Wednesday, April 17th 2024

09:00	KEYNOTE: Dr. Monika Hartl European Spallation Source ERIC “Preparations for in-situ electrochemistry and neutron scattering at the European Spallation Source“
10:00	Room 1	Room 2
	Methods for material analysis	CO₂ electroreduction
	Session chair: Dr. Piret Pikma	Session chair: Prof. Kaido Tammeveski
	Dr. Armin Hoell, Helmholtz-Zentrum Berlin “The ASAXS Technique for Analyzing Structure and Compositions, along with its Applications in the Field of Catalysis“	Dr. Chandani Singh, Flemish Institute for Technological Research “Gas Diffusion Electrode based on Cu-clusters for CO₂ electroreduction to C2 products“
10:20	Dr. Robert Temperton, MAX IV Laboratory “Operando Soft-Xray Spectroelectrochemistry at the MAX IV Laboratory“	Dr. Ranjith Prasannachandran, Materials & Chemistry, Flemish Institute for Technological Research “Unraveling The Degradation Mechanism In Metal-Based Electrodes For CO₂ Electroreduction With In-Situ Raman Spectroscopy“
10:40	Dr. Jörg Pieper, University of Tartu “Structural Characterization of Protein Supercomplexes for a Bioinspired Electrochemical Cell“	Mrs. Iuliia Vetik, University of Tartu “Understanding CO₂ Electrosorption on Conductive Metal-Organic-Frameworks“
11:00	Coffee break
11:20	Methods for material analysis	CO₂ electroreduction
	Session chair: Prof. Gunnar Nurk	Session chair: Dr. Nadežda Kongi
	INVITED: Dr. Nejc Hodnik, National Institute of Chemistry “Unveiling Electrocatalyst Stability via Advanced Electrochemical Characterization“	Ms. Mahsa Amiri, University of Tartu “Ultra-thin Defective TiO₂ Films as Photocathodes for Selective CO₂ Reduction to Formate“
11:40	Prof. Yuye J. Tong, Georgetown University “Deciphing the Roles of Surface Mono- vs Bi-dentate Formate in Formic Acid Oxidation Reaction on Pd and Pt Electrocatalysts by in situ IR Spectroscopy“	Ms. Anna Chmielnicka, University of Warsaw “Electroreduction Properties of Nanostructured WO₃-intercalated Copper Catalysts“
12:00	Ms. Miriam Koppel, University of Tartu “Quasi-Elastic Neutron Scattering for Studying the Self-diffusion of H₂ Adsorbed in Carbide-derived Carbons for H₂ Storage Applications“
12:20	Dr. Silvar Kallip, University of Tartu “Development and Application of Localized Techniques (3D SVET) for Corrosion Study“