Launch of the I13-2 data beamline at the Diamond Light Source synchrotron
Users of the Diamond-Manchester Imaging Branchline I13-2 commonly spend many months analysing the large volumes of tomographic data generated in a single beamtime. This is due to the difficulties inherent in performing complicated, computationally-expensive analyses on large datasets with workstations of limited computing power. To improve productivity,
A J Bodey, C Rau
semanticscholar +3 more sources
Transmission x-ray microscopy at Diamond-Manchester I13 Imaging Branchline [PDF]
Full-field Transmission X-ray Microscopy (TXM) has been shown to be a powerful method for obtaining quantitative internal structural and chemical information from materials at the nanoscale. The installation of a Full-field TXM station will extend the current microtomographic capabilities of the Diamond-Manchester I13 Imaging Branchline at Diamond ...
Joan Vila-Comamala +7 more
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Dual affine translation surfaces in 3-dimensional simply isotropic space I13
In this paper, we study dual affine translation surfaces in the 3-dimensional simply isotropic space I1 3. We obtain the classification results for dual affine translation surfaces with constant dual isotropic Gaussian curvature or constant dual isotropic mean curvature.
M.S. Lone +3 more
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The Diamond I13-2 Transmission X-ray Microscope: Current Status and Future Developments [PDF]
1. Diamond Light Source Ltd., Didcot OX11 0DE , UK 2. Department of Physics and Astronomy, University College London, London WC1E 6BT, UK 3. Department of Physics and Astronomy, University of Southampton, Southampton SO17 1BJ , UK 4.
M. Storm +6 more
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Imaging in real and reciprocal space at the Diamond beamline I13 [PDF]
The Diamond Imaging and Coherence beamline I13 consists of two independent branchlines for imaging in real and reciprocal space. Different microscopies are available providing a range of spatial resolution from 5µm to potentially 5nm. The beamline operates in the energy range of 6-35keV covering different scientific areas such as biomedicine, materials
C. Rau +7 more
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Multi-scale multi-dimensional imaging at I13-coherence branchline in diamond light source [PDF]
The Coherence branch of the I13 beamline in Diamond Light Source is specialized in reciprocal space imaging using Ptychography and Bragg CDT techniques. The experimental hutch is 220 m from the synchrotron source, providing the x-ray beam with intrinsic high spatial coherence.
Cipiccia, Silvia +8 more
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Experimental stations at I13 beamline at Diamond Light Source
The I13 beamline of Diamond Light Source has been operational since December 2011. The beamline encompass two fully independent branches devoted to coherent imaging experiments (coherent x-ray diffraction, coherent diffraction imaging and ptychography) and x-ray imaging (in-line phase contrast imaging, tomography and full-field microscopy).
Z D Pešić, A De Fanis, U Wagner, C Rau
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Differences by sex and type of hypertension in mortality from hypertensive diseases between 1997 and 2020, and predictions for 2035 in Latin American and Caribbean countries. [PDF]
BackgroundHypertension is the most prevalent cardiovascular condition and a leading contributor to premature mortality in Latin America and the Caribbean (LAC).
Torres-Roman JS +11 more
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Coherent imaging at the Diamond beamline I13
AbstractThe Diamond beamline I13 for imaging and coherence applications is dedicated to hard X‐ray imaging on the micro and nano‐lengthscale. Two independent stations will be operated in a separate building at a distance of 250 m from the source. The imaging branch will perform in‐line phase contrast imaging and tomography over a large field of view in
Christoph Rau +3 more
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Coherence Length and Vibrations of the Coherence Beamline I13 at the Diamond Light Source
I13 is a 250 m long hard x-ray beamline for imaging and coherent diffraction at the Diamond Light Source. The beamline (6 keV to 35 keV) comprises two independent experimental endstations: one for imaging in direct space using x-ray microscopy and one ...
U.H. Wagner, A. Parson, C. Rau
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