Projects
Cry-Probe: Probe station for Cryogenic and Vacuum measurements KU Leuven
In response to the rapidly increasing need for harsh environment electronics, the ADVISE Relylab at Geel Campus houses several highly specialized facilities for radiation hardness testing and characterization. The additional possibility to characterize radiation tolerant components under extreme temperature conditions, would result in a huge added value: combined environmental effects as well as the impact of temperature cycling can be ...
Sensitivity Upgrade at High Magnetic Field for NMR Based Science in the Next Decade. Ghent University
A cryogenically cooled PRODIGY 5mm TCI cryoprobe with 60 G.cm-1 Z-gradient coil and automatic tuning & matching, operating from -40° to +80°C and compatible with the 700 MHz equipment at the heart of the high-resolution NMR technology platform at UGent. It includes:
1) a cryoprobe with cryogenically cooled 1H/2H/19F & 13C coils - the main channel can be tuned to either 1H or 19F. A room temperature 15N coil allows 1H, ...
Gas-Liquid Interface Dynamics in Non-Isothermal Sloshing: Experimental Analysis and Simplified Modeling KU Leuven
The dynamics of a gas-liquid interface stems from a synergy of forces, primarily involving inertia, viscous dissipation, gravity and capillarity. This work focuses on the latter, which arises from the surface tension at the gas-liquid interface and the interactions with the solid surface. This phenomenon impacts many industrial applications, such as coating, inkjet printing, oil recovery, microfluidics, and medical laboratory-on-a-chip ...
Spin Driving in Quantum-Coherent Materials Hasselt University
Electrically Read Diamond Spin Qubits Entanglement Hasselt University
Maestro: Mastering Technologies For Scalable Spin-based Solid-State Quantum Processors. Hasselt University
Operationally Stable Perovskite Light Emitting Diodes at High Radiance KU Leuven
In this project, we intend to fill the knowledge gap on the degradation mechanism of perovskite light emitting diodes (PeLEDs) and demonstrate PeLEDs that can be operated stably at high brightness/radiance. The objectives that we hope to achieve will lay the foundations for the application of PeLEDs as the next generation light source. We will first embark on fundamental research to elucidate the factors that determine operational stability ...
Exploiting non-covalent interactions in peptide assemblies for controlled-drug delivery Vrije Universiteit Brussel
Novel methods and 4D-XCT tools for in situ characterisation of materials and their microstructural changes during functional testing KU Leuven
The overall goal of the project is the realization of an integrated 4D X-ray Computer Tomography (4DXCT) toolbox for the in situ mechanical testing and analysis of fibrous materials. Two representative sample studies of fibrous materials, whose mechanical behavior and damage development are still insufficiently understood, will demonstrate the general applicability of our approach: 3D printed composite materials (3DPCM) and biological tissues ...