RSNA 2005 

Abstract Archives of the RSNA, 2005


SST14

Physics (Diagnostic Image Quality)

Scientific Papers — Physics and Basic Sciences,

Presented on December 2, 2005

Participants

Robert Mark Nishikawa PhD, Presenter: Nothing to Disclose

Sub-Events

SST14-01     Technical Development of Contrast-enhanced Digital Breast Tomosynthesis
Mitchell Schnall MD | Andrew Maidment PhD | Emily Conant MD | Sara Chen MD | Ann Carton PhD | Michael Albert PhD

SST14-02     Search for the Optimum Anti-scatter Grid for Use with Digital X-ray Imaging Devices
Beth Schueler PhD | Kenneth Fetterly MS

SST14-03     Proposal for a Universal Definition of Speed for Digital Radiography
John Yorkston PhD | Richard Van Metter PhD

SST14-04     Investigation of Increase in Radiation When an X-ray Tube Is Placed in a Magnetic Field
Rebecca Fahrig PhD | Norbert Pelc ScD | Zhifei Wen MS | Walter Nelson PhD

SST14-05     Phase-Contrast Visibility in X-ray Imaging
Xizeng Wu PhD | Hong Liu PhD

SST14-06     Measurement of Ghosting and Lag in a Selenium Detector Digital Mammography System: The ACRIN DMIST Experience
Martin Yaffe PhD | Aili Bloomquist | Daniel Beideck MS | David Hunter MS

SST14-07     Improving the Contrast and Noise Characteristics of Simulated Mammograms
Robert Nishikawa PhD | Michael Chinander PhD

SST14-08     Exposure Efficiency of the Scanning-Beam Digital X-ray Prototype Compared to a Wide-Beam Cardiac Angiographic System
Michael Speidel PhD | Michael Van Lysel PhD | Timothy Betts MS | Josh Star-Lack PhD | Brian Wilfley PhD | Joseph Heanue PhD

SST14-09     Metallic Phantom Material Is Radiographically Equivalent to Iodine Contrast Media
Michael Speidel PhD | Michael Van Lysel PhD | Timothy Betts MS

Cite This Abstract

Nishikawa, R, Physics (Diagnostic Image Quality).  Radiological Society of North America 2005 Scientific Assembly and Annual Meeting, November 27 - December 2, 2005 ,Chicago IL. http://archive.rsna.org/2005/4421241.html