About the facility
X-ray computed tomography (XCT) is a non-destructive imaging technique that can be used to reveal the internal microstructure of a material. The technique allows microscale properties, such as mineral phases, porosity and defects, to be measured in 3D, revealing their spatial distribution, volume, orientation, shape and size distribution.
We can explore the effect of temperature, mechanical stress, humidity and time on the internal microstructure of a sample using our in-situ rigs. XCT can be used to understand materials across a range of applications, from ceramics and biomaterials to composites and metals. The facility particularly specialises in the analysis of cementitious and infrastructure materials during loading or ageing.
Our data collection capability is supported by our comprehensive analysis suite, allowing for 3D reconstructions, pore network modelling and permeability simulations.
This facility is part of the Henry Royce Institute and is funded by the Engineering and Physical Sciences Research Council.
Funding and access options
If you’re from another academic institution, a research technology organisation, or a UK-based SME, you may be able to access the X-ray Computed Tomography Facility through Royce’s equipment access schemes.
If you’re a researcher based at the University of Leeds, enquire to explore access options. If you’re a business, learn more about access options for facilities.
Available equipment
- Zeiss Versa XRadia 410 XCT Microscope, with five optical lenses and enhanced phase-contrast signal for low density materials.
- Deben CT5000TEC rig for in-situ tensile loading or compression up to 5kN force and heating or freezing while imaging from 15°C to 160°C.
- Deben Reaction Cell for monitoring material behaviour and chemical reaction changes at the microscale with two gas inlets and humidity control from 10 to 90%.
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