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A New method of Preparing Artificial Cores with Certain Cracks for Experiment Study of Elastic Wave Propagation

机译:一种新方法,用于制备具有一定裂缝的弹性波传播实验研究

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Crack universally existing underground is an important kind of pores. In order to study the elastic wave propagation in fractured medium through experiment, a new method to make artificial core with certain cracks using oil well cement and camphor sheet or thin steel sheet is put forward. Geometric parameters of the crack, such as shape, size and aspect ratio, are approximately equal to that of camphor sheet or thin steel sheet. Using the thin steel sheet to make crack can be more easy and accurate to control the crack angle than using camphor sheet. The crack opening scales at millimeters. The aspect ratio of cracks formed by camphor sheet ranges from 1.4 to 8, and aspect ratio of cracks formed by thin steel sheet ranges from 2.5 to 70. This method is proved simple and feasible by experiment practice, which can provide artificial cores with certain crack for acoustic wave propagation study.
机译:普遍存在地下的破解是一种重要的毛孔。为了通过实验研究裂缝介质中的弹性波传播,提出了一种用油井水泥和樟脑片或薄钢板制造具有一定裂缝的人造芯的新方法。裂缝的几何参数,例如形状,尺寸和纵横比,大致等于樟脑片或薄钢板的裂缝。使用薄钢板使裂缝可以更容易和准确地控制裂缝角度而不是使用樟脑。裂缝开口以毫米为单位。由樟脑片形成的裂缝的纵横比为1.4至8,并且通过薄钢板形成的裂缝的纵横比为2.5至70.通过实验实践证实了这种方法,可以提供具有一定裂缝的人造核心用于声波传播研究。

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