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配合所建立的固体推进剂燃烧驱动ＣＯ２气动激光实验系统，对固体推进剂燃气与高压空气的掺混特性和该种气动激光的工作特性进行了数值模拟计算，有助于获得较为理想的激光工作介质和较高的激光功率输出。
With the solid propellant combustion driven CO2 pneumatic laser experimental system established, the solid propellant gas and high pressure air blending characteristics and the pneumatic laser working characteristics were numerically simulated, which helps to obtain the ideal laser work Medium and high laser power output.