Transcription of Chapter 5:X-Ray Production
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Chapter 5:X-Ray Production
IAEAI nternational Atomic Energy AgencySlide set of 121 slides based on the Chapter authored byR. Nowotnyof the IAEA publication (ISBN 978-92-0-131010-1):Diagnostic Radiology Physics: A Handbook for Teachers and Students Objective:To familiarize the student with the principles of X ray Production and the characterization of the radiation output of X ray 5:X-Ray ProductionSlide set prepared by Maherfollowing initial work byS. EdyveanIAEACHAPTER 5 TABLE OF Fundamentals of X Ray X Ray Energizing & Controlling the X Ray X Ray Tube & Generator Collimation & Factors Influencing X Ray Spectra & FiltrationBibliographyDiagnostic Radiology Physics: a Handbook for Teachers and Students Chapter 5, 2 IAEACHAPTER 5 TABLE OF Fundamentals of X Ray Characteristic X Ray X Ray Components of the X Ray Choice of Line-Focus principle (Anode angle) Stationary and rotating Thermal Tube Tube housingDiagnostic Radiology Physics: a Handbook for Teachers and Students Chapter 5, 3 IAEACHAPTER 5 TABLE OF Energizing & Controlling the X-Ray Filament Generating the Tube Single-phase Three-phase High-frequency Capacitiv
L-Radiationis totally absorbed by a typical filtration of 2.5 mm Al The K-Edge in the photon attenuation of tungsten can be noticed as a drop of the continuum at the binding energy of 69.5 keV For tungsten targets the fraction of K-radiation contributing to the total energy fluence is <10%for 150 kV tube voltage 5.2 FUNDAMENTALS OF X-RAY PRODUCTION
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