Transcription of Chapter 8:Fluoroscopic Imaging Systems
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Chapter 8:Fluoroscopic Imaging Systems
IAEAI nternational Atomic Energy AgencySlide set of 95 slides based on the Chapter authored by A. Kyle Jonesof the IAEA publication (ISBN 978-92-0-131010-1):Diagnostic Radiology Physics: A Handbook for Teachers and StudentsObjective:To familiarize the student with the principles of the construction and operation of fluoroscopic Imaging systemsChapter 8:Fluoroscopic Imaging SystemsSlide set prepared by Maherfollowing initial work byS. EdyveanIAEACHAPTER 8 TABLE OF Fluoroscopic Imaging Performance & Equipment Adjunct Imaging Application-Specific Auxiliary Dosimetric Considerations in FluoroscopyBibliographyDiagnostic Radiology Physics: a Handbook for Teachers and Students Chapter 8, Fluoroscopic Fluoroscopic Imaging Exposure Control (AEC) Imaging Performance & Equipment Adjunct Imaging Acquisition Subtraction Angiography (DSA) Chapter 8 TABLE OF CONTENTSD iagnostic Radiology Physics: a Handbook for Teachers and Students Chapter 8, Application-Specific Remote Fluoroscopy Vascular & Interventional Mobile Auxiliary Spot Film Operating Recursive Dosimetric Considerations in Skin Dose Safety Considerations for Patient Safety Considerations for Operator ProtectionBibliographyCHAPTER 8 TABLE OF CONTENTSD iagnostic Radiology Physics.
0.7 for scanned-pixel video cameras (e.g. vidicon) and display devices (e.g. CRT) to 0.9-0.95 for fixed-pixel devices (e.g. CCD cameras) and liquid crystal display (LCD) monitors In the Horizontal direction, resolution is limited by the bandwidth of the video system In most systems the bandwidth is adjusted to give Equal
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