Meanings of magnetic field strength in English

Results: A MR phantom experiment showed that k-space anisotropy increased as a function of magnetic field strength.

In addition, the demagnetizing field effect from protonated solvents gains significance with the increase of the magnetic field strength.

The coupling doubling, however, is independent of the magnetic field strength and a signature feature of the 2Q coherence.

The dependency of MHD signals on magnetic field strength and electrode separation was well reflected by an analytical model.

The measured frequencies scale with the magnetic field strength and electron density as expected from the whistler dispersion relation.

The frequency doubling is equivalent to the corresponding single quantum (1Q) coherence at double the magnetic field strength.

The objective of this article is to illustrate the practical scientific applications, focusing on MR imaging, of higher magnetic field strength.

This story was updated to correct the units used in the last figure; magnetic field strength is depicted in tens of nanoTesla.

Functional tissue T1p is highly dependent on the magnetic field strength and experimental parameters such as the power of the spin-locking pulse.

Multiple subgroup analyses and meta-regression suggested these two scoring systems had comparable diagnostic performance on magnetic field strength, zonal anatomy, and outcome assessment.

Recently there has been a renewed interest for brain sodium magnetic resonance imaging (MRI), thanks to higher magnetic field strength scanners.

Optically and mechanically correct tissue phantoms elucidate the relationships between imaging contrast and nanoparticle concentration, imaging depth, tissue optical scattering, and magnetic field strength.

Water proton spin-lattice relaxation is studied in dilute solutions of bovine serum albumin as a function of magnetic field strength, oxygen concentration, and solvent deuteration.

Two different reed switch behaviors were observed at different magnetic field strengths.

Parallel imaging techniques to reduce acquisition times require coil arrays, which are technically challenging to design at ultrahigh magnetic field strengths.

This methodology has implications for comparing functional sensitivity at different magnetic field strengths and between brain regions with different magnetic field inhomogeneities.