Cofinancing core facility - Centre for X-ray Tomography – UGCT

UGCT – Ghent University Centre for X-ray Tomography

Identifying contrast agents for 3D imaging of biologically derived soils in porous organic substrates

A grating interferometry add-on for high-resolution X-ray phase contrast and dark-field imaging at UGCT

Sub-voxel porosity and saturation level quantification by dual energy CT

Development of 3D elemental, structural and isotopic microanalysis techniques for the study of unique meteoritic materials

Development of methodologies for X-ray transmission CT imaging to provide both chemical and morphological information

iXCON: Industrial X-ray CT for high throughput quality control

Development of a framework for advanced processing of 4D dynamic X-ray micro-CT data, using integrated reconstruction and analysis methods

Introduction of Talbot-Lau X-ray phase contrast microtomography at UGCT and comparison with single-image in-line phase propagation microtomography

Novel Techniques for inspection and engineering of food (micro)structure based on X-ray computed tomography

Fundamental study of the origin of artefacts in micro/ nano-CT with X-rays

Combined quantitative chemical and morphological imiaging in 3D at a nanoscopic level

Development of peripheral equipment for conditioned X-ray nanotomography measurements

Development of prototype "X-ray Scanner nanoCT

Phase contrast tomography a nano focus X-ray tube

ACcurate Temperature REconstructions and climate change mapping in tree rings of Ancient bristlecone pines, the Longest-living trees in the world [ACTREAL]

MoCCHa-CT: Model-coupled 4D-uCT for advanced material characterisation

Soil 3-D architecture and protection of soil organic matter: combining X-ray CT and biological approaches

development of camsules with evolving brittleness and topmization of healing agents to realize self-healing concrete with extended service life

Combined X-Ray Fluorescence and Absorption CT (XRF-CT) imager for non-destructive 3D elemental/structural analysis on the microscopic scale.

Fysical stabilisation of surface organic dust calculated from the surface pore structure en the spatial distribution of organic dust through X-rays nano CT scanning