Argon–xenon laser-sustained plasma (LSP) was generated using a 1-kW class diode laser. At a total pressure of 1 MPa, the threshold laser power of the xenon–argon LSP was higher than that of the pure xenon LSP, whereas the former was lower than the latter at a total pressure of 0.1 MPa because of homonuclear associative ionization effect. The minimum xenon pressure ratio at which LSP could be generated was 7.67% at a total filled pressure of 3 MPa. The maximum value of fractional absorption was 37.7% at a total filled pressure of 0.5 MPa.

中文翻译：

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使用 1-kW 二极管激光器的氩-氙激光持续等离子体

氩-氙激光持续等离子体 (LSP) 是使用 1 kW 级二极管激光器产生的。在 1 MPa 的总压力下，氙气 LSP 的阈值激光功率高于纯氙气 LSP，而在 0.1 MPa 的总压力下，前者由于同核缔合电离效应而低于后者。在 3 MPa 的总填充压力下，可以产生 LSP 的最小氙气压力比为 7.67%。在 0.5 MPa 的总填充压力下，分数吸收的最大值为 37.7%。