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首页> 外文期刊>Physica Scripta: An International Journal for Experimental and Theoretical Physics >The time-delay route to reactive scattering resonances: the case of the F+H-2 -> HF+H reaction
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The time-delay route to reactive scattering resonances: the case of the F+H-2 -> HF+H reaction

机译:反应性散射共振的时延路线:F + H-2-> HF + H反应的情况

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摘要

In this paper, the interesting case of two overlapping resonances which occur in the F + H-2 reaction is revisited emphasizing the role of the total angular momentum. We show that molecular rotations of the triatomic collision complex are responsible for the alignment of a short-lived compound state, localized in the transition state region of the potential energy surface, with an exit-channel van der Waals metastable state. The changes induced by the total angular momentum on both positions and lifetimes make the resonances to interfere and produce quantum oscillating structures in integral and differential cross-sections.
机译:在本文中,重新讨论了在F + H-2反应中发生的两个重叠共振的有趣情况,强调了总角动量的作用。我们表明,三原子碰撞复合物的分子旋转负责短寿命复合态的对准,其位于势能表面的过渡态区域,具有出口通道范德华亚稳态。由位置和寿命上的总角动量引起的变化使共振发生干扰,并在整数和微分截面中产生量子振荡结构。

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