Authors
CG Ryan, DP Siddons, R Kirkham, ZY Li, MD De Jonge, DJ Paterson, A Kuczewski, DL Howard, PA Dunn, G Falkenberg, U Boesenberg, G De Geronimo, LA Fisher, A Halfpenny, MJ Lintern, E Lombi, KA Dyl, M Jensen, GF Moorhead, JS Cleverley, RM Hough, B Godel, Stephen J Barnes, SA James, KM Spiers, M Alfeld, G Wellenreuther, Z Vukmanovic, S Borg
Publication date
2014/4/3
Journal
Journal of Physics: Conference Series
Volume
499
Issue
1
Pages
012002
Publisher
IOP Publishing
Description
Motivated by the challenge of capturing complex hierarchical chemical detail in natural material from a wide range of applications, the Maia detector array and integrated realtime processor have been developed to acquire X-ray fluorescence images using X-ray Fluorescence Microscopy (XFM). 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. Maia captures fine detail in element images beyond 100 M pixels. It combines a large solid-angle annular energy-dispersive 384 detector array, stage encoder and flux counter inputs and dedicated FPGA-based real-time event processor with embedded spectral deconvolution. This enables high definition imaging and enhanced trace element sensitivity to capture complex trace element textures and place them in a detailed …
Total citations
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Scholar articles
CG Ryan, DP Siddons, R Kirkham, ZY Li, MD De Jonge… - Journal of Physics: Conference Series, 2014