----- MRI:创新科技纲要
I BASIC CONCEPTS Mathematical Tools Frequency Encoding and Fourier Transform FT Properties Sampling, Interpolation, and Aliasing Instruments for Image Analysis MRI: Conventional Imaging Techniques and Instruments Magnetic Resonance Phenomenon Imaging Gradients Conventional Imaging Techniques Bandwidth, Sampling, Resolution, and Sensitivity An MRI Scanner Bloch Equations and Numerical MRI Simulators II LIMITATIONS OF CONVENTIONAL MRI Limiting Artifacts for Advanced Applications Magnetic Field Inhomogeneity Motion Undersampling Summary III ADVANCED SOLUTIONS Methods for Magnetic Field Inhomogeneity Reduction Introduction Conventional Methods An Unconventional Solution Summary Methods to Handle Undersampling Introduction Sparse Methods without Restoration Sparse Methods with Restoration Summary IV THE FUTURE Conclusions and perspectives Some Hypothesis Bibliography Index
{{comment.content}}