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Static and Dynamic Structure Factors with Account of the Ion Structure for High-temperature Alkali and Alkaline Earth Plasmas

机译:考虑离子结构的静态和动态结构因素   用于高温碱和碱土等离子体

摘要

The $e-e$, $e-i$, $i-i$ and charge-charge static structure factors arecalculated for alkali and Be$^{2+}$ plasmas using the method described byGregori et al. in \cite{bibGreg2006}. The dynamic structure factors for alkaliplasmas are calculated using the method of moments \cite{bibAdam83},\cite{bibAdam93}. In both methods the screened Hellmann-Gurskii-Kraskopotential, obtained on the basis of Bogolyubov's method, has been used takinginto account not only the quantum-mechanical effects but also the ion structure\cite{bib73}. PACS: 52.27.Aj (Alkali and alkaline earth plasmas, Static and dynamicstructure factors), 52.25.Kn (Thermodynamics of plasmas), 52.38.Ph (X-rayscattering)
机译:使用Gregori等人描述的方法计算碱和Be $ ^ {2 +} $等离子体的e-e $,e-i $,e-i $和电荷-电荷静态结构因子。在\ cite {bibGreg2006}中。碱等离子体的动态结构因子是使用矩\ cite {bibAdam83},\ cite {bibAdam93}的方法来计算的。在这两种方法中,都使用了基于Bogolyubov方法获得的筛选的Hellmann-Gurskii-Kraskopotential,不仅考虑了量子力学效应,而且考虑了离子结构\引用{bib73}。 PACS:52.27.Aj(碱和碱土等离子体,静态和动态结构因子),52.25.Kn(等离子体的热力学),52.38.Ph(X射线散射)

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