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首页> 外文期刊>The journal of physical chemistry, A. Molecules, spectroscopy, kinetics, environment, & general theory >Internal Coordinate Couplings and Symmetry Properties: The Search of a Conical Seam in Protonated Oxygen
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Internal Coordinate Couplings and Symmetry Properties: The Search of a Conical Seam in Protonated Oxygen

机译:内部坐标耦合和对称特性:质子化的氧气中的锥形接缝的搜索

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摘要

We show by a detailed computational experiment that the three-particle system of protonated oxygen allows use to study the behavior of curve crossings within the Born-Oppenheimer picture in terms of the relative strength of the couplings that exist between the relevant internal coordinates. In particular, we show that the one-and two-parameter seam found in the C_(2v) symmetry are reduced-dimensionality manifestations of an intersection that actually becomes a conical seam in the three-parameters C_s symmetry. We further show, then, that no trifurcation point exists in this case since the expected C_s seam of the AB_2-type systems does not appear in the O_2H~+ species.
机译:我们通过详细的计算实验表明,质子化氧的三粒子系统可以用来研究Born-Oppenheimer图片内曲线交叉的行为,即相关内部坐标之间存在的耦合的相对强度。特别地,我们表明以C_(2v)对称性找到的一参数和二参数接缝是实际上变成三参数C_s对称性的圆锥形接缝的交点的降维表现。然后,我们进一步表明,在这种情况下不存在分叉点,因为AB_2型系统的预期C_s接缝未出现在O_2H〜+物种中。

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