Fast and precise decreasing of the gradient magnetic fields to the level of the field homogeneity is an important prerequisite for most NMR spectroscopic and localised spectroscopy experiments, because it allows the use of a short echo time and generation of a minimum undesirable echo
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Nuclear Engineering, 1998.Includes b...
A survey of magnetic resonance imaging techniques is presented. Emphasis is put on the basic types o...
Abstract Special magnetic resonance (MR) scans, such as spiral imaging and echo-planar imaging, requ...
This paper describes a method for measuring of the gradient magnetic field in Nuclear Magnetic Reson...
The objective of my thesis is to measure magnetic field gradient decay in an MR tomograph, process a...
Pulsed magnetic field gradients are fundamental to spatial encoding and diffusion weighting in magne...
The dissertation deals with nuclear magnetic resonance, its projection technologies, measurement of ...
This work focuses on a search of available literature in the field of mapping the magnetic field and...
In this study, a new magnetic resonance (MR) fast imaging method in the invariant gradient field is ...
The measurement of self-diffusion coefficients D by the NMR spin echo pulsed-field gradient G techni...
The diffusion coefficient is an important parameter for characterizing the state of water in biologi...
High-resolution magnetic field probes based on pulsed liquid-state NMR are presented. Static field m...
A technique for acquiring magnetic field maps simultaneously with gradient-recalled echo-planar time...
This thesis is concerned with problems of measuring and mapping of magnetic field in MR tomograph, f...
It is an efficient protocol to use the refocusing flip angle pulse optimization technique to solve s...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Nuclear Engineering, 1998.Includes b...
A survey of magnetic resonance imaging techniques is presented. Emphasis is put on the basic types o...
Abstract Special magnetic resonance (MR) scans, such as spiral imaging and echo-planar imaging, requ...
This paper describes a method for measuring of the gradient magnetic field in Nuclear Magnetic Reson...
The objective of my thesis is to measure magnetic field gradient decay in an MR tomograph, process a...
Pulsed magnetic field gradients are fundamental to spatial encoding and diffusion weighting in magne...
The dissertation deals with nuclear magnetic resonance, its projection technologies, measurement of ...
This work focuses on a search of available literature in the field of mapping the magnetic field and...
In this study, a new magnetic resonance (MR) fast imaging method in the invariant gradient field is ...
The measurement of self-diffusion coefficients D by the NMR spin echo pulsed-field gradient G techni...
The diffusion coefficient is an important parameter for characterizing the state of water in biologi...
High-resolution magnetic field probes based on pulsed liquid-state NMR are presented. Static field m...
A technique for acquiring magnetic field maps simultaneously with gradient-recalled echo-planar time...
This thesis is concerned with problems of measuring and mapping of magnetic field in MR tomograph, f...
It is an efficient protocol to use the refocusing flip angle pulse optimization technique to solve s...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Nuclear Engineering, 1998.Includes b...
A survey of magnetic resonance imaging techniques is presented. Emphasis is put on the basic types o...
Abstract Special magnetic resonance (MR) scans, such as spiral imaging and echo-planar imaging, requ...