A NEW CRC MultiTrans publication
How to enhance an effective heat dissipation in lightweight electronic devices with an easy to recycle (single)material? “High and Tuneable Anisotropic Thermal Conductivity Controls the Temperature Distribution of 3D Printed All-Polyethylene Objects” by I. Klein et al. presents a thorough investigation to answer that question ...more
NEW CRC MultiTrans publication
To Stop or to Shuttle Halides? In our new publication in ASC Energy Letters we investigate the Role of an Ionic Liquid in Thermal Halide Mixing of Hybrid Perovskites. ...more
NEW CRC MultiTrans publication
Our article by R. Loukrakpam et al. published in Journal of Power Sources presents challenges and limitations of accelerated stress testing in gas diffusion electrode half-cell set-ups in comparison to model thin film electrodes and full fuel cells. ...more
MAIN GOALS AND VISION
Controlling the flow of ions, molecules, electrons and heat by nano structuring model materials. We combine synthesis, processing, cutting-edge characterization and theory to develop a fundamental understanding of multiple transport phenomena. ...more
NEW CRC MultiTrans publication
Our recent article by Y. Du et al. published in Advanced Energy & Sustainability Research presents an innovative methods to increase the loading capacity and the accessibility of metal–organic framework (MOF) active sites in monolithic materials. ...more
NEW CRC MultiTrans publication
An important article with the title “Ultrafast Proton Conduction in an Aqueous Electrolyte Confined in Adamantane-like Micropores of a Sulfonated, Aromatic Framework” by S. F. Winterstein et al. has been published in JACS. ...more
