Stellenausschreibung für wissenschaftliche Mitarbeiter
Darstellung neuer gemischt-leitender Materialien und Untersuchung deren katalytische Eigenschaften
Synthesis of novel mixed conducting materials and investigation of their catalytic properties
Abschlussarbeiten für Studierende
Wir bieten für Studierende diverse Abschlussarbeiten in verschiedenen Themenbereichen der chemischen Materialsynthese an. Themenmöglichkeiten bestehen im Kontext der Batteriematerialien, deren Recycling, der Entwicklung neuer funktionaler Materialien mit schaltbaren Eigenschaften (Magnetismus, Supraleitfähigkeit, optische Eigenschaften) und elektrokatalytisch aktive Materialien für Brennstoffzellen. Bei Interesse kontaktieren Sie bitte Prof. Clemens per Email (oliver.clemens@imw.uni-stuttgart.de), der Sie gerne an einen möglichen Betreuer zu diesem Themenkomplex verweisen kann.
We offer topics for students in the field of materials science addressing various aspects of material synthesis and characterization. These topics are in the context of battery materials and their recycling, tunable and tailored functional properties (e.g., superconductivity, magnetism, optical properties), as well as electrocatalysts for fuel cells. If you’re interested, please contact Prof. Clemens via Email (oliver.clemens@imw.uni-stuttgart.de), who will create a contact for a potential supervisor of respective topics.
Batteries
Room temperature applications of intercalation-based electrode materials for fluoride ion batteries
Electrochemical fluorination of Ruddlesden-Popper type compounds in aqueous fluoride containing media
Substitution chemistry of sodium-containing vanadate phosphates and the impact on their electrochemical characteristics as electrode material for sodium ion batteries
Synthesis and characterisation of spinel-type vanadates Li1-xM1+x/2VO4 (M = Mn, Co, Ni) as electrode materials for lithium ion batteries
Synthesis and characterization of borane-based compounds as fluoride ion conductors for fluoride ion-batteries
In-situ diffraction studies of electrode materials within all-solid-state batteries
Synthesis and characterization of chemically complex cathode materials using nebulized spray pyrolysis
Coating strategies for the development of functional intercalation-based materials for fluoride ion batteries
Tunable and Tailored Properties
Topochemical fluoride – hydride exchange for the preparation of new optical materials
Exploring novel superconductors by the use of topochemical reaction routes
Ion substitution in structural complex manganese-based materials – a route to novel ferrimagnets?
Selective deoxygenation of an oxyfluoride compound
Reductive defluorination of materials with polyanion groups
Mixed-proton electron conductors
Influence on Ba-site doping in mixed electron-proton-conducing catalysts on the stabilization of protonic charge carriers
Synthesis and characterization of hexagonal hydroxide containing perovskites for the ORR / OER in alkaline fuel cells
Synthesis and characterization of manganese containing perovskite based oxide-hydroxides for the use as fuel cell catalysts
Degradation effects of dense proton conductors on the uptake and release of water
Synthesis aspects
Epitaxial growth of barium based perovskite films by wet chemical approaches
Sintering and compaction methods for metastable compounds
Microwave synthesis of perovskite materials
Hot-pressing of electrolyte materials for fluoride-ion batteries
Recycling of batteries
How to recycle post-Li ion battery technologies?
Recycling efficient choices of electrode materials within solid state batteries