Christensen’s Physics of Diagnostic Radiology 4th Edition

Diagnostic Radiology Physics: Imaging Principles & Technologies

This reference explains the essential physics behind diagnostic radiology and modern medical imaging technologies. It explores the principles of image production and optimization, with updated coverage of X-ray generators, solid-state devices, liquid-toner xerography, fast CT scanning, and colour Doppler ultrasound.

Key Features

• Introduces the fundamental physics of diagnostic radiology
• Explains the principles of medical image formation
• Explores X-ray production and generator technology
• Covers solid-state X-ray generator devices
• Discusses the physical properties of diagnostic X-rays
• Examines imaging techniques and their diagnostic applications
• Explores xerography and liquid-toner technology
• Covers computed tomography scanner principles
• Introduces fast-imaging technology in CT systems
• Explains ultrasound physics and imaging principles
• Covers colour Doppler ultrasound technology
• Discusses the relationship between imaging physics and diagnostic quality
• Explains how imaging technologies contribute to diagnostic accuracy
• Includes updated material on emerging imaging developments
• Supports understanding of the physics behind modern diagnostic imaging