Westbrook:

MRI at a Glance, 3rd Edition

Student Companion Site

Table Of Contents

Chapter 1: Magnetism and electromagnetism

Chapter 2: Atomic structure

Chapter 3: Alignment

Chapter 4: Precession

Chapter 5: Resonance and signal generation

Chapter 6: Contrast mechanisms

Chapter 7: Relaxation mechanisms

Chapter 8: T1 Recovery

Chapter 9: T2 decay

Chapter 10: T1 weighting

Chapter 11: T2 weighting

Chapter 12: PD weighting

Chapter 13: Conventional spin echo

Chapter 14: Fast or turbo spin echo – how it works

Chapter 15: Fast or turbo spin echo – how it is used

Chapter 16: Inversion recovery

Chapter 17: Gradient echo – how it works

Chapter 18: Gradient echo – how it is used

Chapter 19: The steady state

Chapter 20: Coherent gradient echo

Chapter 21: Incoherent gradient echo

Chapter 22: Steady-state free precession

Chapter 23: Balanced gradient echo

Chapter 24: Ultrafast sequences

Chapter 25: Diffusion and perfusion imaging

Chapter 26: Functional imaging techniques

Chapter 27: Gradient functions

Chapter 28: Slice selection

Chapter 29: Phase encoding

Chapter 30: Frequency encoding

Chapter 31: K space – what is it?

Chapter 32: K space – how is it filled?

Chapter 33: K space and image quality

Chapter 34: Data acquisition – frequency

Chapter 35: Data acquisition – phase

Chapter 36: Data acquisition – scan time

Chapter 37: K space traversal and pulse sequences

Chapter 38: Alternative K space filling techniques

Chapter 39: Signal to noise ratio

Chapter 40: Contrast to noise ratio

Chapter 41: Spatial resolution

Chapter 42: Chemical shift artefacts

Chapter 43: Phase mismapping

Chapter 44: Aliasing

Chapter 45: Other artefacts

Chapter 46: Flow phenomena

Chapter 47: Time-of-flight MR angiography

Chapter 48: Phase contrast MR angiography

Chapter 49: Contrast-enhanced MR angiography

Chapter 50: Contrast agents

Chapter 51: Magnets

Chapter 52: Radiofrequency coils

Chapter 53: Gradients and other hardware

Chapter 54: MR safety – bio-effects

Chapter 55: MR safety – projectiles
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