首页> 外文期刊>The Journal of Chemical Physics >Erratum: “Ring-breaking electron attachment to uracil: Following bond dissociations via evolving resonances” [J. Chem. Phys. 128, 174302 (2008)]
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Erratum: “Ring-breaking electron attachment to uracil: Following bond dissociations via evolving resonances” [J. Chem. Phys. 128, 174302 (2008)]

机译:勘误表:“破坏电子与尿嘧啶的环附着:通过不断发展的共振进行键解离” [J.化学物理128,174302(2008)]

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摘要

The elastic cross section for A" e~--uracil scattering presented in the lower panel of Fig. 2 in Ref. 1 was not converged to within 1% as stated in that paper, where the electron-molecule interaction potential was truncated at 10 A from the center of the molecule. In Fig. 1 we show how that cross section changes with increasing truncation distance. We clearly see that increasing the truncation distance leads to a dramatic increase in the A" cross section near threshold. Thus the very low energy peak in the results given in Ref. 1 was not a resonant feature but was an artifact of the small truncation radius used in that work, which suppressed the effects of the dipolar potential of the gas-phase uracil molecule.
机译:如该论文所述,参考文献1的图2下部面板中显示的A“ e ---尿嘧啶散射的弹性截面未收敛到1%以内,其中电子-分子相互作用势被截断为10在图1中,我们显示了横截面如何随截断距离的增加而变化。我们清楚地看到,增加截断距离会导致阈值附近的A“断面急剧增加。因此,参考文献中给出的结果中的能量峰值非常低。 1不是共振特征,而是该工作中使用的小截短半径的伪像,从而抑制了气相尿嘧啶分子的偶极电位效应。

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