Detail publikace
Compensating the effect of static magnetic field in MR measurement of diffusion
BARTUŠEK, K. GESCHEIDTOVÁ, E.
Originální název
Compensating the effect of static magnetic field in MR measurement of diffusion
Anglický název
Compensating the effect of static magnetic field in MR measurement of diffusion
Jazyk
en
Originální abstrakt
The paper describes a modified PFGSE MR method of measuring diffusion coefficients in heterogeneous materials. The principle of the proposed method consists in measuring the decrease in spin echo when applying diffusion gradients of different polarities. The detected images must be processed using special methods. The method greatly reduces the effect of static magnetic field gradient on the precision of measuring diffusion coefficients.
Anglický abstrakt
The paper describes a modified PFGSE MR method of measuring diffusion coefficients in heterogeneous materials. The principle of the proposed method consists in measuring the decrease in spin echo when applying diffusion gradients of different polarities. The detected images must be processed using special methods. The method greatly reduces the effect of static magnetic field gradient on the precision of measuring diffusion coefficients.
Dokumenty
BibTex
@inproceedings{BUT30115,
author="Karel {Bartušek} and Eva {Gescheidtová}",
title="Compensating the effect of static magnetic field in MR measurement of diffusion",
annote="The paper describes a modified PFGSE MR method of measuring diffusion coefficients in heterogeneous materials. The principle of the proposed method consists in measuring the decrease in spin echo when applying diffusion gradients of different polarities. The detected images must be processed using special methods. The method greatly reduces the effect of static magnetic field gradient on the precision of measuring diffusion coefficients.",
address="The Electromagnetic Academy",
booktitle="PIERS 2009, Beijing",
chapter="30115",
howpublished="print",
institution="The Electromagnetic Academy",
year="2009",
month="march",
pages="1066--1070",
publisher="The Electromagnetic Academy",
type="conference paper"
}