Search Results - "Australian Synchrotron"

Focal plane array IR imaging at the Australian Synchrotron by Tobin, M., Vongsvivut, J., Martin, D., Sizeland, K., Hackett, Mark, Takechi, Ryu, Fimorgnari, N., Lam, Virginie, Mamo, John, Carter, E., Swarbrick, B., Lay, P., Christensen, D., Perez-Guaita, D., Lowery, E., Heraud, P., Wood, B., Puskar, L., Bambery, K.

“…Future improvements in the use of an FPA detector at the Australian Synchrotron are proposed, including removal of coherent interference and installation of a dedicated beam extraction port for FPA microspectroscopy.…”
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A step towards long-wavelength protein crystallography: Subjecting protein crystals to a vacuum by Panjikar, S., Thomsen, L., O'Donnell, Kane, Riboldi-Tunnicliffe, A.

“…Using the UHV experimental endstation on the soft X-ray beamline at the Australian Synchrotron, lysozyme and proteinase K crystals have been exposed to a vacuum of 10-5 mbar, prior to flash-cooling in a bath of liquid nitrogen. …”
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CONVAS2: A program for the merging of diffraction data by Rowles, Matthew

“…A computer program is presented that allows for the merging of diffraction patterns collected at multiple positions on the Powder Diffraction beamline of the Australian Synchrotron. It is also generally applicable to detector systems based on other modular detectors. …”
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Sample-displacement correction for whole-pattern profile fitting of powder diffraction data collected in capillary geometry by Scarlett, N., Rowles, Matthew, Wallwork, K., Madsen, I.

“…Abstract: Recent in situ experimentation at the Australian Synchrotron resulted in the nucleation and crystallization of material on the walls of the capillary reaction vessels. …”
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The Maia detector array and x-ray fluorescence imaging system: Locating rare precious metal phases in complex samples by Ryan, Chris, Siddons, D., Kirkham, R., Li, Z., De Jonge, M., Paterson, D., Cleverley, J., Kuczewski, A., Dunn, P., Jensen, M., De Geronimo, G., Howard, D., Godel, B., Dyl, K., Fisher, L., Hough, R., Barnes, S., Bland, Phil, Moorhead, G., James, S., Spiers, K., Falkenberg, G., Boesenberg, U., Wellenreuther, G.

“…X-ray fluorescence images acquired using the Maia large solid-angle detector array and integrated real-time processor on the X-ray Fluorescence Microscopy (XFM) beamline at the Australian Synchrotron capture fine detail in complex natural samples with images beyond 100M pixels. …”
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Synchrotron X-ray fluorescence microscopy-enabled elemental mapping illuminates the “battle for nutrients” between plant and pathogen by Naim, Fatima, Khambatta, Karina, Sanglard, Lilian, Sauzier, Georgina, Reinhardt, Juliane, Paterson, David J, Zerihun, Ayalsew, Hackett, Mark, Gibberd, Mark

“…Here, we employed X-ray fluorescence microscopy (XFM) beamline at the Australian Synchrotron to visualise and analyse the fate of nutrients in wheat leaves infected with Pyrenophora tritici-repentis, a necrotrophic fungal pathogen. …”
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Quantified, whole section trace element mapping of carbonaceous chondrites by Synchrotron X-ray Fluorescence Microscopy: 1. CV meteorites by Dyl, Kathryn, Cleverley, J., Bland, Phil, Ryan, C., Fisher, L., Hough, R.

“…This technique utilizes the Australian Synchrotron X-ray Fluorescence Microscopy (XFM) beam line with its custom designed and built X-ray detector array called Maia. …”
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Comparison of Performance of Micro-Computed Tomography (Micro-CT) and Synchrotron Radiation CT in Assessing Coronary Stenosis Caused by Calcified Plaques in Coronary Artery Phantom... by Ng, Curtise, Sun, Zhonghua, Jansen, Shirley

“…Our results showed that the high-resolution micro-CT used in this study outperformed the Australian Synchrotron SRCT in both calcified plaque and coronary stenosis assessment. …”
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Maia X-ray fluorescence imaging: Capturing detail in complex natural samples by Ryan, Chris, Siddons, D., Kirkham, R., Li, Z., De Jonge, M., Paterson, D., Kuczewski, A., Howard, D., Dunn, P., Falkenberg, G., Boesenberg, U., De Geronimo, G., Fisher, L., Halfpenny, A., Lintern, M., Lombi, E., Dyl, K., Jensen, M., Moorhead, G., Cleverley, J., Hough, R., Godel, B., Barnes, S., James, S., Spiers, K., Alfeld, M., Wellenreuther, G., Vukmanovic, Z., Borg, S.

“…Maia has been deployed initially at the XFM beamline at the Australian Synchrotron and more recently, demonstrating improvements in energy resolution, at the P06 beamline at Petra III in Germany. …”
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Synchrotron Radiation Imaging of Aortic Stent grafting: An in invtro phantom study by Sun, Zhonghua, Ng, C.

“…Synchrotron tomography experiments were performed on imaging and medical beamline at the Australian Synchrotron facility, with beam energy ranging from 40 to 100 keV, with spatial resolution of 19.88 μm per pixel. …”
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Quantified,multi-scale X-ray fluorescence element mapping using the Maia detector array: Application to mineral deposit studies by Fisher, L., Fougerouse, D., Cleverley, J., Ryan, C., Micklethwaite, S., Halfpenny, Angela, Hough, R., Gee, M., Paterson, D., Howard, D., Spiers, K.

“…In this study we demonstrate the microanalytical capabilities of the Maia large solid-angle detector array and imaging system on the X-ray fluorescence microscopy beamline at the Australian Synchrotron to provide data for these studies. …”
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In situ analysis of Refractory Metal Nuggets in carbonaceous chondrites by Daly, L., Bland, Phil, Dyl, K., Forman, Lucy, Evans, K., Trimby, P., Moody, S., Yang, L., Liu, H., Ringer, S., Ryan, C., Saunders, M.

“…Micrometre to sub-micrometre-scale alloys of platinum group elements (PGEs) known as Refractory Metal Nuggets (RMNs) have been observed in primitive meteorites. The Australian Synchrotron X-ray Fluorescence (XRF) beamline, in tandem with the Maia detector, allows rapid detection of PGEs in concentrations as low as 50-100. ppm at 2. µm resolution. …”
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X-ray and neutron scattering of multiferroic LuFe2O4 by Lawrence, Shane Michael

“…The x-ray measurements demonstrate a disorder-to-order effect by the applied electric field as 3D order is preferred with an increase in the intensity of all satellites.Temperature dependent x-ray powder diffraction data collected on the Powder Diffraction (PD) beamline of the Australian Synchrotron has demonstrated anisotropic thermal expansion with negative thermal expansion of the c-axis in this material. …”
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