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Photodissociation dynamics of azulene

机译:z的光解离动力学

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摘要

Photodissociation of azulene at 193 nm was studied in a molecular beam using multimass ion imaging techniques. Most of the azulene molecules excited by 193 nm photon quickly relax to the ground electronic state through internal conversion,then isomerize to naphthalene, and eventually dissociate through the H atom elimination channel with a rate of 5.1 X 10~4 s~(-1). A small amount of azulene entering different isomerization channels was found. The effect of dissociation in the energy transfer experiments using azulene as a vibrationally highly excited molecule and the existence of azulene in an interstellar medium is discussed.
机译:使用多质量离子成像技术在分子束中研究了azulene在193 nm处的光解离。大部分被193 nm光子激发的a并分子通过内部转化迅速弛豫为基态,然后异构化为萘,并最终以5.1 X 10〜4 s〜(-1)的速率通过H原子消除通道解离。发现少量的z石进入不同的异构化通道。讨论了离解在使用氮作为振动高激发分子的能量转移实验中的影响,以及恒星在星际介质中的存在。

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