TO TOP

Dissertations

to top

2022
  • LXXIII 15.07.2022 Stefan Dieckhöfer
    Insights into the confined pore environment of three-dimensional electrodes – Operando SECM studies on CO2-reduction gas diffusion electrodes
  • LXXII 12.04.2022 João R. C. Junqueira
    A Journey into the Electrochemical CO2 Reduction Reaction: From Reactors to Catalyst Design
  • LXXI 01.04.2022 Thomas Quast
    Design and Development of Nanoelectrochemical Tools for Single-Entity Electrochemistry


to top

2020
  • LXX 05.10.2020 Olga Krysiak
    Enhanced photoelectrocatalysis by designed interfaces between photoabsorbers and electrocatalysts
  • LXIX 15.07.2020 Danea Betzabeth Medina Ramirez
    Rechargeable metal-air batteries: Overcoming the challenges in the positive electrode
  • LXVIII 14.07.2020 Denis Öhl
    Electrocatalysis on Ag-based Gas Diffusion Electrodes - from Catalyst Design to Operando Studies
  • LXVII 13.07.2020 Tobias Löffler
    Exploring pathways for the development of novel electrocatalysts for energy conversion
  • LXVI 13.07.2020 Patrick Wilde
    Evaluation of Nanostructured Electrocatalysts by Correlation of Structure and Activity: From Ensemble to Single-Entity and Operando Studies
  • LXV 26.06.2020 Tim Bobrowski
    Efficient and stable immobilisation and wiring of bioelectrocatalysts on specific electrode surfaces for bioelectrocatalytic applications
  • LXIV 26.06.2020 Julian Szczesny
    Redox Polymer Modified Bioelectrodes for Bioelectrochemical Applications
  • LXIII 30.05.2020 Christian Leson
    Elektrochemische Robotik zur Analyse von Korrosionsphänomenen von NiTi Formgedächtnislegierungen
  • LXII 06.03.2020 Sandra Möller
    Kohlenstoffkorrosion in alkalischen Medien. Bestimmung mittels differentieller elektrochemischer Massenspektrometrie


to top

2019
  • LXI 06.12.2019 Tsvetan Tarnev
    Scanning electrochemical cell microscopy as a tool for the evaluation of electrocatalytic activity at the nanoscale
  • LX 29.11.2019 Daniela Wintrich
    Selektivität und Stabilität von Elektrokatalysatoren für industriell relevante Prozesse am Beispiel der Chlorevolution, Sauerstoffevolution und Ethanoloxidation
  • LIX 29.11.2019 Miriam Marquitan
    Amperometric sensors for hydrogen peroxide, glucose and glutamate based on carbon nanoelectrodes for single-cell analysis
  • LVIII 15.11.2019 Nikola Markovic
    Gas diffusion bioelectrodes - design and application
  • LVII 01.03.2019 Dulce Morales Hernandez
    Enhancement of the electrocatalytic activity of earth-abundant transition metal oxides towards the oxygen evolution reaction via strategic synthesis routes


to top

2018
  • LVI 30.11.2018 Alexander Botz
    Untersuchung von sauerstoffbasierten elektrokatalytischen Reaktionen mittels hochauflösender elektrochemischer Rastermikroskopie


to top

2017


to top

2016


to top

2015


to top

2013


to top

2012
  • XXXIII 30.11.2012 Justus Masa
    Synthesis, design and characterization of metalloporphyrins, polymer-metal composites and metal-free catalysts for oxygen reduction
  • XXXII 28.08.2012 Aleksandar Zeradjanin
    Efficiency of electrocatalytic gas evolution on transition metal-oxides : from spatial distribution of morphological pattern towards understanding of electrocatalysis as resonance phenomenon
  • XXXI 28.08.2012 Artjom Maljusch
    Integrated scanning kelvin probe scanning electrochemical microscopy system : design, development and applications
  • XXX 25.05.2012 Michaela Nebel
    Mehrdimensionale elektrochemische Rastermikroskopie zur hochaufgelösten Abbildung lokaler katalytischer Aktivität


to top

2011


to top

2010


to top

2009


to top

2008


to top

2007


to top

2006


to top

2005


to top

2004


to top

2003


to top

2002


to top

2001


to top

2000


to top

1999
  • III Andreas Hengstenberg
    Elektrochemische Rastermikroskopie zur hochaufgeloesten Untersuchung von Biosensoroberflaechen und einzelnen Zellen


to top

1996
  • II Thomas Loetzbeyer
    Entwicklung von Biosensorsystemen fuer L-Glutamat zur Verwendung in Lebensmittelkontrolle, Prozessueberwachung und Neurophysiologie
  • I Christine Kranz
    Mikrostrukturierte Modifikation und Abbildung von Oberflaechen mittels der elektrochemischen Rastermikroskopie