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Spin-Resolved Collisions of Electrons with Rubidium Atoms: A Search for Relativistic Effects

机译:用铷原子自旋分离的电子碰撞:寻求相对论的效果

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The search for relativistic effects in electron-alkali scattering is currently a topic of considerable interest. The A2 spin asymmetry parameter is a direct measure of relativistic effects in the electron-atom collision process, as it is entirely dependent on the spin-orbit effect. We present measurements of the A2 spin asymmetry for the 5S 5P transition in rubidium at incident energies of 15, 20, 30 and 50 eV and for elastic scattering at 15, 20, 30, 50 and 80eV. Our results indicate that under these collision conditions, relativistic effects are measurable, in qualitative agreement with the available theory.
机译:寻求电子碱散射中的相对论效果是目前具有相当兴趣的主题。 A2旋转不对称参数是电子原子碰撞过程中相对论效应的直接测量,因为它完全取决于旋转轨道效应。我们在15,20,30和50eV的入射能,在15,20,30,50和80eV中呈现铷中的5S 5P过渡的A2旋转不对称的测量结果。我们的结果表明,在这些碰撞条件下,与可用理论的定性协议中,相对论效应是可衡量的。

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