Abteilung Chemische Materialsynthese

Institut für Materialwissenschaft

Prof. Dr. Oliver Clemens


Hinweis: Ab 1.3.2023 wird die Verwaltung der Abteilung Chemische Materialsynthese (IMW4) sowie der Abteilung Bioinspirierte Materialien (IMW3) durch Frau Julia Niemann verstärkt. Bitte adressieren Sie die Korrespondenz mit den Abteilungen von nun an wie folgt:


Bioinspirierte Materialien, IMW3: verwaltung.imw3@imw.uni-stuttgart.de

Chemische Materialsynthese, IMW4: verwaltung.imw4@imw.uni-stuttgart.de




Unsere Aktivitäten, Forschungsprojekte, Materialien, Methoden und Anwendungen:

The group of Chemical Materials Synthesis under the lead of Prof. Dr. Clemens is currently developing new materials for energy storage applications, including active electrode materials for fluoride ion batteries, ion conductors for solid state batteries, and catalytically active materials for solid oxide fuel cells and protonic ceramic fuel cells. More recently, we also consider recycling strategies for all solid state batteries.


Many of these materials have complementary functional properties, such as magnetic ordering or superconductivity. Coupling of such properties to electrochemical reactions opens a pathway to tunable functional properties, interesting for both, energy storage and information technologies.


The compounds of our interest range from perovskites and their vacancy ordered derivates, materials with Ruddlesden-Popper type structure and garnet based solid electrolytes. A strong focus is set on materials synthesis and topochemical modification, e. g. via hydration or fluorination routes. Thus a broad range of techniques are being explored, including solid state reactions, sol-gel synthesis, reactive milling, hydrothermal reactions, spray pyrolysis approaches, and thin film synthesis, which then are coupled with techniques such as polymer based fluorination routes.


Deep understanding of the materials requires the use of various techniques available in our group, among them XRD, electrochemical characterization, and impedance spectroscopy. Such measurements are complemented with other techniques accessible after application (neutron diffraction, X-ray absorption spectroscopy), or in co-operation with other groups (Raman, IR, XPS, SQUID magnetometry, TEM).


If you got interested on working in our group or doing a student project, please contact Prof. Dr. Clemens for further information. We’re always delighted to host international researchers from around the world!

Vorlesungen und Übungen Sommersemester 2020


Institut für Materialwissenschaft

Heisenbergstr. 3, 70569 Stuttgart, Abteilung Chemische Materialsynthese

Dieses Bild zeigt Oliver Clemens

Oliver Clemens

Prof. Dr.


Juliane Kränzl



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