在结构一定情况下，爆轰波阵面的曲率半径与约束材料有关。
The results show that shock shape is dependent on the confined inert material under certain conditions.
计算结果显示，毗邻介质影响节点附近的爆轰波阵面形状及爆轰波速度；
These are tentatively explained from ZND model. The numerical results show that the adjacent medium affects the velocity and the shape of the detonation front nearby the node.
结果表明：图像清晰地显示了爆轰波阵面的诱导激波、横波及化学反应区。
The results show that the transverse waves, leading shock and reaction zone can be clearly observed in the consecutive images.
结果表明，随着测试半径增大，爆轰到达时间分散性明显增加，爆轰波阵面的倾角也增大。
The results indicate that the dispersivity of the shock arriving times and the obliquity of the shock wave front are obviously increased with increasing the radius of test.
结果表明，随着测试半径增大，爆轰到达时间分散性明显增加，爆轰波阵面的倾角也增大。
The results indicate that the dispersivity of the shock arriving times and the obliquity of the shock wave front are obviously increased with increasing the radius of test.
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