Verfügbare Bachelorarbeiten , öffnet eine externe URL in einem neuen Fenster:
Verfügbare Masterarbeiten , öffnet eine externe URL in einem neuen Fenster:
Felix Marschner | Automatische Auswertung spektraler Messdaten |
Michael Brunthaler | Wachstum von 2-Naphthyl-Isonitril-Gold(I)-Chlorid auf Au(110 |
Daniel Kahr | Real time monitoring the CVD growth of monolayer MoS2 using in-situ optical spectroscopy |
Alexander Ebner | Optische Spektroskopie an Cu(110) Oberflächen |
Michael Walter | Upgrading the coarse approach of the VT-STM |
Michael Steiner | Bremsvermögen von Vanadium für H und He-Ionen |
Simon Schuler | Charge exchange of He+ Ions on a Al-surface under Oxygen exposure |
Aleksander Brozyniak | Monolayer deposition of CoPc on Ag(110) |
Gabriel Undeutsch | Electronic stopping cross section of slow H and He Ions in Tantalumoxide |
Philipp Hofmann | Entwicklung und Erprobung eines engebetteten Spektrometers mittels Raspberry Pi |
Markus Hirsch | Aufbau und Erprobung eines Kompakt-Photometers |
Markus Gusenbauer | Materialien für thermische Elektronenemission |
Martin Hosner | Charge exchange of He+ on clean and <oxygen exposed Fe surfaces, studied by LEIS |
Mirjana Keser | Konstruktion eines Probenmagazins für die UHV-Apparatur MiniMobis |
Armin Cosic | Charge exchange of He+ ions scattered from a polycrystalline Au-surface |
Michael Bayer | Analysis of Zn coated polymers using Rutherford Backscattering Spectroscopy |
Anna Theresa Steiner | Measurements of the electron emission of thoriated thungsten and oxide cathodes in vacuum |
Michaela Hofer | Polarisationsabhängigkeit der Photoelektronenemission und der Reflexion von Licht |
Stefan Gruber | Electronic stopping cross section of Tantalum in LEIS |
Markus Aiglinger | Polarisation dependent Differential Reflectance Spectroscopy |
Jeffrey Schuster | Bestimmung des elektronischen Bremsvermögens von SiC für He+ Ionen um das Stoppingmaximum |
Sebastian Wolfmayr | Wachstum von Pentacen auf Cu(110) und Cu(110)-(2x1)O |
Dorian Ziss | Neutralization of He+ ions at compound surfaces |
Michael Mühlegger | The growth of organic molecules on textured TiO2(110) surfaces |
Barbara Bruckner | Reionization in LEIS: Experiments and Monte-Carlo-simulations |
Martin Jachs | Growth of Quinacridone on Cu(110) and Cu(110)-(2x1)O surfaces |
Thomas Lackner | Tetraphenylporphorin (H2TPP) growth on Ag(111) |
Paul Joachim Wagner | Analysis of PbS/PbCdS nanocrystals by Rutherford backscattering spectroscopy |
Christoph Ahamer | Resonant charge transfer between He ions and an Indium surface |
Stefanie Siebeneichler | Post-depositional evolution ob Rubrene on Mica |
Robert Zimmerleiter | Ag(441) surfaces studied in reciprocal space |
Michael Györök | QAC auf Ag(111) |
Daniel Huber | Analysis of polarization dependent PEEM measurements |
Thomas Stockinger | Control of an Auger Electron Spectrometer (AES) |
Thomas Lettner | Graphene sample preparation and α-sexithiophene growth measurement on graphene: graphene preparation and characterization |
Wolfgang Eder | Graphene sample preparation and α-sexithiophene growth measurement on graphene: α-sexithiophene growth on graphene |
Philipp Kürnsteiner | Matrix effects in charge of He ions at a Ni(111) surface containing oxygen |
Roland Steinbauer | Oxidation of Ni(111) investigated by LEIS |
Stefanie Rund | Charge exchange of He+ ions at aluminium surfaces |