SAMOP 2023 – wissenschaftliches Programm

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14:30	MO 18.1	Characterization of a simple supersonic expansion source for small molecular ions — •Lukas Berger, Aigars Znotins, Florian Grussie, Damian Müll, Felix Nuesslein, Arnaud Dochain, Joffrey Fréreux, Xavier Urbain, and Holger Kreckel

14:45	MO 18.2	OH⁺He as simple example to illustrate fundamental concepts of intermolecular interactions. — •Nima-Noah Nahvi, David Müller, and Otto Dopfer

15:00	MO 18.3	Investigation of the homogeneous line width of organic molecules attached to rare-gas clusters — •Arne Morlok, Ulrich Bangert, Lukas Bruder, Ylin Li, and Frank Stienkemeier

15:15	MO 18.4	Experimental cross sections for the uptake of alkyl alcohols by binary HNO3/H2O clusters — Yihui Yan, Andriy Pysanenko, Karolina Farnikova, Eva Pluharova, Michal Farnik, and •Jozef Lengyel

15:30	MO 18.5	Femtosecond pump-probe spectroscopy of tetracene in the gas phase and in helium nanodroplets — Audrey Scognamiglio, Nicolas Rendler, •Sebastian Hartweg, and Frank Stienkemeier

15:45	MO 18.6	Plasmon quenching of a single gold nanoparticle in the gas phase — •Björn Bastian, Benjamin Hoffmann, Sophia Leippe, and Knut R. Asmis

16:00	MO 18.7	Setup Of A Spectrometer To Detect Raman Optical Activity — •Klaus Hofmann and Ingo Fischer

16:15	MO 18.8	Salt effects on the translocation dynamics of polycationic peptide nucleic acids through a protein nanopore — •Ioana Cezara Bucataru, Alina Asandei, Loredana Mereuta, and Tudor Luchian