This comprehensive resource provides clear explanations and numerous, simple line drawings that fully explain the “whys” of physics as applied to ultrasound. Updated content includes new material on PACS, contrast agents, power Doppler, harmonic imaging, 3D and 4D technology, 1.5D and 2D transducers, spatial compounding, extended field of view, and composite material transducers.

Material is clarified through the use of well-designed analogies, examples of digitally processed images, and learning features such as key terms, clinical examples, end-of-chapter review questions, mock registery exams, a glossary, and a math review appendix. This text also offers excellent preparation for the physics portion of the ARDMS certification exam.

• Comprehensive coverage thoroughly addresses all physics topics relevant to ultrasound so readers can prepare for the Registry exam with confidence.
• Extensive examples and sample problems clarify formulas as they are presented, ensuring readers make the connection between theory and practical applications.
• Accessible, conversational writing style employs real-world analogies to explain physics concepts.
• Key terms and review questions in each chapter help readers focus on important information and assess their comprehension.
• Includes updated scanning principles, multi-element array transducers, 1.5D and 2D transducers, beam former, broadband, tissue harmonic imaging, extended field of view, spatial compounding, frequency compounding, coded excitation, 3D ultrasound, 4D ultrasound, and new transducer technology.
• New clinical examples of Doppler ultrasound have been incorporated in the appropriate instrumentation sections.
• Biological effects and clinical safety have been updated and divided into separate chapters.
• A survey of general-purpose ultrasound phantoms addresses the role of phantoms in quality control testing, demonstrated through multiple examples.

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