Microscopy Conference 2023

In-situ electric fields mapping of potential-induced processes by pixelated-DPC

IM 6: Phase-related techniques & 4D STEM

Poster session IM 6: Phase-related techniques & 4D STEM

Poster

IM 5: Quantitative image and diffraction data analysis

Probing local electrochemical and electrocatalytic processes in oxygen-evolving oxides in real-time

MS 1: Energy-related materials and catalysts

The session is focused on generating insights into the function of materials for energy storage, energy conversion and catalysis. Topics can be – but are not restricted to - charge transport, dynamics at interfaces (electrolyte/electrode or gas-phase/catalyst surface), cycling behavior and aging/deactivation. We are very interested in contributions that attempt to capture the relevant functional state of energy materials and catalysts, i.e., studies that reach beyond imaging of isolated systems in vacuum or investigations that employ an embedded multi-scale (in space and time) approach that allows to link between atomistic and collective dynamics. We also call for contributions regarding efficient detection of various generated signals, correlative application of analytical methods, as well as utilizing and developing quantitative data-analysis and machine learning. Studies on the impact of the electron beam for (in-situ) investigation of materials for energy-related or catalysis applications are also highly welcome.

Energy-related materials and catalysts I

Invited talk

IM 7: In situ/operando electron microscopy

Wetting properties of water in gas diffusion electrodes investigated with environmental scanning electron microscopy

Poster session MS 1: Energy-related materials and catalysts

Advanced denoising methods for Pt/C electrocatalyst studies with electrochemical liquid phase TEM

Poster session IM 7: In situ/operando electron microscopy

Liquid-phase electron microscopy studies of Cu/Cu2O nanocatalyst evolution during CO2 electroreduction

Al current collector corrosion studies using liquid cell electron microscopy

spectrum A

Materials science

Prof.

Vasiliki Tileli

Speaker

Further involvements