University of Innsbruck

Team

AGKunze

Dr. Andrea Auer

Andrea.Auer@uibk.ac.at

+43 512 507 58009

Room: 3EG03c

Dr. Nina Planken­steiner

Nina.Plankensteiner@uibk.ac.at

+43 512 507 58008

Room: 30244


Dr. Ser­gio Diaz Coello

Sergio.Diaz-Coello@uibk.ac.at

+43 512 507 58016

Room: 30244

Lucas Scheibel BSc

Lucas.Scheibel@student.uibk.ac.at

Room: 3EG22

  • Differential Electrochemical Mass Spectrometry
  • Hydrogen Evolution Reaction at CuNi alloys


Mehmet Coskun MSc

Mehmet Coskun MSc

Mehmet.Coskun@uibk.ac.at

Room: 3EG22

  • Electrochemical characterization of Pt(111) electrodes
  • Study of CO as an adsorbate as a catalyst poison via Electrochemical Infrared Spectroscopy
Christoph Griesser MSc

Christoph Griesser MSc

Christoph.Griesser@uibk.ac.at

+43 512 507 58035

Room: 3EG04

  • Ambient pressure XPS as novel tool to probe the electrified solid/liquid interface
  • Synthesis and characterization of transition metal carbides as electrocatalysts for the reduction of small molecules.

Matthias Leitner MSc

Matthias Leit­ner MSc

M.Leitner@uibk.ac.at

+43 512 507 58042

Room: 3EG04

  • Characterization of the solid-liquid interface on Cu single crystals:
    • Electrochemical Scanning Tunneling Microscopy
    • Electrochemical Infrared Spectroscopy
Thomas Mairegger MSc

Thomas Maireg­ger MSc

Thomas.Mairegger@student.uibk.ac.at

Externe Arbeit Rohrdorfer - Net Zero Emission Labs GmbH

Room: 3EG22

  • Cement-based CO2 capture and electroreduction at industrial scale
  • Combination of fundamental catalyst research with applied CO2 electrolyzer cells

Mag. Toni Moser MSc

Mag. Toni Moser MSc

Toni.Moser@uibk.ac.at

+43 512 507 58037

Room: 3EG22

  • Structural analysis of Cu and Au single crystals at the metal/electrolyte interface
Daniel Winkler MSc

Daniel Win­kler MSc

D.Winkler@uibk.ac.at

+43 512 507 58027

Room: 3EG04

  • Synthesis and characterization of transition metal carbides as electrocatalysts for the reduction of small molecules.
  • Investigations of the solid/liquid interface and online-product analysis during electrochemical CO2 reduction for design of novel electrocatalysts and fundamental understanding of the reaction mechanism and kinetics.
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