S
Stefan Vogt
Researcher at Argonne National Laboratory
Publications - 284
Citations - 12362
Stefan Vogt is an academic researcher from Argonne National Laboratory. The author has contributed to research in topics: Microscopy & Beamline. The author has an hindex of 58, co-authored 278 publications receiving 10920 citations. Previous affiliations of Stefan Vogt include Loyola University Medical Center & Northwestern University.
Papers
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Journal Article
XFM demonstrates preferential accumulation of a vanadyl-based MRI contrast agent in murine colonic tumors
Devkumar Mustafi,Jesse Ward,Urszula Dougherty,Marc Bissonnette,John Hart,Stefan Vogt,Gregory S. Karczmar +6 more
TL;DR: X-ray fluorescence microscopy of VC uptake by murine colon cancer is reported, the first direct demonstration that VCs selectively accumulate in cancer cells, and thus may improve cancer detection.
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High-resolution ptychographic imaging enabled by high-speed multi-pass scanning.
Junjing Deng,Yudong Yao,Yi Jiang,Si Chen,Tim Mooney,Jeffrey A. Klug,Fabricio Marin,Christian Roehrig,Ke Yue,Curt Preissner,Zhonghou Cai,Barry Lai,Stefan Vogt +12 more
TL;DR: In this paper , the authors show that high-speed ptychographic data acquisition with short exposure can effectively reduce the impact from experimental variations, and further demonstrate that a continuous multi-pass scan via high speed Ptychography can achieve high-resolution imaging.
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Selective x‐ray Bragg spectrometry: optimizing fluorescence microprobe sensitivity for precious metals
Barbara Etschmann,Chris Ryan,Stefan Vogt,J. Maser,Joël Brugger,Joël Brugger,Cathy Harland,Daniel Legnini +7 more
TL;DR: In this paper, an instrument development project aimed at developing an X-ray spectrometer configuration for the Xray fluorescence microprobe optimized for the detection of precious metals in geological and biological samples is presented.
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Emerging Opportunities in High-Energy X-ray Science: The Diffraction-Limited Storage Ring Frontier
Jon Almer,Peter J. Chupas,Brian Stephenson,Dave Tiede,Stefan Vogt,Linda Young,Paul G. Evans,John B. Parise,Bob Suter +8 more
TL;DR: The worldwide march to electron storage rings with diffraction-limited photon properties in the X-ray regime is well underway as discussed by the authors, with MAX-IV in Sweden, scheduled for operation in 2016, followed by SIRIUS in Brazil in 2018; both are greenfield rings operating at 3 GeV with ~520 m circumference and emittances of ~250 pm-rad.