Publications
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Combined 1D, 2D and 3D micro-XRF techniques for the analysis of illuminated manuscripts University of Antwerp
The combination of several micro-XRF analysis modes is presented for the investigation of an illuminated parchment manuscript. With a commercial instrument, conventional micro-XRF spot analysis (0D) and mapping (2D) are performed, yielding detailed lateral elemental information. Depth resolution becomes accessible by mounting an additional polycapillary lens in front of an SDD detector. Quantitative confocal depth profiles (1D) are presented as ...
Commentaar bij art. 36, 37, 38 en 39 WIPR University of Antwerp
3D and 1D modelling of monitored monopiles located in the Belgian North Sea = Modélisation 3D et 1D de monopieux monitorés situés en Mer du Nord Belge Ghent University
2D versus 3D cross-correlation-based radial and circumferential strain imaging in a 3D atherosclerotic carotid artery model using ultrafast plane wave ultrasound Ghent University
Three-dimensional vascular strain estimation is crucial for assessment of the location of high strain regions in the carotid artery (CA) and the identification of vulnerable plaque features. This study compares 2D vs. 3D displacement estimation in terms of radial and circumferential strain using simulated ultrasound images of a 3D atherosclerotic CA model at the bifurcation embedded in surrounding tissue. The 3D finite element model (FEM) of a ...
Statistical Poly-Si grain boundary model with discrete charging defects and its 2D and 3D implementation for vertical 3D NAND channels KU Leuven
© 2015 IEEE. A new grain boundary model is proposed consisting of 1) a scattering part modeled by reduced mobility, independent of the microscopic details of the boundary, and 2) discrete randomly positioned charging defects. 2D and 3D model implementations are demonstrated, explaining several statistical properties in scaled poly-Si channel devices (particularly vertical NAND devices). In particular, we show that the temperature-dependent ...
3D to boldly go where no 2D has gone before? Pitfalls in 3D reconstruction of the fetal palate Reply KU Leuven
2D and 3D microscopical research on the Lede stone and its replacement stones: 3D visualisation and pore analysis by means of µCT Ghent University
On the impact of LED power uncertainty on the accuracy of 2D and 3D visible light positioning Ghent University KU Leuven
This paper presents a simulation study of the impact of Light Emitting Diode (LED) output power uncertainty on the accuracy of Received Signal Strength (RSS)-based two-dimensional (2D) and three-dimensional (3D) Visible Light Positioning (VLP). The actual emitted power of a LED is never exactly equal to the value that is tabulated in the datasheet, with possible variations (or tolerances) up to 20%. Since RSS-based VLP builds on converting ...