首页> 外文期刊>Physical Review, A. Atomic, molecular, and optical physics >Spin asymmetries in spatially resolved processes of ionization of heavy atoms by relativistic electrons - art. no. 044702
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Spin asymmetries in spatially resolved processes of ionization of heavy atoms by relativistic electrons - art. no. 044702

机译:相对论电子在空间上分解重原子的电离过程中的自旋不对称-艺术。没有。 044702

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摘要

The triple-differential cross section for ionization of a heavy atom is shown to depend on the spin of the incident electron even if this is polarized entirely parallel or antiparallel to its direction of propagation, the atom is unpolarized, and the spins of the ejected electrons are not resolved. Quantitative predictions for the spin asymmetry are presented in a relativistic distorted-wave Born approximation. Simple physical models are introduced to understand both these results and further symmetry properties involving the reversal of a spatial momentum component also. [References: 9]
机译:如图所示,用于重原子电离的三微分截面取决于入射电子的自旋,即使入射电子完全平行于或垂直于其传播方向被极化,原子是非极化的,而射出的电子也自旋没有解决。自旋不对称性的定量预测以相对论的扭曲波伯恩近似表示。引入简单的物理模型来理解这些结果以及涉及空间动量分量反转的其他对称特性。 [参考:9]

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