MRI Physics: Tech to Tech Explanations

by Stephen J. Powers

MRI physics written by a Technologist, for Technologists Now in its Second Edition, MRI Tech to Tech Explanations remains the pocket reference that translates complex MR physics into straightforward technologist-level language. Written by a working MR technologist with over twenty-five years of teaching experience, this guide uses clear terminology and practical explanations to demystify quantum physics concepts, scanner hardware, pulse sequences, image contrast, and tissue suppression techniques for clinical practice. Coverage includes magnetic field and radiofrequency safety, artifact identification and correction, MRI math, gradient operations, and I.V. contrast. Illustrations and clinical photographs strengthen understanding of pulse sequence design and concept application. Aligned with American Registry of Radiologic Technologists (ARRT) and Continuing Qualifications Requirements (CQR) examinations, the book offers structured preparation for board certification and advanced credentialing. Readers will also Guidance on protocol options and critical thinking strategies for optimizing image contrast across clinical scanning scenarios Straightforward coverage of gradient physics presented in accessible language that reduces the complexity of this challenging topic Practical teaching moments and clinical tips connecting underlying physics principles directly to everyday scanner operation A compact pocket-guide format designed for quick reference during clinical rotations, study sessions, or on-the-job consultation Content structured from basic atomic and magnetism principles through advanced topics, supporting progressive self-directed learning MRI Tech to Tech Explanations serves training MRI technologists, radiographers, and radiologic technologists preparing for ARRT or ARMRIT board certification examinations. Medical students and radiology residents on imaging rotations will find the book's concise format and practical explanations a reliable companion for building foundational MR physics knowledge.

416 pages, Paperback

Expected publication August 16, 2027