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首页> 外文会议>2017 Conference on Lasers and Electro-Optics Europe amp; European Quantum Electronics Conference >Strong near-field induced molecular processes on nanoparticles
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Strong near-field induced molecular processes on nanoparticles

机译：纳米粒子上的强近场诱导分子过程

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摘要

Summary form only given. Strong-field induced processes in molecules such as ionization and dissociation have been subject to theoretical and experimental investigations for many decades [1]. These processes include, e.g., above threshold ionization, high harmonic generation with the generation of attosecond pulses, and laser induced electron diffraction. Since these effects strongly rely on the exact spatial and temporal evolution of the electric fields they are also influenced and controlled by the presence of enhanced near-fields in the proximity of a nanostructure [2]. Recent theoretical and experimental work focused mainly on either atomic processes in strong near-fields or near-field driven photoemission from nanostructures. Here, we go beyond these studies and investigate the near-field control of one of the most fundamental molecular strong-field processes, namely multiple ionization leading to Coulomb explosion.
机译：仅提供摘要表格。分子中的强场诱导过程（例如电离和解离）已经接受了数十年的理论和实验研究[1]。这些过程包括，例如，高于阈值电离，产生具有阿秒脉冲的高次谐波，以及激光诱导的电子衍射。由于这些效应强烈依赖于电场的精确时空演化，因此它们也受到纳米结构附近增强的近场的影响和控制[2]。最近的理论和实验工作主要集中在强近场的原子过程或纳米结构的近场驱动的光发射中。在这里，我们超越了这些研究，而是研究了最基本的分子强场过程之一的近场控制，即多重电离导致库仑爆炸。

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