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首页> 外文期刊>The journal of physical chemistry, A. Molecules, spectroscopy, kinetics, environment, & general theory >Full quantum dynamics of atom-diatom chemical reactions in hyperspherical elliptic coordinates
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Full quantum dynamics of atom-diatom chemical reactions in hyperspherical elliptic coordinates

机译:超球面椭圆坐标中原子-硅藻化学反应的全量子动力学

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Explicit expressions of the full Hamiltonian of tri-atomic system in the hyperspherical elliptic (HSE) coordinates are derived. The derivation is made from the expressions in the Delves coordinates. A numerical algorithm is also presented to evaluate the surface eigenfunctions including all the effects of Coriolis coupling terms. The whole formalism is numerically tested by using the Cl + DH and O(D-1) + HCl reaction systems. The HSE coordinate system, which is well-known to be powerful to elucidate reaction mechanisms especially for heavy-light-heavy systems, is now ready to be applied for clarifying full quantum dynamics of such systems.
机译:推导了超原子椭圆(HSE)坐标系中三原子系统的完整哈密顿量的明确表示。从Delves坐标中的表达式进行推导。还提出了一种数值算法来评估表面本征函数,包括科里奥利耦合项的所有影响。通过使用Cl + DH和O(D-1)+ HCl反应系统对整个形式进行了数值测试。众所周知,HSE坐标系功能强大,可以阐明反应机制,尤其是对于重轻系统而言,现在已经准备好用于阐明此类系统的完整量子动力学。

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