Interaction of superstrong laser field $E $CNGR E$-at$/ with plasma is considered taking into account individual processes (ionization of atoms and ions) as well as collective ones (interaction with electrons and ions in hydrodynamic approach). In both cases laser field may result in new effects that can be displayed in specific acoustical and optical features of plasma. As for individual interaction, effect of local ionization suppression (LIS), i.e., stabilization of atom (ion) in regard to tunnel ionization, is predicted.
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机译：考虑单个过程（原子和离子的电离）以及集体方法，考虑了Supertrong激光场所$ E $ CNGR E $ /具有等离子体的互动（与电子动力学方法中的电子和离子相互作用）。在两种情况下，激光场可能导致可以在等离子体的特定声学和光学特征中显示的新效果。对于单独的相互作用，预测局部电离抑制（LIS）的效果，即隧道电离方面的原子（离子）的稳定化。
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