并藉著比对堤前和堤后波场能量而得到堤体距离和波浪方向性的关系式。
Relationships between the wave energies, the distances of the measuring stations to the breakwater, and the directionality of the wave field were obtained.
分析了各种气体模型对激波脱体距离、壁面热流、温度分布和密度分布等的影响。
It is analyzed that the thermal and chemical model have a effect on the shock detached distance, heat transfer rate, the distributions of temperature and density.
结果表明，随着磁场的增强，激波脱体距离逐渐增加；总阻力系数和壁面温度逐渐减小。
The results show that the shock standoff distance is increased and total drag coefficient and wall temperature are reduced with increasing external magnetic field.
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