LPP:激光等离子体
激光等离子体(Laser Produced Plasmas,常缩写为LPP)是一种通过高能激光辐照物质表面而产生的等离子体状态。该缩写形式广泛应用于物理、材料科学及工程技术等多个综合领域,便于在文献书写和专业交流中快速引用。作为一种高效便捷的表达方式,LPP在未明确分类的相关研究与技术讨论中尤为常见。
Laser Produced Plasmas具体释义
Laser Produced Plasmas的英文发音
例句
- In this report, the methods of measurement of X-ray spectra from laser produced plasmas and the multichannel X-ray spectrometer are described. Experimental results of laser fusion experiments are presented.
- 文中叙述了激光等离子体(LPP)X射线能谱的测量方法和多道X射线能谱仪,介绍了激光聚变实验结果。
- Owing to its high efficiency, it is especially suitable for the experiments of ultrashort femtosecond pulse laser produced plasmas.
- 由于其高效率,该谱仪尤其适用于超短飞秒脉冲激光产生等离子体的实验研究。
- High Order Harmonics Induced by Resonance Absorption in Laser Produced Plasmas(LPP)
- 激光等离子体(LPP)中由共振吸收诱发的高次谐波
- Probe beam and its application to diagnostics of laser produced plasmas
- 激光等离子体(LPP)探针及应用研究
- Using the detailed configuration accounting with the term structures treated by the unresolved transition array model, we present a method to calculate the transmission spectra for high power laser produced plasmas in local thermodynamic equilibrium.
- 根据细致组态方法,采用不分辨的跃迁矩阵模型(UTA)在组态平均近似下可以容易地计算由高功率激光产生的局域热动平衡状态下的等离子体的不透明度。
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