Abstract Archives of the RSNA, 2010
Abstract Archives of the RSNA, 2010
Scientific Formal (Paper) Presentations — Computed Tomography, Physics and Basic Science,
Presented on December 2, 2010
Participants
Sub-Events
| SSQ19-01 |
High Spatial and Temporal Resolution 4D CT Imaging for Assessment of Musculoskeletal Joint Instability Cynthia McCollough PhD | Shuai Leng PhD | Mingliang Qu MD | Kristin Zhao MA | Kai-Nan An PhD | Richard Berger MD |
| SSQ19-02 |
Estimations of Dose for Dedicated Breast CT at Optimized Settings with Respect to Lesion Type and Size Willi Kalender PhD | Michaela Weigel Dipl Phys | Sabrina Vollmar |
| SSQ19-03 |
Iterative Reconstruction Using 320-Slice Computed Tomography in Abdominal Perfusion Imaging: Initial Results Patrik Rogalla MD | Sonja Kandel MD | Henning Meyer MD |
| SSQ19-04 |
Digital Breast Tomosynthesis Using 2D Source Scanning Patterns: A Simulation Study Yuncheng Zhong PhD | Tao Han | Chao-Jen Lai PhD | Youtao Shen | Xinming Liu PhD | Chris Shaw PhD | Tianpeng Wang | Zhicheng You | Shuaiping Ge MS | Ying Yi |
| SSQ19-05 |
Local 3D Noise Power Spectrum Analysis of Filtered-backprojection Reconstruction: Projection- and Image-Space Denoising in Multislice CT Joel Fletcher MD | Cynthia McCollough PhD | Lifeng Yu PhD | Shuai Leng PhD | Armando Manduca PhD |
| SSQ19-06 |
SNR-enhancement Using Numerical Optimizer and Phase Alignment for MEGAPRESS Namkug Kim PhD | Young-Hoon Sung | Andrew Prescot | In Kyoon Lyoo | Perry Renshaw |
| SSQ19-07 |
Metal Artifact Reduction for Dual Source Dual Energy Computed Tomography Thomas Flohr PhD | Thorsten Johnson MD | Bernhard Krauss PhD | Bernhard Schmidt PhD | Rainer Raupach PhD | Christoph Becker |
| SSQ19-08 |
Translation of Statistical Iterative Reconstruction into Non-linear Image Processing Thomas Flohr PhD | Rainer Raupach PhD | Karl Stierstorfer PhD | Bruder Herbert | Johann Sunnegardh |
| SSQ19-09 |
Stationary Tomosynthesis Imaging of the Head and Brain: A Simulation Study Yueh Lee MD, PhD | Otto Zhou PhD | Jianping Lu | C. frederick | Sha Chang | Xin Qian |
Cite This Abstract