首页> 外文会议>2013 Conference on Lasers and Electro-Optics Europe amp; International Quantum Electronics Conference >Control of fragmentation reactions in impulsively aligned polyatomic molecules by selective removal of inner-valence electrons
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Control of fragmentation reactions in impulsively aligned polyatomic molecules by selective removal of inner-valence electrons

机译:通过选择性去除内价电子来控制脉冲排列的多原子分子中的断裂反应

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摘要

Recently, selective fragmentation of polyatomic molecules using the carrier-envelope phase (CEP) of few-cycle ionizing laser pulses as the control parameter [1] has been demonstrated [2]. It was shown that the underlying mechanism is selective removal of specific (inner-valence shell) electrons, which puts the molecule into a dedicated dissociative electronic state from which the molecule then fragments along a desired pathway.
机译:近来,已经证明了使用几个周期的电离激光脉冲的载流子包络相(CEP)作为控制参数[1]来选择性分裂多原子分子[2]。结果表明,潜在的机理是选择性去除特定的(内价壳层)电子,这使分子进入专用的解离电子状态,然后分子从该状态开始沿着所需的路径断裂。

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