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battery_xct_workflows: extracting quality metrics from X-ray computed tomography of Li-ion cells. [PDF]

MethodsX
Jones MP, Reid HT, Young RS, Kok MDR, Iacoviello F, Robinson JB, Shearing PR, Jervis R.   +7 more
europepmc   +1 more source

Synchrotron X-ray micro-tomography -a new tool for wood identification

Synchrotron X-ray micro-tomography -a new tool for wood identification
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PERCIVAL: possible applications in X-ray micro-tomography

Journal of Instrumentation, 2020
X-ray computed micro-tomography (μCT) is one of the most advanced and common non-destructive techniques in the field of medical imaging and material science. It allows recreating virtual models (3D models), without destroying the original objects, by measuring three-dimensional X-ray attenuation coefficient maps of samples on the (sub) micrometer scale.
Pinaroli G., Lautizi G., Donato S., Stebel L., Cautero G., Giuressi D., Gregori I., Zilio S. D., Sergo R., Scarcia M., Cudin I., Wunderer C. B., Correa J., Marras A., Aplin S., Boitrelle B., Orsini F., Goettlicher P., Kuhn M., Lange S., Niemann M., Shevyakov I., Zimmer M., Guerrini N., Marsh B., Sedgwick I., Greer A., Nicholls T., Pedersen U. K., Tartoni N., Hyun H., Kim K., Rah S., Graafsma H., Menk R. H.   +34 more
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Dose fractionation in synchrotron radiation x-ray phase micro-tomography

Physics in Medicine and Biology, 2015
Phase sensitive x-ray imaging expands the applicability of standard attenuation based techniques by offering several orders of magnitude of increase in sensitivity. Due to the short wavelength, x-ray phase is not directly measurable, but has to be put in evidence by the use of phase contrast techniques.
Frachon, T., Weber, L., Hesse, B., Rit, S., Dong, P., Olivier, Cécile, Peyrin, Françoise, Langer, M.   +7 more
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X-ray Nano- and Micro-tomography in an SEM

Microscopy Today, 2013
X-ray microfocus computer tomography (μ-CT) is a non-destructive experimental technique that reveals the 3D internal microstructure of the sample under study. The experimental set-up consists of an X-ray source, an X-ray detector, and set in between is a sample that is placed on a rotation stage. With this set-up multiple X-ray projection images can be
Bart Pauwels, Alexander Sasov
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X-ray Micro-tomography Measurements of Fractured Tight Sandstone

SPE Asia Pacific Oil and Gas Conference and Exhibition, 2011
Abstract A tight sandstone was fractured in a triaxial stress cell by injecting fraccing fluid. The specimen was then scanned with a micro-computed tomograph. From the resulting three-dimensional images the fracture morphology and orientation could be determined.
Stefan Iglauer, Shuo Wang, Vamegh Rasouli   +2 more
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Introduction to X-Ray Micro-tomography

2018
X-ray computed tomography (CT) represents one of the most powerful 3D non-destructive imaging techniques exploited in clinics to help the diagnostic process of many diseases. The progress achieved in the realization of detectors, in x-ray tube technology, and in the computational power of modern hardware has led to its translation toward micrometer and
Serena Pacilè, Giuliana Tromba
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Applying x-ray micro-tomography to learning and memory

Biomedical Physics & Engineering Express, 2017
Metabolic processes and neural pathways such as those for glucose metabolism and olfaction in insects are similar to, and in some cases identical to, those found in vertebrates. In particular, the peripheral architecture of the insect and mammalian olfactory system is surprisingly similar.
Mark K Greco, Timothy Stait-Gardner
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X-ray micro-tomography at the Advanced Light Source

SPIE Proceedings, 2012
The X-ray micro-Tomography Facility at the Advanced Light Source has been in operation since 2004. The source is a superconducting bend magnet of critical energy 11.5 keV; photon energy coverage is 8-45 KeV in monochromatic mode, and a filtered white light option yields useful photons up to 50 keV.
A. A. MacDowell, D. Y. Parkinson, A. Haboub, E. Schaible, J. R. Nasiatka, C. A. Yee, J. R. Jameson, J. B. Ajo-Franklin, C. R. Brodersen, A. J. McElrone   +9 more
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