The research tries to distinguish structure of strong shock-wave generated in low-density air by means of test and observation, and then analyse its characteristics.
本研究是用实验观测的方法判明低密度空气中发生的强激波的构造并进而分析其特性。
The literature has noticed the existence of this social peripheral group, and thus has formed a strong shock wave of "bottom writing".
当代文学注意到了这个社会边缘群体的存在，并在近年形成了“底层写作”的强大冲击波。
It is suggested that not beaming effect but shock wave propagation in jet account for these strong flux-polarization anticorrelations.
这些强负相关性不能用聚束效应解释，而能用喷流中激波的传播来解释。
Two types of fiber-optic pin have been developed for measuring shock wave physics characters in strong electromagnetic environment and low shock pressure experiments.
对冲击波参数的测量开发了两种光纤探针，以满足强电磁环境和冲击压力较低的情况。
The shock wave and strong pulse noise, which produced by light rocket launcher, are belong to a non stationary signal process with a wide frequencies.
便携式火箭发射器所产生的冲击波和强脉冲噪声属非稳态信号，具有较宽的频率范围。
As a hydrodynamic consequence, thermal conduction results naturally in a strong shock wave.
作为热波传播的力学后果，热波自然地以强激波为终结。
Through controlling the axial direction of the Nonel tube to produce the strong reflection shock wave, the ideal initiating process can be obtained.
控制导爆管轴向方向获得较强的反射冲击波可达到理想的起爆过程。
Meanwhile, the strength of the incident shock wave has the most important influence on the transmitted flow system, that is, strong shock induces the whole flow field towards the shock direction.
对波系起 实质影响作用的是入射激波强度，激波越强，则整个透射流场呈现偏向激波的趋势；
A theoretical calculation is made of the nonequilibrium dissociation of the diatomic molecule with the vibration dissociation coupling behind a strong shock wave front.
对强激波作用下双原子分子振动与离解耦合的非平衡离解过程进行了理论计算。
This paper shows that the interplanetary shock wave which resulting from solar events is very strong and that resulting from other disturbances is weak in general.
由太阳事件导致的行星际激波，不仅时空尺度很大、而且强度也很高； 但是由别的原因导致的行星际骚扰，一般产生的，则是时空尺度较小的弱激波。
High frequency with strong level induced by interacting shock wave to cavity wall was expressed in calculation.
计算中体现了空气冲击波与空腔壁作用后激发的强谱振幅高频冲击波。
The strong interaction between shock wave and boundary layer in the internal duct is like a bottleneck to the start of the inlet.
内收缩段内的激波与边界层的干扰较强，成为进气道起动的瓶颈。
The strong interaction between shock wave and boundary layer in the internal duct is like a bottleneck to the start of the inlet.
内收缩段内的激波与边界层的干扰较强，成为进气道起动的瓶颈。
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