通过喷气和注入杂质获得的部分脱靶等离子体形成了动态气体靶。
The partially detached plasma obtained by means of combination of gas puffing and impurity injection serves as a dynamic gas target.
低温压缩气体靶系统的建立是本文在稠密气体制备技术上取得的显著进步。
The establishment of a cryogenic target system for preparing highly compressed gas is one of apparent technical achievements.
与喷嘴由电磁阀控制的气体靶激光等离子体软x射线源相比，它有较高的工作频率。
And it has higher operating frequency than gas target soft X-ray sources whose nozzle is controlled by a solenoid valve.
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