Principles of Imaging Science and Protection
Michael A. Thompson, Marian P. Hattaway, Janice D. Hall
Abstract
Michael A. Thompson, Marian P. Hattaway, Janice D. Hall
Abstract
An Introduction to Radiography. Principles, Equipment and Departmental Operation. Mathematics and Physics Review. Radiation. Its Atomic and Nuclear Origins. Electricity. Magnetism and Its Relation to Electricity. The X-Ray Tube Components and Design. X-Ray Machine Operation. The X-Ray Circuit. Photon Interactions with Matter. Factors Affecting the X-Ray Spectrum. Radiographic Film. Production of the Radiographic Image. Geometrical Factors Affecting Image Quality. Improving Image Quality. The Effect of Patient Status on the Radiographic Image. Fluoroscopy. Viewing Motion with X-Rays. Common Equipment Malfunctions. Quality Control. General Radiation Biology. Applying Radiation Biology to Clinical Practice. Health Physics. Radiation Protection. Other Imaging Modalities. Ultrasound, MRI and Nuclear Medicine.
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An Introduction to Radiography. Principles, Equipment and Departmental Operation. Mathematics and Physics Review. Radiation. Its Atomic and Nuclear Origins. Electricity. Magnetism and Its Relation to Electricity. The X-Ray Tube Components and Design. X-Ray Machine Operation. The X-Ray Circuit. Photon Interactions with Matter. Factors Affecting the X-Ray Spectrum. Radiographic Film. Production of the Radiographic Image. Geometrical Factors Affecting Image Quality. Improving Image Quality. The Effect of Patient Status on the Radiographic Image. Fluoroscopy. Viewing Motion with X-Rays. Common Equipment Malfunctions. Quality Control. General Radiation Biology. Applying Radiation Biology to Clinical Practice. Health Physics. Radiation Protection. Other Imaging Modalities. Ultrasound, MRI and Nuclear Medicine.
Key concepts: Fluoroscopy, Radiography, Medical physics, Image quality, Quality (philosophy), Physics, Photon, Radiation protection