并将数值模拟计算结果与实验结果进行了比较，结果表明两者吻合较好，说明在较低压力范围内爆轰驱动加载实验加空腔可以实现准等熵压缩实验。
The results show that the quasi-isentropic compression experiments in the low pressure range can be come ture with explosive-loading device with an air cushion.
数值求解结果表明，孤子源正啁啾在初始一定距离范围内能减小压缩比。
Numerical results show that the squeezing ratio decreases at some initial distance when the soliton source chirp is positive.
数值结果表明，增大初始振幅在初始一定距离范围内能减小压缩比，接近理想光孤子的脉冲波形压缩效果最好。
Numerical results show that the squeezing ratio decrease at some initial distance when the amplitude increase and the squeezing was best if pluse wave shape near fundamental soliton.
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