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By Robert E. Lenkinski, PhD & Charles L. Dumoulin, PhD
The Duke Review of MRI Physics is a concise, case-based resource designed to simplify the complex physics behind Magnetic Resonance Imaging (MRI). Perfect for radiologists, residents, technologists, and board exam candidates, this book combines core theoretical concepts with real-life imaging scenarios for practical understanding.
Tailored for those preparing for ABR (American Board of Radiology) exams or daily clinical MRI practice.
✔️ Case-Based Format: Over 100 clinical MRI cases with clear explanations of the underlying physics principles.
✔️ High-Yield Content: Focuses on essential topics such as pulse sequences, k-space, signal generation, and image artifacts.
✔️ Board Review Ready: Streamlined summaries and practice questions ideal for the ABR Core Exam and other certification boards.
✔️ Expert Contributions: Developed by Duke University experts, ensuring academic rigor and clinical relevance.
✔️ User-Friendly Diagrams: Visual aids simplify complex topics for quick retention and exam preparation.
✔️ Covers Hot Topics: Includes discussions on advanced imaging techniques like diffusion, perfusion, and MR safety.
Demystifies the physics behind MRI for both beginners and advanced learners
Ideal quick-reference for residents, technologists, and radiology fellows
Enhances exam performance with case-based, question-driven learning
Bridges theory with practical clinical imaging situations
Provides board-style practice to reinforce comprehension
🩻 Radiology Residents & Fellows
🧑⚕️ MRI Technologists
🎯 Candidates for the ABR Core Exam or certification tests
🏥 Radiologists & Imaging Professionals
📚 Medical Educators in MRI or Imaging Physics
⚡ MRI Physics & Principles
📚 Board Review & Case Studies
🏥 Clinical MRI Applications
🎓 Radiology Education & Exam Prep
🛡️ MRI Safety & Artifacts