为此，总结了四种不同的水动力强度控制条件下砂岩储层分布模式。
This paper concludes four distributive modes of sandstone reservoirs which are controlled under different hydrodynamic intensity conditions.
随着埋藏深度的增加，水动力单元强度逐渐减弱。
本文采用定量相分析法测定灰砂系统水热反应的水化物，并通过SEM观察及试块强度测定等研究了灰砂系统水热反应动力学。
Kinetics of hydrothermal reaction in lime-sand system was investigated by means of quantitative phase analysis, SEM observation, and compressive strength measurement.
研究发现激波强度越大，水膜雾化后抛撒的距离越远，证明气动力在作用过程中起主导作用。
The results indicate that the higher the intensity of shock wave, the farther the dispersal distance, which proves that the aerodynamic force plays the leading part in the reaction processes.
研究发现激波强度越大，水膜雾化后抛撒的距离越远，证明气动力在作用过程中起主导作用。
The results indicate that the higher the intensity of shock wave, the farther the dispersal distance, which proves that the aerodynamic force plays the leading part in the reaction processes.
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