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Chemistry with Stretched Molecules

机译:伸展分子化学

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摘要

It has been known for some years that molecular oxygen is produced in very high vibrational states by the photolysis of ozone in the middle atmosphere and the possible atmospheric implications of highly exicted oxygen have been the subject of extensive investigation. This short article describes the latest experimental and theoretical advances regarding this problem. The collision dynamics of O_2(v approx.< 20) now appears to be well understood; however, at higher vibrational levels, which are energetically local to the hypothesized O_4 complex and to the transition state for O + O_3 formation, much work is still needed.
机译:多年以来,人们已经知道,通过在中层大气中臭氧的光解作用,可以在非常高的振动状态下产生分子氧,而高度ex灭的氧对大气的潜在影响已成为广泛研究的主题。这篇简短的文章介绍了有关此问题的最新实验和理论进展。现在似乎已经很好地理解了O_2(v约<20)的碰撞动力学。但是,在较高的振动水平上,该振动水平在能量上是假设的O_4配合物和O + O_3形成的过渡态局部,仍然需要大量工作。

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