等离子体点火密闭爆发器定容实验研究表明，通过对电能释放规律的控制，能有效调节火药的点火与燃烧过程。
Experimental results show, the ignition and combustion process of propellant can be effectively modulated by controlling the electric discharge behavior of pulsed power supply.
实验结果表明等离子体密度随激光能量的提高而增大，而且激光等离子体的电荷通量大于燃烧流的电荷通量。
The density of plasma rises with increase of laser energy, and the charge flux of plasma is larger than that of combustion flow.
实验结果表明等离子体密度随激光能量的提高而增大，而且激光等离子体的电荷通量大于燃烧流的电荷通量。
The density of plasma rises with increase of laser energy, and the charge flux of plasma is larger than that of combustion flow.
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