Description

🌟 Essentials of Radiographic Physics and Imaging, 3rd Edition

By James Johnston & Terri L. Fauber

ISBN: 9780323566681

🩻 Table of Contents – Organized for Easy Navigation and SEO Optimization

🔹 Chapter 1: Introduction to the Imaging Sciences

Explore the foundations of medical imaging, including the role of radiography, image formation, and radiation principles in diagnostic imaging. This chapter introduces essential terminology and the evolution of radiographic technology.

⚛️ Section I: Principles of Radiation Physics

🧬 Chapter 2: Structure of the Atom

Understand atomic structure, electron configuration, and the fundamental particles that influence radiation behavior in medical imaging.

🌈 Chapter 3: Electromagnetic and Particulate Radiation

Learn about electromagnetic waves, photon energy, and particulate radiation—key to understanding X-ray production and safety.

⚙️ Chapter 4: The X-Ray Circuit

A detailed study of X-ray generators, circuit components, and how electrical energy is transformed into X-ray photons.

🔋 Chapter 5: The X-Ray Tube

Dive into the anatomy and function of the X-ray tube, including anode and cathode design, tube rating charts, and factors affecting tube performance.

💥 Chapter 6: X-Ray Production

Explore how X-rays are created, including Bremsstrahlung and characteristic radiation processes, efficiency, and spectrum control.

🧱 Chapter 7: X-Ray Interactions with Matter

Examine how X-rays interact with human tissues, covering absorption, scattering, and image contrast formation.

🖼️ Section II: Image Production and Evaluation

📸 Chapter 8: Image Production

Learn how radiographic images are formed, exposure factors, and the balance between image density, contrast, and sharpness.

🔍 Chapter 9: Image Quality and Characteristics

Understand spatial resolution, noise, distortion, and image artifacts that affect diagnostic accuracy.

💻 Chapter 10: Digital Image Receptors

Covers digital radiography (DR) and computed radiography (CR) systems, pixel data, and detector performance.

⚖️ Chapter 11: Radiographic Exposure Technique

Learn to select optimal exposure parameters for patient safety and image quality, including kVp, mAs, and distance.

🚫 Chapter 12: Scatter Control

Techniques to reduce scatter radiation using grids, collimation, and beam restriction for improved contrast.

🎯 Chapter 13: Exposure Technique Selection

Comprehensive guide to technique charts, AEC systems, and clinical adjustments for various patient conditions.

🎞️ Chapter 14: Film-Screen Imaging

Understand traditional film-screen systems, image processing, and their transition into the digital era.

⚡ Section III: Specialized Radiographic Equipment

🎥 Chapter 15: Fluoroscopic Imaging

Study real-time imaging systems, image intensifiers, and modern digital fluoroscopy technology.

🧩 Chapter 16: Additional Equipment

Covers mobile X-ray units, tomographic systems, and specialized accessories used in diagnostic radiology.

🧠 Chapter 17: Computed Tomography (CT)

Learn the principles of CT imaging, data acquisition, image reconstruction, and system components.

📘 Glossary

A complete list of key radiologic terms and definitions to support learning and professional practice.

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