilling fluid.
地层矿物组分、理化性能分析是整个泥浆工作中一项极为重要的基础工作。
Affected by some factors, such as the channel geometry, fluid boundary condition and material properties, bubble formation process is complex.
微通道内气泡生成机理受到通道几何尺寸、流体流动边界条件、流体物性等多种因素影响，过程非常复杂。
Affected by some factors, such as the channel geometry, fluid boundary condition and material properties, bubble formation process is complex.
微通道内气泡生成机理受到通道几何尺寸、流体流动边界条件、流体物性等多种因素影响，过程非常复杂。
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