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Kekule Stipendium for Jannik Mehmel
2024/04/08
Jannik Mehmel received the Kekule Scholarship from the Chemical Industry Fund on April 1 for his prospective work at AK Schäfer, congratulations.
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Recent Publications
2024/03/13
Our publications of the last months deal with the first measured ionization potentials using a monochromator on the “old” VUV spectroscopy apparatus. In addition, we have investigated the dielectric properties and geometric structures of Si N clusters (N=12-30) in electrical deflection measurements and were able to observe a prolate growth behavior, which changes into a spherical growth at about N=30.
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Start of PhD Jannik Mehmel
2023/11/01
Since November 2023, Jannik Mehmel is a PhD student in the Schäfer group. In the context of his PhD, he continues the research on magnetic deflection of clusters in the molecular beam. Long-term plans include the realization of the Rabi experiment on clusters as well as method-combined isomer-selective experiments.
Physikalische Chemie mikroskopischer Systeme
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Vacancy: Combined Deflection Experiments on p-Doped Tin Clusters
To the Internship or Thesis
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Vacancy: Vibrationally-Resolved Photodissociation Spectroscopy and Franck-Condon Simulations of Cu₂⁺ and Ag₂⁺
To the Internship of Thesis
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Vacancy: Design and Commissioning of the Temperature Control for a Magnetron Sputter Source
To the Internship or Thesis
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Vacancy: Magnetic Properties of Doped Tin Clusters at Low Temperatures
To the Internship or Thesis
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Vacancy: TPD/TPR Studies of H₂, Ethane und Propane on Supported Metal Oxide Layers
To the Internship or Thesis
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Vacancy: Characterization and Optimization of the Quadrupole Mass Filter Resolution
To the Internship or Thesis
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Welcome to the Research Group of Prof. Dr. Rolf Schäfer!
Our work is all about clusters, which in chemistry and physics stands for particles that are made up of a few atoms. Between atomic and solid state physics, interesting effects occur which we aim to understand. Our research activities range from the preparation and characterization of clusters of various sizes and compositions in high vacuum and on defined surfaces to their theoretical description with modern quantum chemical methods.
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