The Physics of Clinical MR Taught Through Images

Increase your technical knowledge and diagnostic effectiveness with key information on MR physics Winner of several prestigious radiology awards, including: Silver Medal at the 2004 ARRS meeting Excellence in Design at the 2003 RSNA meeting Contents. Magnetic resonance imaging has proven to be the premier imaging technology of the last two decades, exceeding CT and ultrasound in its soft tissue contrast. Yet, most radiologists who rely on MRI do not have the knowledge of the fundamentals so important to achieving and maintaining high image quality. With a focus on clinical images rather than mathematical equations, this book takes a practical approach to MR physics that gives you the depth of understanding necessary for increasing your knowledge and diagnostic effectiveness. The text walks you through the fundamentals of MRI using images from actual patient exams, making it especially accessible to beginners. From imaging basics and pulse sequences to contrast-enhanced MR angiography, spectroscopy, perfusion and diffusion, the book covers the topics that are most relevant in everyday practice. Special features: Learn basic MR physics using actual patient images rather than confusing diagrams or equations. A well-rounded team of physicians, physicists, residents, and technologists offer their expertise in every chapter. Discussions of the latest hardware and software innovations, like multichannel phased array coil technology and parallel imaging, keep you up-todate on recent advances. Presenting the complex physics of MRI in straight forward terms and clear images, this unique reference will be valued by all practitioners who need toincrease their working knowledge and competence with MRI. It fills an important gap in the literature, and will also be used by residents preparing for the diagnostic radiology boards.