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SXNS17

15–18 Jul 2024
ESRF Auditorium
Europe/Paris timezone

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Session

Dynamics of surfaces, interfaces, and nanostructures

16 Jul 2024, 16:20
ESRF Auditorium

ESRF Auditorium

Conveners

Dynamics of surfaces, interfaces, and nanostructures: Dynamics of surfaces, interfaces, and nanostructures

  • Jakub Drnec (ESRF)

Presentation materials

There are no materials yet.

  1. 98. Dynamic surfaces and interfaces in batteries
    Hans-Georg Steinrück (Forschungszentrum Jülich, INW & RWTH Aachen)
    16/07/2024, 16:20
    Invited

    Dynamic surfaces and interfaces in batteries

    Understanding the dynamic properties of surfaces and interfaces is foundational to many scientific disciplines. In electrochemistry, charge transfer occurs at the solid–liquid interface between electrode and electrolyte. For almost all systems and under most conditions, these interfaces are dynamic and evolve with time. This is particularly...

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  2. 85. Simultaneous Interfacial Rheology and Neutron Reflectometry studies on fluid interfaces
    Pablo Sanchez Puga (ILL)
    16/07/2024, 16:50
    Oral

    Fluid interfaces with adsorbed substances are present in many systems in nature and industrial processes. Such interfaces often have a complex structural configuration which confers them the capability to withstand deformations. Consequently, they have been the object of study in recent decades both from a structural and rheological point of view. To date, there have been limited examples of...

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  3. 43. Laser-initiated electron and heat transport in gold-skutterudite CoSb3 bilayers resolved by pulsed x-ray scattering
    Anton Plech (Karlsruhe Institute of Technology)
    16/07/2024, 17:10
    Oral

    Transport phenomena at interfaces include amongst others the transport of heat or charges, which are of eminent importance in electronic or energy harvesting devices [1]. By using pulsed x-ray scattering with 80 ps time resolution following laser excitation of thin films [2] we were able to resolve the caloric balance in layered structures of gold and a skutterudite, CoSb$_3$. From the...

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  4. 87. Understanding the role of hydrogen in the phase transitions of nickelate systems
    Rebecca Pons (Max Planck Institute for Solid State Research)
    16/07/2024, 17:30
    Oral

    The modification of epitaxial layers through hydrogenation is a thriving field of research that offers diverse opportunities to tune the physical properties of different systems. Recent research has been extended to correlated oxide interfaces, where hydrogen induced, reversible metal-to-insulator transitions have been uncovered in material systems such as rare-earth nickelates [1-2]. The...

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  5. 75. High-resolution spatio-temporal strain imaging reveals loss mechanisms in surface acoustic wave device
    Dr Tobias Schulli (ESRF)
    16/07/2024, 17:50
    Oral

    Surface acoustic wave (SAW) devices are key components for processing radio frequency signals in wireless communication, known for their high performance, compact size and low cost. A quantitative understanding of energy conversion and loss mechanisms is essential to improving device structures and materials. Using the 100 ps bunch length of The European Synchrotron ESRF, our stroboscopic...

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