Matthias Daxner

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The self-assembly of salt nanocrystals from chemical reactions inside liquid helium is reported for the first time. Reaction is initiated by an electron impacting a helium nanodroplet containing sodium atoms and SF6 molecules, leading to preferential production of energetically favorable structures based on the unit cell of crystalline NaF. These favorable(More)
Helium droplets provide the possibility to study phenomena at the very low temperatures at which quantum mechanical effects are more pronounced and fewer quantum states have significant occupation probabilities. Understanding the migration of either positive or negative charges in liquid helium is essential to comprehend charge-induced processes in(More)
Transformation dynamics of Ni clusters into NiO rings under electron beam irradiation, submitted to Nanoscale (2016).induced solvation of alkalis in liquid helium nanodroplets, submitted to Phys. Rev. Lett. Formation of bimetallic clusters in superfluid helium nanodroplets analyzed by atomic resolution electron tomography, A classic case of Jahn-Teller(More)
Electron attachment to CO2 embedded in superfluid He droplets leads to ionic complexes of the form (CO2)n(-) and (CO2)nO(-) and, at much lower intensities, He containing ions of the form Hem(CO2)nO(-). At low energies (<5 eV), predominantly the non-decomposed complexes (CO2)n(-) are formed via two resonance contributions, similar to electron attachment to(More)
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