The paper deals with the propagation of the powerful laser beam in gas-dispersion systems and atmospheric aerosol background, which is accompanied by a wide spectrum of thermal, acoustic-and-hydrodynamic and ionization processes arising both in the vicinity of particles and at the beam level. The analysis is performed for the main interaction mechanisms of the high-energy laser beam and gas-dispersion systems, including those containing metals. A state-transition diagram is constructed to evaluate physical processes observed in the laser channel propagation.

中文翻译：

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在空气悬浮液中创建激光诱导长电离通道

该论文讨论了强大的激光束在气体弥散系统和大气气溶胶背景中的传播，伴随着在粒子附近和光束处出现的广泛的热、声和流体动力学和电离过程。等级。分析是针对高能激光束和气体分散系统的主要相互作用机制进行的，包括那些含有金属的系统。构建状态转换图以评估在激光通道传播中观察到的物理过程。