From basic physics principles to the actual process of producing diagnostic-quality x-rays, Essentials of Radiographic Physics and Imaging effectively guides you through the physics and imaging information you need to excel on your ARRT exam and as a professional radiographer. The text's clear language and logical organization help you easily master physics principles as they apply to imaging, plus radiation production and characteristics, imaging equipment, film screen image acquisition and processing, digital image acquisition and display, basics of computed tomography, image analysis, and more. Theory to Practice discussions help you link these principles to real-world applications and practice.
- An emphasis on practical information provides just what you need to know to pass the ARRT exam and to be a competent practitioner.
- Integrated coverage of digital radiography describes how to acquire, process, and display digital images, and explains the advantages and limitations of digital vs. conventional imaging processes.
- Theory to Practice succinctly explains the application of the concept being discussed and helps you understand how to use the information in clinical practice.
- Make the Connection links physics and imaging concepts to help you fully appreciate the importance of both subjects.
- Math applications demonstrate how mathematical concepts and formulas are applied in the clinical setting.
- Critical Concepts further explain and emphasize key points in the chapters.
- Learning features highlight important information with an outline, key terms, and objectives at the beginning of each chapter and a chapter summary at the end.
- A glossary of key terms provides a handy reference.
1. Introduction to the Imaging Sciences
Section I: Principles of Radiation Physics
2. Structure of the Atom
3. Electromagnetic and Particulate Radiation
4. The X-ray Circuit
5. The X-Ray Tube
6. X-Ray Production
7. X-Ray Interactions with Matter
Section II: Image Production and Evaluation
8. Image Production
9. Image Characteristics
10. Radiographic Exposure Technique
11. Scatter Control
12. Image Receptors
Section III: Specialized Radiographic Equipment
13. Automatic Exposure Control (AEC)
14. Image Intensified Fluoroscopy
15. Additional Equipment
16. Computed Tomography
Glossary of Key Terms
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Associate Professor Radiologic Sciences Director of Interdisciplinary Education for the College of Health Sciences and Human Services Midwestern State University Wichita Falls, TX
Associate Professor and Radiography Program Director, Department of Radiation Sciences, School of Allied Health Professions, Virginia Commonwealth University, Richmond, VA