图书简介 馆藏图书馆

Table of Contents; Foreword by John Clarke; Preface; Acknowledgments; Common Acronyms and Abbreviations; Common Constants and Conversions; 1. Fundamental Principles of NMR and MRI at ULF; 1.1. Introduction; 1.2. Characteristics of NMR Signal; 1.3. Introducing Signal-to-Noise and Contrast-to-Noise; 1.4. NMR and MRI at Ultra-Low Fields; 1.5. MRI Effects; 1.6. New Regimes of Physics Accesible at Ultra-Low Field; 1.7. Summary of MRI and ULF; 1.8. Summary of HF and ULF MRI Comparisons; 2. Nuts and Bolts of ULF MRI; 2.1. Introduction; 2.2. General Concepts of Pre-Polarization Field Generation; 2.3. Generation of Measurement Field, Gradients, and Spin-flip; 2.4. Sensing the ULF-MR Signals; 2.5. Magnetic Shielding; 3. Magnetic Resonance Phenomena at ULF; 3.1. Interaction between the Electromagnetic Radiation and the Nuclear Spins at ULF; 3.2. Quantum Mechanical Description of Interaction between the Electromagnetic Radiation and the Nuclear Spins; 3.3. Theory of Relaxometry (Focused on Magnetic Field Dependence); 4. Imaging Techniques at ULF; 4.1. Introduction; 4.2. General Imaging Concepts (How to do MRI); 4.3. ULF MRI; 4.4. Imaging Techniques: Making the Most of What You Got; 4.5. On the Plus Side; 4.6. Conclusions; 5. Applications in ULF MRI; 5.1. Multi-modal imaging of human brain anatomy and function: MEG and ULF MRI; 5.2. New approaches to image human brain function uniquely enabled by ULF MRI; 5.3. MagViz and ULF NMR relaxometers; 5.4. A Final Word; Disclosures; Index

Trade Policy 买家须知