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Manifestation of nonuniformity in the electron charge distribution in H-2(+) molecular ions colliding with each other

机译:H-2(+)分子离子相互碰撞时电子电荷分布不均匀的表现

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The anomalous character of threshold properties in the ion-molecule reactions H-2(+) + H-2(+) -> H-3(+) + p and H-2(+) + H-2(+) -> H + p + H + p has been theoretically analyzed. It has been shown that these reactions proceed through the formation of the intermediate H-4(++) complex. Molecules H-2(+) in the collision process are described by a chemical model, where the positive charge is concentrated in one of the nuclei. The calculations of the reaction cross sections are in good agreement with the experimental data. It has been shown that the chemical model of the H-2(+) molecule can be consistently explained only in terms of dynamic interactions, i.e., polarization forces and van der Waals forces.
机译:离子分子反应H-2(+)+ H-2(+)-> H-3(+)+ p和H-2(+)+ H-2(+)-中阈值性质的异常特征> H + p + H + p已在理论上进行了分析。已经表明这些反应通过中间体H-4(++)配合物的形成而进行。化学模型描述了碰撞过程中的分子H-2(+),其中正电荷集中在一个原子核中。反应截面的计算与实验数据非常吻合。已经表明,仅根据动力学相互作用,即极化力和范德华力,可以一致地解释H-2(+)分子的化学模型。

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