Abstract

The vibroacoustic effect on poroperm properties of rock mass in case of directed upward water movement has been studied experimentally. The relationships of percolation velocity and sound load at different pressure gradients are obtained for fine sand. The experiments prove feasibility of multiple increase of percolation velocity in upward capillary movement of water solutions.

中文翻译：

---

岩体的孔隙特性：水溶液在声学处理中毛细血管向上运动的案例研究

摘要

实验研究了在水向上定向运动的情况下，振动声对岩体多孔性的影响。得到了细砂在不同压力梯度下的渗流速度与声载的关系。实验证明了在水溶液的向上毛细运动中多次增加渗滤速度的可行性。