In this article, the authors demonstrate a rapid NMR method to measure a full three-dimensional diffusion tensor. This method is based on a multiple modulation multiple echo sequence and utilizes static and pulsed magnetic field gradients to measure diffusion along multiple directions simultaneously. The pulse sequence was optimized using a well-known linear inversion metric (condition number) and successfully tested on both isotropic (water) and anisotropic (asparagus) diffusion systems.open4
The optimization of acquisition parameters for precise measure-ment of diffusion in anisotropic syst...
New down-hole nuclear magnetic resonance (NMR) measurement and interpretation techniques have substa...
Band selectivity to address specific resonances in a spectrum enables one to encode individual setti...
Diffusion is a type of translational molecular motion playing a central role in a large number of ph...
Diffusion coefficients (D) can be readily measured by nuclear magnetic resonance (NMR) spectroscopy ...
Microscopic diffusion anisotropy in porous materials can be quantified from diffusion NMR data acqui...
We present a modulated gradient spin-echo method (MGSE), which uses a train of sinusoidally shaped g...
The time taken to complete an NMR diffusion experiment is typically ~10 minutes. For systems that ra...
In this Thesis a practical approach is presented to study water mobility in heterogeneous systems by...
Pulsed Gradient Nuclear Magnetic Resonance provides direct insight regarding the translational motio...
In this Thesis a practical approach is presented to study water mobility in heterogeneous systems by...
This paper describes a new NMR imaging modality--MR diffusion tensor imaging. It consists of estimat...
International audienceThis paper describes a new NMR imaging modality--MR diffusion tensor imaging. ...
NMR is a powerful non-invasive technique utilizing radiofrequency and gradient pulses to manipulate ...
A novel NMR approach allows one to efficiently determine translational diffusion coefficients of mac...
The optimization of acquisition parameters for precise measure-ment of diffusion in anisotropic syst...
New down-hole nuclear magnetic resonance (NMR) measurement and interpretation techniques have substa...
Band selectivity to address specific resonances in a spectrum enables one to encode individual setti...
Diffusion is a type of translational molecular motion playing a central role in a large number of ph...
Diffusion coefficients (D) can be readily measured by nuclear magnetic resonance (NMR) spectroscopy ...
Microscopic diffusion anisotropy in porous materials can be quantified from diffusion NMR data acqui...
We present a modulated gradient spin-echo method (MGSE), which uses a train of sinusoidally shaped g...
The time taken to complete an NMR diffusion experiment is typically ~10 minutes. For systems that ra...
In this Thesis a practical approach is presented to study water mobility in heterogeneous systems by...
Pulsed Gradient Nuclear Magnetic Resonance provides direct insight regarding the translational motio...
In this Thesis a practical approach is presented to study water mobility in heterogeneous systems by...
This paper describes a new NMR imaging modality--MR diffusion tensor imaging. It consists of estimat...
International audienceThis paper describes a new NMR imaging modality--MR diffusion tensor imaging. ...
NMR is a powerful non-invasive technique utilizing radiofrequency and gradient pulses to manipulate ...
A novel NMR approach allows one to efficiently determine translational diffusion coefficients of mac...
The optimization of acquisition parameters for precise measure-ment of diffusion in anisotropic syst...
New down-hole nuclear magnetic resonance (NMR) measurement and interpretation techniques have substa...
Band selectivity to address specific resonances in a spectrum enables one to encode individual setti...