Items related to MRI Physics Textbook
Synopsis
MRI physics does not have to feel like a maze of formulas, unfamiliar terminology, and memorized scanner settings.
MRI PHYSICS TEXTBOOK gives you a structured path from the fundamental behavior of hydrogen protons to the practical decisions that shape image quality, contrast, safety, and clinical scanning. Written for MRI technologists, students, and allied healthcare learners, it connects the physics behind magnetic resonance imaging directly to what happens at the scanner.Inside, you will learn how to:
- Understand nuclear spin, magnetization, precession, resonance, and the origin of the MR signal
- Master T1, T2, and T2* relaxation and see how they create image contrast
- Follow slice selection, frequency encoding, phase encoding, k-space, and Fourier reconstruction step by step
- Understand spin echo, gradient echo, fast imaging, diffusion, and other essential pulse sequences
- Recognize MRI artifacts and connect them to their underlying physical causes
- Balance SNR, spatial resolution, scan time, bandwidth, and other image-quality tradeoffs
- Build a practical understanding of MRI safety, SAR, implants, magnetic hazards, and contrast considerations
If you want MRI physics explained as a connected system rather than a collection of facts to memorize, get your copy of MRI PHYSICS TEXTBOOK today and build the foundation behind confident MRI practice.
"synopsis" may belong to another edition of this title.
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MRI Physics Textbook
Seller: PBShop.store UK, Fairford, GLOS, United Kingdom
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PAP. Condition: New. New Book. Shipped from UK. Established seller since 2000. Seller Inventory # L2-9798193827382
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MRI Physics Textbook
Print on DemandSeller: California Books, Miami, FL, U.S.A.
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MRI Physics Textbook (Paperback)
Print on DemandSeller: CitiRetail, Stevenage, United Kingdom
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Paperback. Condition: new. Paperback. MRI physics does not have to feel like a maze of formulas, unfamiliar terminology, and memorized scanner settings.MRI PHYSICS TEXTBOOK gives you a structured path from the fundamental behavior of hydrogen protons to the practical decisions that shape image quality, contrast, safety, and clinical scanning. Written for MRI technologists, students, and allied healthcare learners, it connects the physics behind magnetic resonance imaging directly to what happens at the scanner.Inside, you will learn how to: Understand nuclear spin, magnetization, precession, resonance, and the origin of the MR signalMaster T1, T2, and T2* relaxation and see how they create image contrastFollow slice selection, frequency encoding, phase encoding, k-space, and Fourier reconstruction step by stepUnderstand spin echo, gradient echo, fast imaging, diffusion, and other essential pulse sequencesRecognize MRI artifacts and connect them to their underlying physical causesBalance SNR, spatial resolution, scan time, bandwidth, and other image-quality tradeoffsBuild a practical understanding of MRI safety, SAR, implants, magnetic hazards, and contrast considerationsAcross more than 300 pages, concepts progress from first principles to clinical application, supported by chapter summaries, reference tables, equations, glossary material, and technical illustrations. The manuscript is specifically designed to close the gap between simply following an MRI protocol and understanding why the scanner produces the image it does.If you want MRI physics explained as a connected system rather than a collection of facts to memorize, get your copy of MRI PHYSICS TEXTBOOK today and build the foundation behind confident MRI practice. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. Seller Inventory # 9798193827382
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£ 75.99
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Ships from United Kingdom to U.S.A.
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MRI Physics Textbook
Seller: AHA-BUCH GmbH, Einbeck, Germany
Seller rating 5 out of 5 stars
Taschenbuch. Condition: Neu. Neuware - MRI physics does not have to feel like a maze of formulas, unfamiliar terminology, and memorized scanner settings.MRI PHYSICS TEXTBOOK gives you a structured path from the fundamental behavior of hydrogen protons to the practical decisions that shape image quality, contrast, safety, and clinical scanning. Written for MRI technologists, students, and allied healthcare learners, it connects the physics behind magnetic resonance imaging directly to what happens at the scanner.Inside, you will learn how to: - Understand nuclear spin, magnetization, precession, resonance, and the origin of the MR signal- Master T1, T2, and T2\* relaxation and see how they create image contrast- Follow slice selection, frequency encoding, phase encoding, k-space, and Fourier reconstruction step by step- Understand spin echo, gradient echo, fast imaging, diffusion, and other essential pulse sequences- Recognize MRI artifacts and connect them to their underlying physical causes- Balance SNR, spatial resolution, scan time, bandwidth, and other image-quality tradeoffs- Build a practical understanding of MRI safety, SAR, implants, magnetic hazards, and contrast considerationsAcross more than 300 pages, concepts progress from first principles to clinical application, supported by chapter summaries, reference tables, equations, glossary material, and technical illustrations. The manuscript is specifically designed to close the gap between simply following an MRI protocol and understanding why the scanner produces the image it does.If you want MRI physics explained as a connected system rather than a collection of facts to memorize, get your copy of MRI PHYSICS TEXTBOOK today and build the foundation behind confident MRI practice. Seller Inventory # 9798193827382