首页> 外文期刊>The Journal of Chemical Physics >ORBITAL ALIGNMENT DURING CAGE-EXIT OF OPEN-SHELL PHOTOFRAGMENTS - F IN SOLID AR AND KR
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ORBITAL ALIGNMENT DURING CAGE-EXIT OF OPEN-SHELL PHOTOFRAGMENTS - F IN SOLID AR AND KR

机译:固态AR和KR中开口照相片段-F释放时的轨道对准。

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摘要

The statistical theory for sudden cage-exit [J. Zoval and V. A. Apkarian, J. Phys. Chem, 98; 7945 (1994)] is extended to orbitally degenerate photofragments, specifically treating the case of F atoms in solid Ar and Kr. It is shown that the experimental energy-dependent, quantum yields of photodissociation of F-2 are only compatible with the p hole on the F atom being completely aligned parallel to the cage wall during the sudden exit. Although relative quantum;yields and energy thresholds are well predicted, the calculated absolute quantum yields are a factor of similar to 2 smaller than the experimental values. (C) 1995 American Institute of Physics. [References: 47]
机译:突然出笼的统计理论[J. Zoval和V.A. Apkarian,《物理学报》化学,98; [7945(1994)]扩展到轨道退化的光碎片,特别是处理固体Ar和Kr中F原子的情况。结果表明,F-2光解离的实验依赖于能量的量子产率仅与在突然退出过程中F原子上的p孔完全平行于笼壁完全对准。尽管相对量子产率和能量阈值得到了很好的预测,但计算出的绝对量子产率却比实验值小约2倍。 (C)1995年美国物理研究所。 [参考:47]

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