Detail publikace

T1 Relaxation Time of the Xenon 129 Influenced by Magnetic Susceptibility of the Laboratory Glasses

Originální název

T1 Relaxation Time of the Xenon 129 Influenced by Magnetic Susceptibility of the Laboratory Glasses

Anglický název

T1 Relaxation Time of the Xenon 129 Influenced by Magnetic Susceptibility of the Laboratory Glasses

Jazyk

en

Originální abstrakt

Every substance has its own susceptibility, which can affect homogenous magnetic field in magnetic resonance measuring. T1 and T2 relaxation times of measured materials or gasses can be reduced by the deformation of the local homogenous magnetic field. By the laboratory glasses magnetic susceptibilities measurement, we obtained theirs walls influence to thermally polarized 129Xe T1 relaxation times.

Anglický abstrakt

Every substance has its own susceptibility, which can affect homogenous magnetic field in magnetic resonance measuring. T1 and T2 relaxation times of measured materials or gasses can be reduced by the deformation of the local homogenous magnetic field. By the laboratory glasses magnetic susceptibilities measurement, we obtained theirs walls influence to thermally polarized 129Xe T1 relaxation times.

BibTex 


@article{BUT43926,
  author="Karel {Bartušek} and Jan {Rychnovský} and Pavel {Fiala}",
  title="T1 Relaxation Time of the Xenon 129 Influenced by Magnetic Susceptibility of the Laboratory Glasses",
  annote="Every substance has its own susceptibility, which can affect homogenous magnetic field in magnetic resonance measuring. T1 and T2 relaxation times of measured materials or gasses can be reduced by the deformation of the local homogenous magnetic field. By the laboratory glasses magnetic susceptibilities measurement, we obtained theirs walls influence to thermally polarized 129Xe T1 relaxation times.",
  address="The Electromagnetic Academy",
  chapter="43926",
  institution="The Electromagnetic Academy",
  journal="PIERS ONLINE",
  number="8",
  volume="3",
  year="2007",
  month="august",
  pages="1241--1244",
  publisher="The Electromagnetic Academy",
  type="journal article - other"
}