Shock wave and thermal load are the two main effects on the envelope during the discharge.
放电过程中，灯管主要受冲击波和热负载两方面的作用。
This thesis adopted two-wavelength double pulses laser holographic interferometry to study the air discharge in a shock wave field.
采用双波长双脉冲激光全息术，对有激波存在下的空气放电现象进行了研究。
The result shows two-phase fluid before shock wave is in the state of foam fluid and the exit discharge pressure reaches maximum when two-phase fl…
结果表明，汽液两相流在凝结激波前为泡沫流，在凝结激波后完全凝结成单相水的情况下，升压装置的出口压力达到最大值。
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